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Huntingdon Fusion Techniques Techweld MultiStrike Tungsten Electrodes (10pk) - 1. 0mm X 152mm

Huntingdon Fusion Techniques (HFT) MultiStrike Tungsten Electrodes are versatile, providing stable performance for welding steels, alloys (using DC), and aluminum (using AC) within the current range of 0-300 Amps. They outperform conventional 2% thoriated tungsten electrodes by offering up to 10 times the number of arc strikes under the same conditions. These electrodes are non-thoriated, non-radiotoxic, and non-carcinogenic. Additionally, they lower working temperatures, resulting in narrower, lower heat input welds and extending the number of arc strikes before re-grinding is required. Developed with user safety in mind, Techweld MultiStrike Tungsten Electrodes are traceable through batch numbers and come in special packaging. Immediate delivery is available for these electrodes. Pack of 10. FAQs 1. We see and hear that there are other thoria-free ecological tungstens available at lower prices than MultiStrikes? The MultiStrike trademark has become an international industry standard. When buying MultiStrike Tungsten Electrodes you are purchasing a consistent, guaranteed, reliable, traceable product which will not vary and let you down in production. Many cheaper tungstens may have unreliable sources. The MultiStrike Tungsten Electrodes tip colour is known as House Blue, immediately distinguishable from any other tungsten and is part of the Trademark of Huntingdon Fusion Techniques HFT. 2. What is in MultiStrike Tungsten Electrodes to make them so good? MultiStrike Tungsten Electrodes contain a blend of rare earth dopants to replace thoria. Our dopants are not radioactive and they are mixed in accurate proportions using statistical proportional control procedures, fully computerised to ensure that the tungstens are made to the same high standards every time. 3. What materials do you use inside MultiStrike Tungsten Electrodes? The exact ingredients of MultiStrike Tungsten Electrodes are part of our intellectual property gained by extensive research and development to bring a quality product to the market place that is totally traceable, reliable and repeatable. 4. Can MultiStrike Tungsten Electrodes be used to weld aluminium with AC welding? Yes, MultiStrike Tungsten Electrodes are used widely and successfully for welding aluminium. 5. I tried MultiStrike Tungsten Electrodes but I got tungsten inclusion in the weld. Tungsten inclusions can be generated by poor grinding techniques or accidental dipping of a tungsten electrode into the weld pool. Tungsten inclusions can be obtained when using any kind of tungsten electrode. 6. I have tried MultiStrike Tungsten Electrodes but they make my welds dirty. MultiStrike Tungsten Electrodes are used to generate an arc. They cannot make a weld dirty. Dirty welds are produced by either insufficient gas coverage, disturbance of the gas flow or dirty and contaminated material being welded. 7. You said I would get 10 times more arc strikes than a thoriated tungsten, but mine only lasted two welds before I had to re-grind it. MultiStrike Tungsten Electrodes will give ten times better performance than thoriated tungstens under identical conditions. Welding conditions will affect the life of all tungsten electrodes equally. However, if a thoriated tungsten electrode is put onto an automatic machine welding with clean components and it gives 20 arc strikes before it fails, then a MultiStrike Tungsten Electrodes will give 200 arc strikes. 8. Im worried about the dust generated when I grind MultiStrike Tungsten Electrodes. Because MultiStrike Tungsten Electrodes do not contain thoria or any other radiotoxic materials, the dust generated is not carcinogenic. However, any local health and safety standards about the generation and collection of dust should be observed. 9. Is there a classification for MultiStrike as with most other electrodes? MultiStrike Tungsten Electrodes conform to Standards EN ISO 06848 and ANSI/AWS A5 12m-98.

GBP 40.99

1

Huntingdon Fusion Techniques Techweld MultiStrike Tungsten Electrodes (10pk) - 2. 4mm X 178mm

Huntingdon Fusion Techniques (HFT) MultiStrike Tungsten Electrodes are versatile, providing stable performance for welding steels, alloys (using DC), and aluminum (using AC) within the current range of 0-300 Amps. They outperform conventional 2% thoriated tungsten electrodes by offering up to 10 times the number of arc strikes under the same conditions. These electrodes are non-thoriated, non-radiotoxic, and non-carcinogenic. Additionally, they lower working temperatures, resulting in narrower, lower heat input welds and extending the number of arc strikes before re-grinding is required. Developed with user safety in mind, Techweld MultiStrike Tungsten Electrodes are traceable through batch numbers and come in special packaging. Immediate delivery is available for these electrodes. Pack of 10. FAQs 1. We see and hear that there are other thoria-free ecological tungstens available at lower prices than MultiStrikes? The MultiStrike trademark has become an international industry standard. When buying MultiStrike Tungsten Electrodes you are purchasing a consistent, guaranteed, reliable, traceable product which will not vary and let you down in production. Many cheaper tungstens may have unreliable sources. The MultiStrike Tungsten Electrodes tip colour is known as House Blue, immediately distinguishable from any other tungsten and is part of the Trademark of Huntingdon Fusion Techniques HFT. 2. What is in MultiStrike Tungsten Electrodes to make them so good? MultiStrike Tungsten Electrodes contain a blend of rare earth dopants to replace thoria. Our dopants are not radioactive and they are mixed in accurate proportions using statistical proportional control procedures, fully computerised to ensure that the tungstens are made to the same high standards every time. 3. What materials do you use inside MultiStrike Tungsten Electrodes? The exact ingredients of MultiStrike Tungsten Electrodes are part of our intellectual property gained by extensive research and development to bring a quality product to the market place that is totally traceable, reliable, and repeatable. 4. Can MultiStrike Tungsten Electrodes be used to weld aluminum with AC welding? Yes, MultiStrike Tungsten Electrodes are used widely and successfully for welding aluminum. 5. I tried MultiStrike Tungsten Electrodes but I got tungsten inclusion in the weld. Tungsten inclusions can be generated by poor grinding techniques or accidental dipping of a tungsten electrode into the weld pool. Tungsten inclusions can be obtained when using any kind of tungsten electrode. 6. I have tried MultiStrike Tungsten Electrodes but they make my welds dirty. MultiStrike Tungsten Electrodes are used to generate an arc. They cannot make a weld dirty. Dirty welds are produced by either insufficient gas coverage, disturbance of the gas flow, or dirty and contaminated material being welded. 7. You said I would get 10 times more arc strikes than a thoriated tungsten, but mine only lasted two welds before I had to re-grind it. MultiStrike Tungsten Electrodes will give ten times better performance than thoriated tungstens under identical conditions. Welding conditions will affect the life of all tungsten electrodes equally. However, if a thoriated tungsten electrode is put onto an automatic machine welding with clean components and it gives 20 arc strikes before it fails, then a MultiStrike Tungsten Electrodes will give 200 arc strikes. 8. Im worried about the dust generated when I grind MultiStrike Tungsten Electrodes. Because MultiStrike Tungsten Electrodes do not contain thoria or any other radiotoxic materials, the dust generated is not carcinogenic. However, any local health and safety standards about the generation and collection of dust should be observed. 9. Is there a classification for MultiStrike as with most other electrodes? MultiStrike Tungsten Electrodes conform to Standards EN ISO 06848 and ANSI/AWS A5 12m-98.

GBP 99.99

1

Huntingdon Fusion Techniques Techweld MultiStrike Tungsten Electrodes (10pk) - 1. 6mm X 178mm

Huntingdon Fusion Techniques (HFT) MultiStrike Tungsten Electrodes are versatile, providing stable performance for welding steels, alloys (using DC), and aluminum (using AC) within the current range of 0-300 Amps. They outperform conventional 2% thoriated tungsten electrodes by offering up to 10 times the number of arc strikes under the same conditions. These electrodes are non-thoriated, non-radiotoxic, and non-carcinogenic. Additionally, they lower working temperatures, resulting in narrower, lower heat input welds and extending the number of arc strikes before re-grinding is required. Developed with user safety in mind, Techweld MultiStrike Tungsten Electrodes are traceable through batch numbers and come in special packaging. Immediate delivery is available for these electrodes. Pack of 10. FAQs 1. We see and hear that there are other thoria-free "ecological" tungstens available at lower prices than MultiStrikes? The MultiStrike trademark has become an international industry standard. When buying MultiStrike Tungsten Electrodes you are purchasing a consistent, guaranteed, reliable, traceable product which will not vary and let you down in production. Many cheaper tungstens may have unreliable sources. The MultiStrike Tungsten Electrodes tip colour is known as "House Blue," immediately distinguishable from any other tungsten and is part of the Trademark of Huntingdon Fusion Techniques HFT. 2. What is in MultiStrike Tungsten Electrodes to make them so good? MultiStrike Tungsten Electrodes contain a blend of rare earth dopants to replace thoria. Our dopants are not radioactive and they are mixed in accurate proportions using statistical proportional control procedures, fully computerised to ensure that the tungstens are made to the same high standards every time. 3. What materials do you use inside MultiStrike Tungsten Electrodes? The exact ingredients of MultiStrike Tungsten Electrodes are part of our intellectual property gained by extensive research and development to bring a quality product to the marketplace that is totally traceable, reliable, and repeatable. 4. Can MultiStrike Tungsten Electrodes be used to weld aluminum with AC welding? Yes, MultiStrike Tungsten Electrodes are used widely and successfully for welding aluminum. 5. I tried MultiStrike Tungsten Electrodes but I got tungsten inclusion in the weld. Tungsten inclusions can be generated by poor grinding techniques or accidental dipping of a tungsten electrode into the weld pool. Tungsten inclusions can be obtained when using any kind of tungsten electrode. 6. I have tried MultiStrike Tungsten Electrodes but they make my welds dirty. MultiStrike Tungsten Electrodes are used to generate an arc. They cannot make a weld dirty. Dirty welds are produced by either insufficient gas coverage, disturbance of the gas flow, or dirty and contaminated material being welded. 7. You said I would get 10 times more arc strikes than a thoriated tungsten, but mine only lasted two welds before I had to re-grind it. MultiStrike Tungsten Electrodes will give ten times better performance than thoriated tungstens under identical conditions. Welding conditions will affect the life of all tungsten electrodes equally. However, if a thoriated tungsten electrode is put onto an automatic machine welding with clean components and it gives 20 arc strikes before it fails, then a MultiStrike Tungsten Electrodes will give 200 arc strikes. 8. Im worried about the dust generated when I grind MultiStrike Tungsten Electrodes. Because MultiStrike Tungsten Electrodes do not contain thoria or any other radiotoxic materials, the dust generated is not carcinogenic. However, any local health and safety standards about the generation and collection of dust should be observed. 9. Is there a classification for MultiStrike as with most other electrodes? MultiStrike Tungsten Electrodes conform to Standards EN ISO 06848 and ANSI/AWS A5 12m-98.

