240 results (0,16230 seconds)

Brand

Size

Merchant

Price (EUR)

Reset filter

Products
From
Shops

Huntingdon Fusion Techniques Pipestoppers Commercial Vehicle Radiator and Cooler Leak Test Kit PSCMC001

Huntingdon Fusion Techniques PurgEye 100 Replacement Sensor

Huntingdon Fusion Techniques PurgEye 100 Replacement Sensor

Huntingdon Fusion PurgEye 100 IP65 Sensors will increase the sensor life significantly and guarantee longer life from your monitor. Spare sensors are packed at source inside a small sealed compartment to prevent oxygen from entering and causing the sensor to start to decay. This sensor packaging affords an extra degree of protection to the special contacts and the sealing membrane on top. PurgEye 100 IP65 Weld Purge Monitor not only has a low sensor warning signal, which normal oxygen monitors do not have, but you know that when your replacement sensor arrives that it will last much longer than those for other oxygen monitors. Once the tiny amount of oxygen inside the sealed volume has