GBP 49.99

1

Huntingdon Fusion Techniques Techweld MultiStrike Tungsten Electrodes (10pk) - 4. 0mm X 152mm

Huntingdon Fusion Techniques (HFT) MultiStrike Tungsten Electrodes are versatile, providing stable performance for welding steels, alloys (using DC), and aluminum (using AC) within the current range of 0-300 Amps. They outperform conventional 2% thoriated tungsten electrodes by offering up to 10 times the number of arc strikes under the same conditions. These electrodes are non-thoriated, non-radiotoxic, and non-carcinogenic. Additionally, they lower working temperatures, resulting in narrower, lower heat input welds and extending the number of arc strikes before re-grinding is required. Developed with user safety in mind, Techweld MultiStrike Tungsten Electrodes are traceable through batch numbers and come in special packaging. Immediate delivery is available for these electrodes. Pack of 10. FAQs 1. We see and hear that there are other thoria-free ecological tungstens available at lower prices than MultiStrikes? The MultiStrike trademark has become an international industry standard. When buying MultiStrike Tungsten Electrodes you are purchasing a consistent, guaranteed, reliable, traceable product which will not vary and let you down in production. Many cheaper tungstens may have unreliable sources. The MultiStrike Tungsten Electrodes tip colour is known as House Blue, immediately distinguishable from any other tungsten and is part of the Trademark of Huntingdon Fusion Techniques HFT. 2. What is in MultiStrike Tungsten Electrodes to make them so good? MultiStrike Tungsten Electrodes contain a blend of rare earth dopants to replace thoria. Our dopants are not radioactive and they are mixed in accurate proportions using statistical proportional control procedures, fully computerised to ensure that the tungstens are made to the same high standards every time. 3. What materials do you use inside MultiStrike Tungsten Electrodes? The exact ingredients of MultiStrike Tungsten Electrodes are part of our intellectual property gained by extensive research and development to bring a quality product to the market place that is totally traceable, reliable and repeatable. 4. Can MultiStrike Tungsten Electrodes be used to weld aluminum with AC welding? Yes, MultiStrike Tungsten Electrodes are used widely and successfully for welding aluminum. 5. I tried MultiStrike Tungsten Electrodes but I got tungsten inclusion in the weld. Tungsten inclusions can be generated by poor grinding techniques or accidental dipping of a tungsten electrode into the weld pool. Tungsten inclusions can be obtained when using any kind of tungsten electrode. 6. I have tried MultiStrike Tungsten Electrodes but they make my welds dirty. MultiStrike Tungsten Electrodes are used to generate an arc. They cannot make a weld dirty. Dirty welds are produced by either insufficient gas coverage, disturbance of the gas flow or dirty and contaminated material being welded. 7. You said I would get 10 times more arc strikes than a thoriated tungsten, but mine only lasted two welds before I had to re-grind it. MultiStrike Tungsten Electrodes will give ten times better performance than thoriated tungstens under identical conditions. Welding conditions will affect the life of all tungsten electrodes equally. However, if a thoriated tungsten electrode is put onto an automatic machine welding with clean components and it gives 20 arc strikes before it fails, then a MultiStrike Tungsten Electrodes will give 200 arc strikes. 8. Im worried about the dust generated when I grind MultiStrike Tungsten Electrodes. Because MultiStrike Tungsten Electrodes do not contain thoria or any other radiotoxic materials, the dust generated is not carcinogenic. However, any local health and safety standards about the generation and collection of dust should be observed. 9. Is there a classification for MultiStrike as with most other electrodes? MultiStrike Tungsten Electrodes conform to Standards EN ISO 06848 and ANSI/AWS A5 12m-98.

GBP 219.99

1

Huntingdon Fusion Techniques Techweld MultiStrike Tungsten Electrodes (10pk) - 4. 8mm X 152mm

Huntingdon Fusion Techniques (HFT) MultiStrike Tungsten Electrodes are versatile, providing stable performance for welding steels, alloys (using DC), and aluminum (using AC) within the current range of 0-300 Amps. They outperform conventional 2% thoriated tungsten electrodes by offering up to 10 times the number of arc strikes under the same conditions. These electrodes are non-thoriated, non-radiotoxic, and non-carcinogenic. Additionally, they lower working temperatures, resulting in narrower, lower heat input welds and extending the number of arc strikes before re-grinding is required. Developed with user safety in mind, Techweld MultiStrike Tungsten Electrodes are traceable through batch numbers and come in special packaging. Immediate delivery is available for these electrodes. Pack of 10. FAQs 1. We see and hear that there are other thoria-free "ecological" tungstens available at lower prices than MultiStrikes? The MultiStrike trademark has become an international industry standard. When buying MultiStrike Tungsten Electrodes you are purchasing a consistent, guaranteed, reliable, traceable product which will not vary and let you down in production. Many cheaper tungstens may have unreliable sources. The MultiStrike Tungsten Electrodes tip colour is known as "House Blue," immediately distinguishable from any other tungsten and is part of the Trademark of Huntingdon Fusion Techniques HFT. 2. What is in MultiStrike Tungsten Electrodes to make them so good? MultiStrike Tungsten Electrodes contain a blend of rare earth dopants to replace thoria. Our dopants are not radioactive and they are mixed in accurate proportions using statistical proportional control procedures, fully computerised to ensure that the tungstens are made to the same high standards every time. 3. What materials do you use inside MultiStrike Tungsten Electrodes? The exact ingredients of MultiStrike Tungsten Electrodes are part of our intellectual property gained by extensive research and development to bring a quality product to the marketplace that is totally traceable, reliable, and repeatable. 4. Can MultiStrike Tungsten Electrodes be used to weld aluminum with AC welding? Yes, MultiStrike Tungsten Electrodes are used widely and successfully for welding aluminum. 5. I tried MultiStrike Tungsten Electrodes but I got tungsten inclusion in the weld. Tungsten inclusions can be generated by poor grinding techniques or accidental dipping of a tungsten electrode into the weld pool. Tungsten inclusions can be obtained when using any kind of tungsten electrode. 6. I have tried MultiStrike Tungsten Electrodes but they make my welds dirty. MultiStrike Tungsten Electrodes are used to generate an arc. They cannot make a weld dirty. Dirty welds are produced by either insufficient gas coverage, disturbance of the gas flow, or dirty and contaminated material being welded. 7. You said I would get 10 times more arc strikes than a thoriated tungsten, but mine only lasted two welds before I had to re-grind it. MultiStrike Tungsten Electrodes will give ten times better performance than thoriated tungstens under identical conditions. Welding conditions will affect the life of all tungsten electrodes equally. However, if a thoriated tungsten electrode is put onto an automatic machine welding with clean components and it gives 20 arc strikes before it fails, then a MultiStrike Tungsten Electrodes will give 200 arc strikes. 8. Im worried about the dust generated when I grind MultiStrike Tungsten Electrodes. Because MultiStrike Tungsten Electrodes do not contain thoria or any other radiotoxic materials, the dust generated is not carcinogenic. However, any local health and safety standards about the generation and collection of dust should be observed. 9. Is there a classification for MultiStrike as with most other electrodes? MultiStrike Tungsten Electrodes conform to Standards EN ISO 06848 and ANSI/AWS A5 12m-98.

GBP 299.99

1

Huntingdon Fusion Techniques Techweld MultiStrike Tungsten Electrodes (10pk) - 4. 8mm X 178mm

Huntingdon Fusion Techniques (HFT) MultiStrike Tungsten Electrodes are versatile, providing stable performance for welding steels, alloys (using DC), and aluminum (using AC) within the current range of 0-300 Amps. They outperform conventional 2% thoriated tungsten electrodes by offering up to 10 times the number of arc strikes under the same conditions. These electrodes are non-thoriated, non-radiotoxic, and non-carcinogenic. Additionally, they lower working temperatures, resulting in narrower, lower heat input welds and extending the number of arc strikes before re-grinding is required. Developed with user safety in mind, Techweld MultiStrike Tungsten Electrodes are traceable through batch numbers and come in special packaging. Immediate delivery is available for these electrodes. Pack of 10. FAQs 1. We see and hear that there are other thoria-free ecological tungstens available at lower prices than MultiStrikes? The MultiStrike trademark has become an international industry standard. When buying MultiStrike Tungsten Electrodes you are purchasing a consistent, guaranteed, reliable, traceable product which will not vary and let you down in production. Many cheaper tungstens may have unreliable sources. The MultiStrike Tungsten Electrodes tip colour is known as House Blue, immediately distinguishable from any other tungsten and is part of the Trademark of Huntingdon Fusion Techniques HFT. 2. What is in MultiStrike Tungstens Electrodes to make them so good? MultiStrike Tungsten Electrodes contain a blend of rare earth dopants to replace thoria. Our dopants are not radioactive and they are mixed in accurate proportions using statistical proportional control procedures, fully computerised to ensure that the tungstens are made to the same high standards every time. 3. What materials do you use inside MultiStrike Tungstens Electrodes? The exact ingredients of MultiStrike Tungsten Electrodes are part of our intellectual property gained by extensive research and development to bring a quality product to the market place that is totally traceable, reliable and repeatable. 4. Can MultiStrike Tungsten Electrodes be used to weld aluminium with AC welding? Yes, MultiStrike Tungsten Electrodes are used widely and successfully for welding aluminium. 5. I tried MultiStrike Tungsten Electrodes but I got tungsten inclusion in the weld. Tungsten inclusions can be generated by poor grinding techniques or accidental dipping of a tungsten electrode into the weld pool. Tungsten inclusions can be obtained when using any kind of tungsten electrode. 6. I have tried MultiStrike Tungsten Electrodes but they make my welds dirty. MultiStrike Tungsten Electrodes are used to generate an arc. They cannot make a weld dirty. Dirty welds are produced by either insufficient gas coverage, disturbance of the gas flow or dirty and contaminated material being welded. 7. You said I would get 10 times more arc strikes than a thoriated tungsten, but mine only lasted two welds before I had to re-grind it. MultiStrike Tungsten Electrodes will give ten times better performance than thoriated tungstens under identical conditions. Welding conditions will affect the life of all tungsten electrodes equally. However, if a thoriated tungsten electrode is put onto an automatic machine welding with clean components and it gives 20 arc strikes before it fails, then a MultiStrike Tungsten Electrodes will give 200 arc strikes. 8. Im worried about the dust generated when I grind MultiStrike Tungsten Electrodes. Because MultiStrike Tungsten Electrodes do not contain thoria or any other radiotoxic materials, the dust generated is not carcinogenic. However, any local health and safety standards about the generation and collection of dust should be observed. 9. Is there a classification for MultiStrike as with most other electrodes? MultiStrike Tungsten Electrodes conform to Standards EN ISO 06848 and ANSI/AWS A5 12m-98.

GBP 399.99

1

Huntingdon Fusion Techniques Techweld MultiStrike Tungsten Electrodes (10pk) - 3. 2mm X 178mm

Huntingdon Fusion Techniques (HFT) MultiStrike Tungsten Electrodes are versatile, providing stable performance for welding steels, alloys (using DC), and aluminum (using AC) within the current range of 0-300 Amps. They outperform conventional 2% thoriated tungsten electrodes by offering up to 10 times the number of arc strikes under the same conditions. These electrodes are non-thoriated, non-radiotoxic, and non-carcinogenic. Additionally, they lower working temperatures, resulting in narrower, lower heat input welds and extending the number of arc strikes before re-grinding is required. Developed with user safety in mind, Techweld MultiStrike Tungsten Electrodes are traceable through batch numbers and come in special packaging. Immediate delivery is available for these electrodes. Pack of 10. FAQs 1. We see and hear that there are other thoria-free "ecological" tungstens available at lower prices than MultiStrikes? The MultiStrike trademark has become an international industry standard. When buying MultiStrike Tungsten Electrodes you are purchasing a consistent, guaranteed, reliable, traceable product which will not vary and let you down in production. Many cheaper tungstens may have unreliable sources. The MultiStrike Tungsten Electrodes tip colour is known as "House Blue", immediately distinguishable from any other tungsten and is part of the Trademark of Huntingdon Fusion Techniques HFT. 2. What is in MultiStrike Tungsten Electrodes to make them so good? MultiStrike Tungsten Electrodes contain a blend of rare earth dopants to replace thoria. Our dopants are not radioactive and they are mixed in accurate proportions using statistical proportional control procedures, fully computerised to ensure that the tungstens are made to the same high standards every time. 3. What materials do you use inside MultiStrike Tungsten Electrodes? The exact ingredients of MultiStrike Tungsten Electrodes are part of our intellectual property gained by extensive research and development to bring a quality product to the market place that is totally traceable, reliable and repeatable. 4. Can MultiStrike Tungsten Electrodes be used to weld aluminium with AC welding? Yes, MultiStrike Tungsten Electrodes are used widely and successfully for welding aluminium. 5. I tried MultiStrike Tungsten Electrodes but I got tungsten inclusion in the weld. Tungsten inclusions can be generated by poor grinding techniques or accidental dipping of a tungsten electrode into the weld pool. Tungsten inclusions can be obtained when using any kind of tungsten electrode. 6. I have tried MultiStrike Tungsten Electrodes but they make my welds dirty. MultiStrike Tungsten Electrodes are used to generate an arc. They cannot make a weld dirty. Dirty welds are produced by either insufficient gas coverage, disturbance of the gas flow or dirty and contaminated material being welded. 7. You said I would get 10 times more arc strikes than a thoriated tungsten, but mine only lasted two welds before I had to re-grind it. MultiStrike Tungsten Electrodes will give ten times better performance than thoriated tungstens under identical conditions. Welding conditions will affect the life of all tungsten electrodes equally. However, if a thoriated tungsten electrode is put onto an automatic machine welding with clean components and it gives 20 arc strikes before it fails, then a MultiStrike Tungsten Electrodes will give 200 arc strikes. 8. Im worried about the dust generated when I grind MultiStrike Tungsten Electrodes. Because MultiStrike Tungsten Electrodes do not contain thoria or any other radiotoxic materials, the dust generated is not carcinogenic. However, any local health and safety standards about the generation and collection of dust should be observed. 9. Is there a classification for MultiStrike as with most other electrodes? MultiStrike Tungsten Electrodes conform to Standards EN ISO 06848 and ANSI/AWS A5 12m-98.

GBP 162.99

1

Huntingdon Fusion Techniques Techweld MultiStrike Tungsten Electrodes (10pk) - 1. 0mm X 178mm

Huntingdon Fusion Techniques (HFT) MultiStrike Tungsten Electrodes are versatile, providing stable performance for welding steels, alloys (using DC), and aluminum (using AC) within the current range of 0-300 Amps. They outperform conventional 2% thoriated tungsten electrodes by offering up to 10 times the number of arc strikes under the same conditions. These electrodes are non-thoriated, non-radiotoxic, and non-carcinogenic. Additionally, they lower working temperatures, resulting in narrower, lower heat input welds and extending the number of arc strikes before re-grinding is required. Developed with user safety in mind, Techweld MultiStrike Tungsten Electrodes are traceable through batch numbers and come in special packaging. Immediate delivery is available for these electrodes. Pack of 10. FAQs 1. We see and hear that there are other thoria-free "ecological" tungstens available at lower prices than MultiStrikes? The MultiStrike trademark has become an international industry standard. When buying MultiStrike Tungsten Electrodes you are purchasing a consistent, guaranteed, reliable, traceable product which will not vary and let you down in production. Many cheaper tungstens may have unreliable sources. The MultiStrike Tungsten Electrodes tip colour is known as "House Blue," immediately distinguishable from any other tungsten and is part of the Trademark of Huntingdon Fusion Techniques HFT. 2. What is in MultiStrike Tungsten Electrodes to make them so good? MultiStrike Tungsten Electrodes contain a blend of rare earth dopants to replace thoria. Our dopants are not radioactive and they are mixed in accurate proportions using statistical proportional control procedures, fully computerised to ensure that the tungstens are made to the same high standards every time. 3. What materials do you use inside MultiStrike Tungsten Electrodes? The exact ingredients of MultiStrike Tungsten Electrodes are part of our intellectual property gained by extensive research and development to bring a quality product to the market place that is totally traceable, reliable, and repeatable. 4. Can MultiStrike Tungsten Electrodes be used to weld aluminum with AC welding? Yes, MultiStrike Tungsten Electrodes are used widely and successfully for welding aluminum. 5. I tried MultiStrike Tungsten Electrodes but I got tungsten inclusion in the weld. Tungsten inclusions can be generated by poor grinding techniques or accidental dipping of a tungsten electrode into the weld pool. Tungsten inclusions can be obtained when using any kind of tungsten electrode. 6. I have tried MultiStrike Tungsten Electrodes but they make my welds dirty. MultiStrike Tungsten Electrodes are used to generate an arc. They cannot make a weld dirty. Dirty welds are produced by either insufficient gas coverage, disturbance of the gas flow, or dirty and contaminated material being welded. 7. You said I would get 10 times more arc strikes than a thoriated tungsten, but mine only lasted two welds before I had to re-grind it. MultiStrike Tungsten Electrodes will give ten times better performance than thoriated tungstens under identical conditions. Welding conditions will affect the life of all tungsten electrodes equally. However, if a thoriated tungsten electrode is put onto an automatic machine welding with clean components and it gives 20 arc strikes before it fails, then a MultiStrike Tungsten Electrodes will give 200 arc strikes. 8. Im worried about the dust generated when I grind MultiStrike Tungsten Electrodes. Because MultiStrike Tungsten Electrodes do not contain thoria or any other radiotoxic materials, the dust generated is not carcinogenic. However, any local health and safety standards about the generation and collection of dust should be observed. 9. Is there a classification for MultiStrike as with most other electrodes? MultiStrike Tungsten Electrodes conform to Standards EN ISO 06848 and ANSI/AWS A5 12m-98.

GBP 41.99

1

Huntingdon Fusion Techniques Techweld MultiStrike Tungsten Electrodes (10pk) - 4. 0mm X 178mm

Huntingdon Fusion Techniques (HFT) MultiStrike Tungsten Electrodes are versatile, providing stable performance for welding steels, alloys (using DC), and aluminum (using AC) within the current range of 0-300 Amps. They outperform conventional 2% thoriated tungsten electrodes by offering up to 10 times the number of arc strikes under the same conditions. These electrodes are non-thoriated, non-radiotoxic, and non-carcinogenic. Additionally, they lower working temperatures, resulting in narrower, lower heat input welds and extending the number of arc strikes before re-grinding is required. Developed with user safety in mind, Techweld MultiStrike Tungsten Electrodes are traceable through batch numbers and come in special packaging. Immediate delivery is available for these electrodes. Pack of 10. FAQs 1. We see and hear that there are other thoria-free ecological tungstens available at lower prices than MultiStrikes? The MultiStrike trademark has become an international industry standard. When buying MultiStrike Tungsten Electrodes you are purchasing a consistent, guaranteed, reliable, traceable product which will not vary and let you down in production. Many cheaper tungstens may have unreliable sources. The MultiStrike Tungsten Electrodes tip colour is known as House Blue, immediately distinguishable from any other tungsten and is part of the Trademark of Huntingdon Fusion Techniques HFT. 2. What is in MultiStrike Tungsten Electrodes to make them so good? MultiStrike Tungsten Electrodes contain a blend of rare earth dopants to replace thoria. Our dopants are not radioactive and they are mixed in accurate proportions using statistical proportional control procedures, fully computerised to ensure that the tungstens are made to the same high standards every time. 3. What materials do you use inside MultiStrike Tungsten Electrodes? The exact ingredients of MultiStrike Tungsten Electrodes are part of our intellectual property gained by extensive research and development to bring a quality product to the market place that is totally traceable, reliable and repeatable. 4. Can MultiStrike Tungsten Electrodes be used to weld aluminium with AC welding? Yes, MultiStrike Tungsten Electrodes are used widely and successfully for welding aluminium. 5. I tried MultiStrike Tungsten Electrodes but I got tungsten inclusion in the weld. Tungsten inclusions can be generated by poor grinding techniques or accidental dipping of a tungsten electrode into the weld pool. Tungsten inclusions can be obtained when using any kind of tungsten electrode. 6. I have tried MultiStrike Tungsten Electrodes but they make my welds dirty. MultiStrike Tungsten Electrodes are used to generate an arc. They cannot make a weld dirty. Dirty welds are produced by either insufficient gas coverage, disturbance of the gas flow or dirty and contaminated material being welded. 7. You said I would get 10 times more arc strikes than a thoriated tungsten, but mine only lasted two welds before I had to re-grind it. MultiStrike Tungsten Electrodes will give ten times better performance than thoriated tungstens under identical conditions. Welding conditions will affect the life of all tungsten electrodes equally. However, if a thoriated tungsten electrode is put onto an automatic machine welding with clean components and it gives 20 arc strikes before it fails, then a MultiStrike Tungsten Electrodes will give 200 arc strikes. 8. Im worried about the dust generated when I grind MultiStrike Tungsten Electrodes. Because MultiStrike Tungsten Electrodes do not contain thoria or any other radiotoxic materials, the dust generated is not carcinogenic. However, any local health and safety standards about the generation and collection of dust should be observed. 9. Is there a classification for MultiStrike as with most other electrodes? MultiStrike Tungsten Electrodes conform to Standards EN ISO 06848 and ANSI/AWS A5 12m-98.

GBP 249.99

1

Huntingdon Fusion Techniques Techweld MultiStrike Tungsten Electrodes (10pk) - 2. 4mm X 152mm

Huntingdon Fusion Techniques (HFT) MultiStrike Tungsten Electrodes are versatile, providing stable performance for welding steels, alloys (using DC), and aluminum (using AC) within the current range of 0-300 Amps. They outperform conventional 2% thoriated tungsten electrodes by offering up to 10 times the number of arc strikes under the same conditions. These electrodes are non-thoriated, non-radiotoxic, and non-carcinogenic. Additionally, they lower working temperatures, resulting in narrower, lower heat input welds and extending the number of arc strikes before re-grinding is required. Developed with user safety in mind, Techweld MultiStrike Tungsten Electrodes are traceable through batch numbers and come in special packaging. Immediate delivery is available for these electrodes. Pack of 10. FAQs 1. We see and hear that there are other thoria-free "ecological" tungstens available at lower prices than MultiStrikes? The MultiStrike trademark has become an international industry standard. When buying MultiStrike Tungsten Electrodes you are purchasing a consistent, guaranteed, reliable, traceable product which will not vary and let you down in production. Many cheaper tungstens may have unreliable sources. The MultiStrike Tungsten Electrodes tip colour is known as "House Blue", immediately distinguishable from any other tungsten and is part of the Trademark of Huntingdon Fusion Techniques HFT. 2. What is in MultiStrike Tungsten Electrodes to make them so good? MultiStrike Tungsten Electrodes contain a blend of rare earth dopants to replace thoria. Our dopants are not radioactive and they are mixed in accurate proportions using statistical proportional control procedures, fully computerised to ensure that the tungstens are made to the same high standards every time. 3. What materials do you use inside MultiStrike Tungsten Electrodes? The exact ingredients of MultiStrike Tungsten Electrodes are part of our intellectual property gained by extensive research and development to bring a quality product to the market that is totally traceable, reliable, and repeatable. 4. Can MultiStrike Tungsten Electrodes be used to weld aluminum with AC welding? Yes, MultiStrike Tungsten Electrodes are used widely and successfully for welding aluminum. 5. I tried MultiStrike Tungsten Electrodes but I got tungsten inclusion in the weld. Tungsten inclusions can be generated by poor grinding techniques or accidental dipping of a tungsten electrode into the weld pool. Tungsten inclusions can be obtained when using any kind of tungsten electrode. 6. I have tried MultiStrike Tungsten Electrodes but they make my welds dirty. MultiStrike Tungsten Electrodes are used to generate an arc. They cannot make a weld dirty. Dirty welds are produced by either insufficient gas coverage, disturbance of the gas flow, or dirty and contaminated material being welded. 7. You said I would get 10 times more arc strikes than a thoriated tungsten, but mine only lasted two welds before I had to re-grind it. MultiStrike Tungsten Electrodes will give ten times better performance than thoriated tungstens under identical conditions. Welding conditions will affect the life of all tungsten electrodes equally. However, if a thoriated tungsten electrode is put onto an automatic machine welding with clean components and it gives 20 arc strikes before it fails, then a MultiStrike Tungsten Electrodes will give 200 arc strikes. 8. Im worried about the dust generated when I grind MultiStrike Tungsten Electrodes. Because MultiStrike Tungsten Electrodes do not contain thoria or any other radiotoxic materials, the dust generated is not carcinogenic. However, any local health and safety standards about the generation and collection of dust should be observed. 9. Is there a classification for MultiStrike as with most other electrodes? MultiStrike Tungsten Electrodes conform to Standards EN ISO 06848 and ANSI/AWS A5 12m-98.

GBP 84.99

1

Huntingdon Fusion Techniques Techweld MultiStrike Tungsten Electrodes (10pk) - 2. 0mm X 152mm

Huntingdon Fusion Techniques (HFT) MultiStrike Tungsten Electrodes are versatile, providing stable performance for welding steels, alloys (using DC), and aluminum (using AC) within the current range of 0-300 Amps. They outperform conventional 2% thoriated tungsten electrodes by offering up to 10 times the number of arc strikes under the same conditions. These electrodes are non-thoriated, non-radiotoxic, and non-carcinogenic. Additionally, they lower working temperatures, resulting in narrower, lower heat input welds and extending the number of arc strikes before re-grinding is required. Developed with user safety in mind, Techweld MultiStrike Tungsten Electrodes are traceable through batch numbers and come in special packaging. Immediate delivery is available for these electrodes. Pack of 10. FAQs 1. We see and hear that there are other thoria-free ecological tungstens available at lower prices than MultiStrikes? The MultiStrike trademark has become an international industry standard. When buying MultiStrike Tungsten Electrodes you are purchasing a consistent, guaranteed, reliable, traceable product which will not vary and let you down in production. Many cheaper tungstens may have unreliable sources. The MultiStrike Tungsten Electrodes tip colour is known as House Blue, immediately distinguishable from any other tungsten and is part of the Trademark of Huntingdon Fusion Techniques HFT. 2. What is in MultiStrike Tungsten Electrodes to make them so good? MultiStrike Tungsten Electrodes contain a blend of rare earth dopants to replace thoria. Our dopants are not radioactive and they are mixed in accurate proportions using statistical proportional control procedures, fully computerised to ensure that the tungstens are made to the same high standards every time. 3. What materials do you use inside MultiStrike Tungsten Electrodes? The exact ingredients of MultiStrike Tungsten Electrodes are part of our intellectual property gained by extensive research and development to bring a quality product to the market place that is totally traceable, reliable, and repeatable. 4. Can MultiStrike Tungsten Electrodes be used to weld aluminum with AC welding? Yes, MultiStrike Tungsten Electrodes are used widely and successfully for welding aluminum. 5. I tried MultiStrike Tungsten Electrodes but I got tungsten inclusion in the weld. Tungsten inclusions can be generated by poor grinding techniques or accidental dipping of a tungsten electrode into the weld pool. Tungsten inclusions can be obtained when using any kind of tungsten electrode. 6. I have tried MultiStrike Tungsten Electrodes but they make my welds dirty. MultiStrike Tungsten Electrodes are used to generate an arc. They cannot make a weld dirty. Dirty welds are produced by either insufficient gas coverage, disturbance of the gas flow, or dirty and contaminated material being welded. 7. You said I would get 10 times more arc strikes than a thoriated tungsten, but mine only lasted two welds before I had to re-grind it. MultiStrike Tungsten Electrodes will give ten times better performance than thoriated tungstens under identical conditions. Welding conditions will affect the life of all tungsten electrodes equally. However, if a thoriated tungsten electrode is put onto an automatic machine welding with clean components and it gives 20 arc strikes before it fails, then a MultiStrike Tungsten Electrodes will give 200 arc strikes. 8. Im worried about the dust generated when I grind MultiStrike Tungsten Electrodes. Because MultiStrike Tungsten Electrodes do not contain thoria or any other radiotoxic materials, the dust generated is not carcinogenic. However, any local health and safety standards about the generation and collection of dust should be observed. 9. Is there a classification for MultiStrike as with most other electrodes? MultiStrike Tungsten Electrodes conform to Standards EN ISO 06848 and ANSI/AWS A5 12m-98.

GBP 45.99

1

Huntingdon Fusion Techniques Techweld MultiStrike Tungsten Electrodes (10pk) - 3. 2mm X 152mm

Huntingdon Fusion Techniques (HFT) MultiStrike Tungsten Electrodes are versatile, providing stable performance for welding steels, alloys (using DC), and aluminum (using AC) within the current range of 0-300 Amps. They outperform conventional 2% thoriated tungsten electrodes by offering up to 10 times the number of arc strikes under the same conditions. These electrodes are non-thoriated, non-radiotoxic, and non-carcinogenic. Additionally, they lower working temperatures, resulting in narrower, lower heat input welds and extending the number of arc strikes before re-grinding is required. Developed with user safety in mind, Techweld MultiStrike Tungsten Electrodes are traceable through batch numbers and come in special packaging. Immediate delivery is available for these electrodes. Pack of 10. FAQs 1. We see and hear that there are other thoria-free "ecological" tungstens available at lower prices than MultiStrikes? The MultiStrike trademark has become an international industry standard. When buying MultiStrike Tungsten Electrodes you are purchasing a consistent, guaranteed, reliable, traceable product which will not vary and let you down in production. Many cheaper tungstens may have unreliable sources. The MultiStrike Tungsten Electrodes tip colour is known as "House Blue," immediately distinguishable from any other tungsten and is part of the Trademark of Huntingdon Fusion Techniques HFT. 2. What is in MultiStrike Tungsten Electrodes to make them so good? MultiStrike Tungsten Electrodes contain a blend of rare earth dopants to replace thoria. Our dopants are not radioactive and they are mixed in accurate proportions using statistical proportional control procedures, fully computerised to ensure that the tungstens are made to the same high standards every time. 3. What materials do you use inside MultiStrike Tungsten Electrodes? The exact ingredients of MultiStrike Tungsten Electrodes are part of our intellectual property gained by extensive research and development to bring a quality product to the market place that is totally traceable, reliable and repeatable. 4. Can MultiStrike Tungsten Electrodes be used to weld aluminum with AC welding? Yes, MultiStrike Tungsten Electrodes are used widely and successfully for welding aluminum. 5. I tried MultiStrike Tungsten Electrodes but I got tungsten inclusion in the weld. Tungsten inclusions can be generated by poor grinding techniques or accidental dipping of a tungsten electrode into the weld pool. Tungsten inclusions can be obtained when using any kind of tungsten electrode. 6. I have tried MultiStrike Tungsten Electrodes but they make my welds dirty. MultiStrike Tungsten Electrodes are used to generate an arc. They cannot make a weld dirty. Dirty welds are produced by either insufficient gas coverage, disturbance of the gas flow or dirty and contaminated material being welded. 7. You said I would get 10 times more arc strikes than a thoriated tungsten, but mine only lasted two welds before I had to re-grind it. MultiStrike Tungsten Electrodes will give ten times better performance than thoriated tungstens under identical conditions. Welding conditions will affect the life of all tungsten electrodes equally. However, if a thoriated tungsten electrode is put onto an automatic machine welding with clean components and it gives 20 arc strikes before it fails, then a MultiStrike Tungsten Electrodes will give 200 arc strikes. 8. Im worried about the dust generated when I grind MultiStrike Tungsten Electrodes. Because MultiStrike Tungsten Electrodes do not contain thoria or any other radiotoxic materials, the dust generated is not carcinogenic. However, any local health and safety standards about the generation and collection of dust should be observed. 9. Is there a classification for MultiStrike as with most other electrodes? MultiStrike Tungsten Electrodes conform to Standards EN ISO 06848 and ANSI/AWS A5 12m-98.

GBP 149.99

1

Huntingdon Fusion Techniques Qwik-Freezer Portable Pipe Freezing Equipment Kit - QF4100-WOC

The HFT Qwik-Freezer Pipe Freezing Equipment employs liquid carbon dioxide (CO2) to rapidly freeze specific sections of pipe or tubing, creating a reliable ice plug with extremely low temperatures similar to dry ice. This ice plug effectively isolates the water within the system, enabling hassle-free repairs or alterations to be carried out without the need for system drainage or shutdown. FAQs 1. How do I know how much liquid CO2 I need? Be sure there is more than enough liquid CO2 on hand for the job (refer to the freezing table in the user instructions for the amount needed to complete the initial freeze only). If you intend to hold a freeze, extra cylinders will be needed. Use only cylinders fitted with a siphon tube or dip tube. 2. What condition does the pipe and water inside have to be in? Ensure there is no flow of water through the pipe, as flowing water will not freeze. The outside surface of the pipe must be clean of all foreign matter. Water should be at 20C (68F) or colder. Warm water will take much longer to freeze. Always freeze on a horizontal line whenever possible. If attempting a vertical freeze, the water must be colder than 20C (68F). Additional injections and waiting time will also be necessary. A vertical pipe may take up to twice as long as a horizontal line and the CO2 consumption will be double. Do not attempt to freeze close to a main line that has flowing water as the turbulence can prevent formation of the ice plug. 3. Can I freeze pipes larger than 8 or with different material inside the pipe? Qwik-Freezer equipment should not be used on pipes larger than the specified size or pipes containing anything but water. For other sizes and applications, contact us. 4. Will I need ventilation whilst freezing? CO2 is heavier than air and will collect in confined and low-lying work areas. To prevent the danger of asphyxiation, make sure there is always good ventilation. Ventilation fans must be used in confined and low-lying spaces. 5. Do I need to wear safety clothing? Gloves and safety glasses should be worn at all times when operating Qwik-Freezer equipment. Do not hold dry ice as frostbite could result. 6. Can I freeze on a weld? It is not ideal to freeze on a weld unless the weld has been x-rayed. 7. What kind of pipes can Qwik-Freezer be used on? Qwik-Freezer can be used on iron, lead, steel, and copper pipes. It is also applicable to plastic pipes, but these will take up to three times longer. 8. How much water pressure will an ice plug hold? Ice plugs have passed pressure tests up to 5000 psi. HFT conservatively rates them to 1500 psi. 9. What about bursting or fracturing pipes? Pipe fractures are not caused by the ice plug or the freezing process. They are caused by a failure to allow enough space between the ice plug and closed connections. This is due to the increase in pressure that is caused by water that is displaced by the ice plug as it grows that can create a hydraulic ram if enough space is not allowed. 10. Why is it imperative to have CO2 cylinders with siphon-tubes? Dry ice is formed when liquid CO2 interacts with the atmosphere (which takes place inside the Qwik-Freezer jacket). If a cylinder does not have a siphon-tube it will only deliver CO2 gas, which will have no reaction. Without dry ice, there will be no freeze. 11. What if there is a small amount of glycol or other fluid in the line? It is important to know how much is in the mix and what the freeze point of the liquid is. Note: the freeze point may just be a slush and not to the solid state that is required for a plug. The Qwik-Freezer will go down to -121F.

GBP 1699.99

1

Huntingdon Fusion Techniques Qwik-Freezer Portable Pipe Freezing Equipment Kit - QF3200-WOC

The HFT Qwik-Freezer Pipe Freezing Equipment employs liquid carbon dioxide (CO2) to rapidly freeze specific sections of pipe or tubing, creating a reliable ice plug with extremely low temperatures similar to dry ice. This ice plug effectively isolates the water within the system, enabling hassle-free repairs or alterations to be carried out without the need for system drainage or shutdown. FAQs 1. How do I know how much liquid CO2 I need? Be sure there is more than enough liquid CO2 on hand for the job (refer to the freezing table in the user instructions for the amount needed to complete the initial freeze only). If you intend to hold a freeze, extra cylinders will be needed. Use only cylinders fitted with a siphon tube or dip tube. 2. What condition does the pipe and water inside have to be in? Ensure there is no flow of water through the pipe, as flowing water will not freeze. The outside surface of the pipe must be clean of all foreign matter. Water should be at 20C (68F) or colder. Warm water will take much longer to freeze. Always freeze on a horizontal line whenever possible. If attempting a vertical freeze, the water must be colder than 20C (68F). Additional injections and waiting time will also be necessary. A vertical pipe may take up to twice as long as a horizontal line and the CO2 consumption will be double. Do not attempt to freeze close to a main line that has flowing water as the turbulence can prevent formation of the ice plug. 3. Can I freeze pipes larger than 8 or with different material inside the pipe? Qwik-Freezer equipment should not be used on pipes larger than the specified size or pipes containing anything but water. For other sizes and applications, contact us. 4. Will I need ventilation whilst freezing? CO2 is heavier than air and will collect in confined and low-lying work areas. To prevent the danger of asphyxiation, make sure there is always good ventilation. Ventilation fans must be used in confined and low-lying spaces. 5. Do I need to wear safety clothing? Gloves and safety glasses should be worn at all times when operating Qwik-Freezer equipment. Do not hold dry ice as frostbite could result. 6. Can I freeze on a weld? It is not ideal to freeze on a weld unless the weld has been x-rayed. 7. What kind of pipes can Qwik-Freezer be used on? Qwik-Freezer can be used on iron, lead, steel, and copper pipes. It is also applicable to plastic pipes, but these will take up to three times longer. 8. How much water pressure will an ice plug hold? Ice plugs have passed pressure tests up to 5000 psi. HFT conservatively rates them to 1500 psi. 9. What about bursting or fracturing pipes? Pipe fractures are not caused by the ice plug or the freezing process. They are caused by a failure to allow enough space between the ice plug and closed connections. This is due to the increase in pressure that is caused by water that is displaced by the ice plug as it grows, which can create a hydraulic ram if enough space is not allowed. 10. Why is it imperative to have CO2 cylinders with siphon tubes? Dry ice is formed when liquid CO2 interacts with the atmosphere (which takes place inside the Qwik-Freezer jacket). If a cylinder does not have a siphon tube, it will only deliver CO2 gas, which will have no reaction. Without dry ice, there will be no freeze. 11. What if there is a small amount of glycol or other fluid in the line? It is important to know how much is in the mix and what the freeze point of the liquid is. Note: the freeze point may just be a slush and not to the solid state that is required for a plug. The Qwik-Freezer will go down to -121F.

GBP 2599.99

1

Huntingdon Fusion Techniques Qwik-Freezer Portable Pipe Freezing Equipment Kit - QF2200-WOC

The HFT Qwik-Freezer Pipe Freezing Equipment employs liquid carbon dioxide (CO2) to rapidly freeze specific sections of pipe or tubing, creating a reliable ice plug with extremely low temperatures similar to dry ice. This ice plug effectively isolates the water within the system, enabling hassle-free repairs or alterations to be carried out without the need for system drainage or shutdown. FAQs 1. How do I know how much liquid CO2 I need? Be sure there is more than enough liquid CO2 on hand for the job (refer to the freezing table in the user instructions for the amount needed to complete the initial freeze only). If you intend to hold a freeze, extra cylinders will be needed. Use only cylinders fitted with a siphon tube or dip tube. 2. What condition does the pipe and water inside have to be in? Ensure there is no flow of water through the pipe, as flowing water will not freeze. The outside surface of the pipe must be clean of all foreign matter. Water should be at 20C (68F) or colder. Warm water will take much longer to freeze. Always freeze on a horizontal line whenever possible. If attempting a vertical freeze, the water must be colder than 20C (68F). Additional injections and waiting time will also be necessary. A vertical pipe may take up to twice as long as a horizontal line and the CO2 consumption will be double. Do not attempt to freeze close to a main line that has flowing water as the turbulence can prevent formation of the ice plug. 3. Can I freeze pipes larger than 8 or with different material inside the pipe? Qwik-Freezer equipment should not be used on pipes larger than the specified size or pipes containing anything but water. For other sizes and applications, contact us. 4. Will I need ventilation whilst freezing? CO2 is heavier than air and will collect in confined and low-lying work areas. To prevent the danger of asphyxiation, make sure there is always good ventilation. Ventilation fans must be used in confined and low-lying spaces. 5. Do I need to wear safety clothing? Gloves and safety glasses should be worn at all times when operating Qwik-Freezer equipment. Do not hold dry ice as frostbite could result. 6. Can I freeze on a weld? It is not ideal to freeze on a weld unless the weld has been x-rayed. 7. What kind of pipes can Qwik-Freezer be used on? Qwik-Freezer can be used on iron, lead, steel, and copper pipes. It is also applicable to plastic pipes, but these will take up to three times longer. 8. How much water pressure will an ice plug hold? Ice plugs have passed pressure tests up to 5000 psi. HFT conservatively rates them to 1500 psi. 9. What about bursting or fracturing pipes? Pipe fractures are not caused by the ice plug or the freezing process. They are caused by a failure to allow enough space between the ice plug and closed connections. This is due to the increase in pressure that is caused by water that is displaced by the ice plug as it grows that can create a hydraulic ram if enough space is not allowed. 10. Why is it imperative to have CO2 cylinders with siphon tubes? Dry ice is formed when liquid CO2 interacts with the atmosphere (which takes place inside the Qwik-Freezer jacket). If a cylinder does not have a siphon tube it will only deliver CO2 gas, which will have no reaction. Without dry ice, there will be no freeze. 11. What if there is a small amount of glycol or other fluid in the line? It is important to know how much is in the mix and what the freeze point of the liquid is. Note: the freeze point may just be a slush and not to the solid state that is required for a plug. The Qwik-Freezer will go down to -121F.

GBP 999.99

1

Huntingdon Fusion Techniques Qwik-Freezer Portable Pipe Freezing Equipment Kit - QF4250-WOC

The HFT Qwik-Freezer Pipe Freezing Equipment employs liquid carbon dioxide (CO2) to rapidly freeze specific sections of pipe or tubing, creating a reliable ice plug with extremely low temperatures similar to dry ice. This ice plug effectively isolates the water within the system, enabling hassle-free repairs or alterations to be carried out without the need for system drainage or shutdown. FAQs 1. How do I know how much liquid CO2 I need? Be sure there is more than enough liquid CO2 on hand for the job (refer to the freezing table in the user instructions for the amount needed to complete the initial freeze only). If you intend to hold a freeze, extra cylinders will be needed. Use only cylinders fitted with a siphon tube or dip tube. 2. What condition does the pipe and water inside have to be in? Ensure there is no flow of water through the pipe, as flowing water will not freeze. The outside surface of the pipe must be clean of all foreign matter. Water should be at 20C (68F) or colder. Warm water will take much longer to freeze. Always freeze on a horizontal line whenever possible. If attempting a vertical freeze, the water must be colder than 20C (68F). Additional injections and waiting time will also be necessary. A vertical pipe may take up to twice as long as a horizontal line and the CO2 consumption will be double. Do not attempt to freeze close to a main line that has flowing water as the turbulence can prevent formation of the ice plug. 3. Can I freeze pipes larger than 8 or with different material inside the pipe? Qwik-Freezer equipment should not be used on pipes larger than the specified size or pipes containing anything but water. For other sizes and applications, contact us. 4. Will I need ventilation whilst freezing? CO2 is heavier than air and will collect in confined and low-lying work areas. To prevent the danger of asphyxiation, make sure there is always good ventilation. Ventilation fans must be used in confined and low-lying spaces. 5. Do I need to wear safety clothing? Gloves and safety glasses should be worn at all times when operating Qwik-Freezer equipment. Do not hold dry ice as frostbite could result. 6. Can I freeze on a weld? It is not ideal to freeze on a weld unless the weld has been x-rayed. 7. What kind of pipes can Qwik-Freezer be used on? Qwik-Freezer can be used on iron, lead, steel, and copper pipes. It is also applicable to plastic pipes, but these will take up to three times longer. 8. How much water pressure will an ice plug hold? Ice plugs have passed pressure tests up to 5000 psi. HFT conservatively rates them to 1500 psi. 9. What about bursting or fracturing pipes? Pipe fractures are not caused by the ice plug or the freezing process. They are caused by a failure to allow enough space between the ice plug and closed connections. This is due to the increase in pressure that is caused by water that is displaced by the ice plug as it grows that can create a hydraulic ram if enough space is not allowed. 10. Why is it imperative to have CO2 cylinders with siphon-tubes? Dry ice is formed when liquid CO2 interacts with the atmosphere (which takes place inside the Qwik-Freezer jacket). If a cylinder does not have a siphon-tube it will only deliver CO2 gas, which will have no reaction. Without dry ice, there will be no freeze. 11. What if there is a small amount of glycol or other fluid in the line? It is important to know how much is in the mix and what the freeze point of the liquid is. Note: the freeze point may just be a slush and not to the solid state that is required for a plug. The Qwik-Freezer will go down to -121F.

GBP 3199.99

1

Huntingdon Fusion Techniques Qwik-Freezer Portable Pipe Freezing Equipment Kit - QF8100-WOC

The HFT Qwik-Freezer Pipe Freezing Equipment employs liquid carbon dioxide (CO2) to rapidly freeze specific sections of pipe or tubing, creating a reliable ice plug with extremely low temperatures similar to dry ice. This ice plug effectively isolates the water within the system, enabling hassle-free repairs or alterations to be carried out without the need for system drainage or shutdown. FAQs 1. How do I know how much liquid CO2 I need? Be sure there is more than enough liquid CO2 on hand for the job (refer to the freezing table in the user instructions for the amount needed to complete the initial freeze only). If you intend to hold a freeze, extra cylinders will be needed. Use only cylinders fitted with a siphon tube or dip tube. 2. What condition does the pipe and water inside have to be in? Ensure there is no flow of water through the pipe, as flowing water will not freeze. The outside surface of the pipe must be clean of all foreign matter. Water should be at 20C (68F) or colder. Warm water will take much longer to freeze. Always freeze on a horizontal line whenever possible. If attempting a vertical freeze, the water must be colder than 20C (68F). Additional injections and waiting time will also be necessary. A vertical pipe may take up to twice as long as a horizontal line and the CO2 consumption will be double. Do not attempt to freeze close to a main line that has flowing water as the turbulence can prevent formation of the ice plug. 3. Can I freeze pipes larger than 8 or with different material inside the pipe? Qwik-Freezer equipment should not be used on pipes larger than the specified size or pipes containing anything but water. For other sizes and applications, contact us. 4. Will I need ventilation whilst freezing? CO2 is heavier than air and will collect in confined and low-lying work areas. To prevent the danger of asphyxiation, make sure there is always good ventilation. Ventilation fans must be used in confined and low-lying spaces. 5. Do I need to wear safety clothing? Gloves and safety glasses should be worn at all times when operating Qwik-Freezer equipment. Do not hold dry ice as frostbite could result. 6. Can I freeze on a weld? It is not ideal to freeze on a weld unless the weld has been x-rayed. 7. What kind of pipes can Qwik-Freezer be used on? Qwik-Freezer can be used on iron, lead, steel, and copper pipes. It is also applicable to plastic pipes, but these will take up to three times longer. 8. How much water pressure will an ice plug hold? Ice plugs have passed pressure tests up to 5000 psi. HFT conservatively rates them to 1500 psi. 9. What about bursting or fracturing pipes? Pipe fractures are not caused by the ice plug or the freezing process. They are caused by a failure to allow enough space between the ice plug and closed connections. This is due to the increase in pressure that is caused by water that is displaced by the ice plug as it grows that can create a hydraulic ram if enough space is not allowed. 10. Why is it imperative to have CO2 cylinders with siphon tubes? Dry ice is formed when liquid CO2 interacts with the atmosphere (which takes place inside the Qwik-Freezer jacket). If a cylinder does not have a siphon tube it will only deliver CO2 gas, which will have no reaction. Without dry ice, there will be no freeze. 11. What if there is a small amount of glycol or other fluid in the line? It is important to know how much is in the mix and what the freeze point of the liquid is. Note: the freeze point may just be a slush and not to the solid state that is required for a plug. The Qwik-Freezer will go down to -121F.

GBP 3199.99

1

Huntingdon Fusion Techniques Qwik-Freezer Portable Pipe Freezing Equipment Kit - QF2000-WOC

The HFT Qwik-Freezer Pipe Freezing Equipment employs liquid carbon dioxide (CO2) to rapidly freeze specific sections of pipe or tubing, creating a reliable ice plug with extremely low temperatures similar to dry ice. This ice plug effectively isolates the water within the system, enabling hassle-free repairs or alterations to be carried out without the need for system drainage or shutdown. FAQs 1. How do I know how much liquid CO2 I need? Be sure there is more than enough liquid CO2 on hand for the job (refer to the freezing table in the user instructions for the amount needed to complete the initial freeze only). If you intend to hold a freeze, extra cylinders will be needed. Use only cylinders fitted with a siphon tube or dip tube. 2. What condition does the pipe and water inside have to be in? Ensure there is no flow of water through the pipe, as flowing water will not freeze. The outside surface of the pipe must be clean of all foreign matter. Water should be at 20C (68F) or colder. Warm water will take much longer to freeze. Always freeze on a horizontal line whenever possible. If attempting a vertical freeze, the water must be colder than 20C (68F). Additional injections and waiting time will also be necessary. A vertical pipe may take up to twice as long as a horizontal line and the CO2 consumption will be double. Do not attempt to freeze close to a main line that has flowing water as the turbulence can prevent formation of the ice plug. 3. Can I freeze pipes larger than 8 or with different material inside the pipe? Qwik-Freezer equipment should not be used on pipes larger than the specified size or pipes containing anything but water. For other sizes and applications, contact us. 4. Will I need ventilation whilst freezing? CO2 is heavier than air and will collect in confined and low-lying work areas. To prevent the danger of asphyxiation, make sure there is always good ventilation. Ventilation fans must be used in confined and low-lying spaces. 5. Do I need to wear safety clothing? Gloves and safety glasses should be worn at all times when operating Qwik-Freezer equipment. Do not hold dry ice as frostbite could result. 6. Can I freeze on a weld? It is not ideal to freeze on a weld unless the weld has been x-rayed. 7. What kind of pipes can Qwik-Freezer be used on? Qwik-Freezer can be used on iron, lead, steel, and copper pipes. It is also applicable to plastic pipes, but these will take up to three times longer. 8. How much water pressure will an ice plug hold? Ice plugs have passed pressure tests up to 5000 psi. HFT conservatively rates them to 1500 psi. 9. What about bursting or fracturing pipes? Pipe fractures are not caused by the ice plug or the freezing process. They are caused by a failure to allow enough space between the ice plug and closed connections. This is due to the increase in pressure that is caused by water that is displaced by the ice plug as it grows that can create a hydraulic ram if enough space is not allowed. 10. Why is it imperative to have CO2 cylinders with siphon tubes? Dry ice is formed when liquid CO2 interacts with the atmosphere (which takes place inside the Qwik-Freezer jacket). If a cylinder does not have a siphon tube it will only deliver CO2 gas, which will have no reaction. Without dry ice, there will be no freeze. 11. What if there is a small amount of glycol or other fluid in the line? It is important to know how much is in the mix and what the freeze point of the liquid is. Note: the freeze point may just be a slush and not to the solid state that is required for a plug. The Qwik-Freezer will go down to -121F.

GBP 599.99

1

Huntingdon Fusion Techniques Qwik-Freezer Portable Pipe Freezing Equipment Kit - QF6250-WOC

The HFT Qwik-Freezer Pipe Freezing Equipment employs liquid carbon dioxide (CO2) to rapidly freeze specific sections of pipe or tubing, creating a reliable ice plug with extremely low temperatures similar to dry ice. This ice plug effectively isolates the water within the system, enabling hassle-free repairs or alterations to be carried out without the need for system drainage or shutdown. FAQs 1. How do I know how much liquid CO2 I need? Be sure there is more than enough liquid CO2 on hand for the job (refer to the freezing table in the user instructions for the amount needed to complete the initial freeze only). If you intend to hold a freeze, extra cylinders will be needed. Use only cylinders fitted with a siphon tube or dip tube. 2. What condition does the pipe and water inside have to be in? Ensure there is no flow of water through the pipe, as flowing water will not freeze. The outside surface of the pipe must be clean of all foreign matter. Water should be at 20C (68F) or colder. Warm water will take much longer to freeze. Always freeze on a horizontal line whenever possible. If attempting a vertical freeze, the water must be colder than 20C (68F). Additional injections and waiting time will also be necessary. A vertical pipe may take up to twice as long as a horizontal line and the CO2 consumption will be double. Do not attempt to freeze close to a main line that has flowing water as the turbulence can prevent formation of the ice plug. 3. Can I freeze pipes larger than 8 or with different material inside the pipe? Qwik-Freezer equipment should not be used on pipes larger than the specified size or pipes containing anything but water. For other sizes and applications, contact us. 4. Will I need ventilation whilst freezing? CO2 is heavier than air and will collect in confined and low-lying work areas. To prevent the danger of asphyxiation, make sure there is always good ventilation. Ventilation fans must be used in confined and low-lying spaces. 5. Do I need to wear safety clothing? Gloves and safety glasses should be worn at all times when operating Qwik-Freezer equipment. Do not hold dry ice as frostbite could result. 6. Can I freeze on a weld? It is not ideal to freeze on a weld unless the weld has been x-rayed. 7. What kind of pipes can Qwik-Freezer be used on? Qwik-Freezer can be used on iron, lead, steel, and copper pipes. It is also applicable to plastic pipes, but these will take up to three times longer. 8. How much water pressure will an ice plug hold? Ice plugs have passed pressure tests up to 5000 psi. HFT conservatively rates them to 1500 psi. 9. What about bursting or fracturing pipes? Pipe fractures are not caused by the ice plug or the freezing process. They are caused by a failure to allow enough space between the ice plug and closed connections. This is due to the increase in pressure that is caused by water that is displaced by the ice plug as it grows that can create a hydraulic ram if enough space is not allowed. 10. Why is it imperative to have CO2 cylinders with siphon-tubes? Dry ice is formed when liquid CO2 interacts with the atmosphere (which takes place inside the Qwik-Freezer jacket). If a cylinder does not have a siphon-tube it will only deliver CO2 gas, which will have no reaction. Without dry ice, there will be no freeze. 11. What if there is a small amount of glycol or other fluid in the line? It is important to know how much is in the mix and what the freeze point of the liquid is. Note: the freeze point may just be a slush and not to the solid state that is required for a plug. The Qwik-Freezer will go down to -121F.

GBP 4599.99

1

Huntingdon Fusion Techniques Qwik-Freezer Portable Pipe Freezing Equipment Kit - QF4200-WOC

The HFT Qwik-Freezer Pipe Freezing Equipment employs liquid carbon dioxide (CO2) to rapidly freeze specific sections of pipe or tubing, creating a reliable ice plug with extremely low temperatures similar to dry ice. This ice plug effectively isolates the water within the system, enabling hassle-free repairs or alterations to be carried out without the need for system drainage or shutdown. FAQs 1. How do I know how much liquid CO2 I need? Be sure there is more than enough liquid CO2 on hand for the job (refer to the freezing table in the user instructions for the amount needed to complete the initial freeze only). If you intend to hold a freeze, extra cylinders will be needed. Use only cylinders fitted with a siphon tube or dip tube. 2. What condition does the pipe and water inside have to be in? Ensure there is no flow of water through the pipe, as flowing water will not freeze. The outside surface of the pipe must be clean of all foreign matter. Water should be at 20C (68F) or colder. Warm water will take much longer to freeze. Always freeze on a horizontal line whenever possible. If attempting a vertical freeze, the water must be colder than 20C (68F). Additional injections and waiting time will also be necessary. A vertical pipe may take up to twice as long as a horizontal line and the CO2 consumption will be double. Do not attempt to freeze close to a main line that has flowing water as the turbulence can prevent formation of the ice plug. 3. Can I freeze pipes larger than 8 or with different material inside the pipe? Qwik-Freezer equipment should not be used on pipes larger than the specified size or pipes containing anything but water. For other sizes and applications, contact us. 4. Will I need ventilation whilst freezing? CO2 is heavier than air and will collect in confined and low-lying work areas. To prevent the danger of asphyxiation, make sure there is always good ventilation. Ventilation fans must be used in confined and low-lying spaces. 5. Do I need to wear safety clothing? Gloves and safety glasses should be worn at all times when operating Qwik-Freezer equipment. Do not hold dry ice as frostbite could result. 6. Can I freeze on a weld? It is not ideal to freeze on a weld unless the weld has been x-rayed. 7. What kind of pipes can Qwik-Freezer be used on? Qwik-Freezer can be used on iron, lead, steel, and copper pipes. It is also applicable to plastic pipes, but these will take up to three times longer. 8. How much water pressure will an ice plug hold? Ice plugs have passed pressure tests up to 5000 psi. HFT conservatively rates them to 1500 psi. 9. What about bursting or fracturing pipes? Pipe fractures are not caused by the ice plug or the freezing process. They are caused by a failure to allow enough space between the ice plug and closed connections. This is due to the increase in pressure that is caused by water that is displaced by the ice plug as it grows that can create a hydraulic ram if enough space is not allowed. 10. Why is it imperative to have CO2 cylinders with siphon-tubes? Dry ice is formed when liquid CO2 interacts with the atmosphere (which takes place inside the Qwik-Freezer jacket). If a cylinder does not have a siphon-tube it will only deliver CO2 gas, which will have no reaction. Without dry ice, there will be no freeze. 11. What if there is a small amount of glycol or other fluid in the line? It is important to know how much is in the mix and what the freeze point of the liquid is. Note: the freeze point may just be a slush and not to the solid state that is required for a plug. The Qwik-Freezer will go down to -121F.

GBP 4599.99

1

Huntingdon Fusion Techniques Qwik-Freezer Portable Pipe Freezing Equipment Kit - QF6100-WOC

The HFT Qwik-Freezer Pipe Freezing Equipment employs liquid carbon dioxide (CO2) to rapidly freeze specific sections of pipe or tubing, creating a reliable ice plug with extremely low temperatures similar to dry ice. This ice plug effectively isolates the water within the system, enabling hassle-free repairs or alterations to be carried out without the need for system drainage or shutdown. FAQs 1. How do I know how much liquid CO2 I need? Be sure there is more than enough liquid CO2 on hand for the job (refer to the freezing table in the user instructions for the amount needed to complete the initial freeze only). If you intend to hold a freeze, extra cylinders will be needed. Use only cylinders fitted with a siphon tube or dip tube. 2. What condition does the pipe and water inside have to be in? Ensure there is no flow of water through the pipe, as flowing water will not freeze. The outside surface of the pipe must be clean of all foreign matter. Water should be at 20C (68F) or colder. Warm water will take much longer to freeze. Always freeze on a horizontal line whenever possible. If attempting a vertical freeze, the water must be colder than 20C (68F). Additional injections and waiting time will also be necessary. A vertical pipe may take up to twice as long as a horizontal line and the CO2 consumption will be double. Do not attempt to freeze close to a main line that has flowing water as the turbulence can prevent formation of the ice plug. 3. Can I freeze pipes larger than 8 or with different material inside the pipe? Qwik-Freezer equipment should not be used on pipes larger than the specified size or pipes containing anything but water. For other sizes and applications, contact us. 4. Will I need ventilation whilst freezing? CO2 is heavier than air and will collect in confined and low-lying work areas. To prevent the danger of asphyxiation, make sure there is always good ventilation. Ventilation fans must be used in confined and low-lying spaces. 5. Do I need to wear safety clothing? Gloves and safety glasses should be worn at all times when operating Qwik-Freezer equipment. Do not hold dry ice as frostbite could result. 6. Can I freeze on a weld? It is not ideal to freeze on a weld unless the weld has been x-rayed. 7. What kind of pipes can Qwik-Freezer be used on? Qwik-Freezer can be used on iron, lead, steel, and copper pipes. It is also applicable to plastic pipes, but these will take up to three times longer. 8. How much water pressure will an ice plug hold? Ice plugs have passed pressure tests up to 5000 psi. HFT conservatively rates them to 1500 psi. 9. What about bursting or fracturing pipes? Pipe fractures are not caused by the ice plug or the freezing process. They are caused by a failure to allow enough space between the ice plug and closed connections. This is due to the increase in pressure that is caused by water that is displaced by the ice plug as it grows that can create a hydraulic ram if enough space is not allowed. 10. Why is it imperative to have CO2 cylinders with siphon-tubes? Dry ice is formed when liquid CO2 interacts with the atmosphere (which takes place inside the Qwik-Freezer jacket). If a cylinder does not have a siphon-tube it will only deliver CO2 gas, which will have no reaction. Without dry ice, there will be no freeze. 11. What if there is a small amount of glycol or other fluid in the line? It is important to know how much is in the mix and what the freeze point of the liquid is. Note: the freeze point may just be a slush and not to the solid state that is required for a plug. The Qwik-Freezer will go down to -121F.

GBP 2699.99

1

Huntingdon Fusion Techniques Qwik-Freezer Portable Pipe Freezing Equipment Kit - QF6000-WOC

The HFT Qwik-Freezer Pipe Freezing Equipment employs liquid carbon dioxide (CO2) to rapidly freeze specific sections of pipe or tubing, creating a reliable ice plug with extremely low temperatures similar to dry ice. This ice plug effectively isolates the water within the system, enabling hassle-free repairs or alterations to be carried out without the need for system drainage or shutdown. FAQs 1. How do I know how much liquid CO2 I need? Be sure there is more than enough liquid CO2 on hand for the job (refer to the freezing table in the user instructions for the amount needed to complete the initial freeze only). If you intend to hold a freeze, extra cylinders will be needed. Use only cylinders fitted with a siphon tube or dip tube. 2. What condition does the pipe and water inside have to be in? Ensure there is no flow of water through the pipe, as flowing water will not freeze. The outside surface of the pipe must be clean of all foreign matter. Water should be at 20C (68F) or colder. Warm water will take much longer to freeze. Always freeze on a horizontal line whenever possible. If attempting a vertical freeze, the water must be colder than 20C (68F). Additional injections and waiting time will also be necessary. A vertical pipe may take up to twice as long as a horizontal line and the CO2 consumption will be double. Do not attempt to freeze close to a main line that has flowing water as the turbulence can prevent formation of the ice plug. 3. Can I freeze pipes larger than 8 or with different material inside the pipe? Qwik-Freezer equipment should not be used on pipes larger than the specified size or pipes containing anything but water. For other sizes and applications, contact us. 4. Will I need ventilation whilst freezing? CO2 is heavier than air and will collect in confined and low-lying work areas. To prevent the danger of asphyxiation, make sure there is always good ventilation. Ventilation fans must be used in confined and low-lying spaces. 5. Do I need to wear safety clothing? Gloves and safety glasses should be worn at all times when operating Qwik-Freezer equipment. Do not hold dry ice as frostbite could result. 6. Can I freeze on a weld? It is not ideal to freeze on a weld unless the weld has been x-rayed. 7. What kind of pipes can Qwik-Freezer be used on? Qwik-Freezer can be used on iron, lead, steel, and copper pipes. It is also applicable to plastic pipes, but these will take up to three times longer. 8. How much water pressure will an ice plug hold? Ice plugs have passed pressure tests up to 5000 psi. HFT conservatively rates them to 1500 psi. 9. What about bursting or fracturing pipes? Pipe fractures are not caused by the ice plug or the freezing process. They are caused by a failure to allow enough space between the ice plug and closed connections. This is due to the increase in pressure that is caused by water that is displaced by the ice plug as it grows that can create a hydraulic ram if enough space is not allowed. 10. Why is it imperative to have CO2 cylinders with siphon-tubes? Dry ice is formed when liquid CO2 interacts with the atmosphere (which takes place inside the Qwik-Freezer jacket). If a cylinder does not have a siphon-tube it will only deliver CO2 gas, which will have no reaction. Without dry ice, there will be no freeze. 11. What if there is a small amount of glycol or other fluid in the line? It is important to know how much is in the mix and what the freeze point of the liquid is. Note: the freeze point may just be a slush and not to the solid state that is required for a plug. The Qwik-Freezer will go down to -121F.

GBP 3999.99

1

Huntingdon Fusion Techniques Qwik-Freezer Portable Pipe Freezing Equipment Kit - QF1500-WOC

The HFT Qwik-Freezer Pipe Freezing Equipment employs liquid carbon dioxide (CO2) to rapidly freeze specific sections of pipe or tubing, creating a reliable ice plug with extremely low temperatures similar to dry ice. This ice plug effectively isolates the water within the system, enabling hassle-free repairs or alterations to be carried out without the need for system drainage or shutdown. FAQs 1. How do I know how much liquid CO2 I need? Be sure there is more than enough liquid CO2 on hand for the job (refer to the freezing table in the user instructions for the amount needed to complete the initial freeze only). If you intend to hold a freeze, extra cylinders will be needed. Use only cylinders fitted with a siphon tube or dip tube. 2. What condition does the pipe and water inside have to be in? Ensure there is no flow of water through the pipe, as flowing water will not freeze. The outside surface of the pipe must be clean of all foreign matter. Water should be at 20C (68F) or colder. Warm water will take much longer to freeze. Always freeze on a horizontal line whenever possible. If attempting a vertical freeze, the water must be colder than 20C (68F). Additional injections and waiting time will also be necessary. A vertical pipe may take up to twice as long as a horizontal line and the CO2 consumption will be double. Do not attempt to freeze close to a main line that has flowing water as the turbulence can prevent formation of the ice plug. 3. Can I freeze pipes larger than 8 or with different material inside the pipe? Qwik-Freezer equipment should not be used on pipes larger than the specified size or pipes containing anything but water. For other sizes and applications, contact us. 4. Will I need ventilation whilst freezing? CO2 is heavier than air and will collect in confined and low-lying work areas. To prevent the danger of asphyxiation, make sure there is always good ventilation. Ventilation fans must be used in confined and low-lying spaces. 5. Do I need to wear safety clothing? Gloves and safety glasses should be worn at all times when operating Qwik-Freezer equipment. Do not hold dry ice as frostbite could result. 6. Can I freeze on a weld? It is not ideal to freeze on a weld unless the weld has been x-rayed. 7. What kind of pipes can Qwik-Freezer be used on? Qwik-Freezer can be used on iron, lead, steel, and copper pipes. It is also applicable to plastic pipes, but these will take up to three times longer. 8. How much water pressure will an ice plug hold? Ice plugs have passed pressure tests up to 5000 psi. HFT conservatively rates them to 1500 psi. 9. What about bursting or fracturing pipes? Pipe fractures are not caused by the ice plug or the freezing process. They are caused by a failure to allow enough space between the ice plug and closed connections. This is due to the increase in pressure that is caused by water that is displaced by the ice plug as it grows that can create a hydraulic ram if enough space is not allowed. 10. Why is it imperative to have CO2 cylinders with siphon-tubes? Dry ice is formed when liquid CO2 interacts with the atmosphere (which takes place inside the Qwik-Freezer jacket). If a cylinder does not have a siphon-tube it will only deliver CO2 gas, which will have no reaction. Without dry ice, there will be no freeze. 11. What if there is a small amount of glycol or other fluid in the line? It is important to know how much is in the mix and what the freeze point of the liquid is. Note: the freeze point may just be a slush and not to the solid state that is required for a plug. The Qwik-Freezer will go down to -121F.

GBP 799.99

1

Huntingdon Fusion Techniques Qwik-Freezer Portable Pipe Freezing Equipment Kit - QF6200-WOC

The HFT Qwik-Freezer Pipe Freezing Equipment employs liquid carbon dioxide (CO2) to rapidly freeze specific sections of pipe or tubing, creating a reliable ice plug with extremely low temperatures similar to dry ice. This ice plug effectively isolates the water within the system, enabling hassle-free repairs or alterations to be carried out without the need for system drainage or shutdown. FAQs 1. How do I know how much liquid CO2 I need? Be sure there is more than enough liquid CO2 on hand for the job (refer to the freezing table in the user instructions for the amount needed to complete the initial freeze only). If you intend to hold a freeze, extra cylinders will be needed. Use only cylinders fitted with a siphon tube or dip tube. 2. What condition does the pipe and water inside have to be in? Ensure there is no flow of water through the pipe, as flowing water will not freeze. The outside surface of the pipe must be clean of all foreign matter. Water should be at 20C (68F) or colder. Warm water will take much longer to freeze. Always freeze on a horizontal line whenever possible. If attempting a vertical freeze, the water must be colder than 20C (68F). Additional injections and waiting time will also be necessary. A vertical pipe may take up to twice as long as a horizontal line and the CO2 consumption will be double. Do not attempt to freeze close to a main line that has flowing water as the turbulence can prevent formation of the ice plug. 3. Can I freeze pipes larger than 8 or with different material inside the pipe? Qwik-Freezer equipment should not be used on pipes larger than the specified size or pipes containing anything but water. For other sizes and applications, contact us. 4. Will I need ventilation whilst freezing? CO2 is heavier than air and will collect in confined and low-lying work areas. To prevent the danger of asphyxiation, make sure there is always good ventilation. Ventilation fans must be used in confined and low-lying spaces. 5. Do I need to wear safety clothing? Gloves and safety glasses should be worn at all times when operating Qwik-Freezer equipment. Do not hold dry ice as frostbite could result. 6. Can I freeze on a weld? It is not ideal to freeze on a weld unless the weld has been x-rayed. 7. What kind of pipes can Qwik-Freezer be used on? Qwik-Freezer can be used on iron, lead, steel, and copper pipes. It is also applicable to plastic pipes, but these will take up to three times longer. 8. How much water pressure will an ice plug hold? Ice plugs have passed pressure tests up to 5000 psi. HFT conservatively rates them to 1500 psi. 9. What about bursting or fracturing pipes? Pipe fractures are not caused by the ice plug or the freezing process. They are caused by a failure to allow enough space between the ice plug and closed connections. This is due to the increase in pressure that is caused by water that is displaced by the ice plug as it grows that can create a hydraulic ram if enough space is not allowed. 10. Why is it imperative to have CO2 cylinders with siphon-tubes? Dry ice is formed when liquid CO2 interacts with the atmosphere (which takes place inside the Qwik-Freezer jacket). If a cylinder does not have a siphon-tube it will only deliver CO2 gas, which will have no reaction. Without dry ice, there will be no freeze. 11. What if there is a small amount of glycol or other fluid in the line? It is important to know how much is in the mix and what the freeze point of the liquid is. Note: the freeze point may just be a slush and not to the solid state that is required for a plug. The Qwik-Freezer will go down to -121F.

GBP 7499.99

1

Huntingdon Fusion Techniques Qwik-Freezer Portable Pipe Freezing Equipment Kit - QF1700-WOC

The HFT Qwik-Freezer Pipe Freezing Equipment employs liquid carbon dioxide (CO2) to rapidly freeze specific sections of pipe or tubing, creating a reliable ice plug with extremely low temperatures similar to dry ice. This ice plug effectively isolates the water within the system, enabling hassle-free repairs or alterations to be carried out without the need for system drainage or shutdown. FAQs 1. How do I know how much liquid CO2 I need? Be sure there is more than enough liquid CO2 on hand for the job (refer to the freezing table in the user instructions for the amount needed to complete the initial freeze only). If you intend to hold a freeze, extra cylinders will be needed. Use only cylinders fitted with a siphon tube or dip tube. 2. What condition does the pipe and water inside have to be in? Ensure there is no flow of water through the pipe, as flowing water will not freeze. The outside surface of the pipe must be clean of all foreign matter. Water should be at 20C (68F) or colder. Warm water will take much longer to freeze. Always freeze on a horizontal line whenever possible. If attempting a vertical freeze, the water must be colder than 20C (68F). Additional injections and waiting time will also be necessary. A vertical pipe may take up to twice as long as a horizontal line and the CO2 consumption will be double. Do not attempt to freeze close to a main line that has flowing water as the turbulence can prevent formation of the ice plug. 3. Can I freeze pipes larger than 8 or with different material inside the pipe? Qwik-Freezer equipment should not be used on pipes larger than the specified size or pipes containing anything but water. For other sizes and applications, contact us. 4. Will I need ventilation whilst freezing? CO2 is heavier than air and will collect in confined and low-lying work areas. To prevent the danger of asphyxiation, make sure there is always good ventilation. Ventilation fans must be used in confined and low-lying spaces. 5. Do I need to wear safety clothing? Gloves and safety glasses should be worn at all times when operating Qwik-Freezer equipment. Do not hold dry ice as frostbite could result. 6. Can I freeze on a weld? It is not ideal to freeze on a weld unless the weld has been x-rayed. 7. What kind of pipes can Qwik-Freezer be used on? Qwik-Freezer can be used on iron, lead, steel, and copper pipes. It is also applicable to plastic pipes, but these will take up to three times longer. 8. How much water pressure will an ice plug hold? Ice plugs have passed pressure tests up to 5000 psi. HFT conservatively rates them to 1500 psi. 9. What about bursting or fracturing pipes? Pipe fractures are not caused by the ice plug or the freezing process. They are caused by a failure to allow enough space between the ice plug and closed connections. This is due to the increase in pressure that is caused by water that is displaced by the ice plug as it grows that can create a hydraulic ram if enough space is not allowed. 10. Why is it imperative to have CO2 cylinders with siphon-tubes? Dry ice is formed when liquid CO2 interacts with the atmosphere (which takes place inside the Qwik-Freezer jacket). If a cylinder does not have a siphon-tube it will only deliver CO2 gas, which will have no reaction. Without dry ice, there will be no freeze. 11. What if there is a small amount of glycol or other fluid in the line? It is important to know how much is in the mix and what the freeze point of the liquid is. Note: the freeze point may just be a slush and not to the solid state that is required for a plug. The Qwik-Freezer will go down to -121F.

GBP 1339.99

1

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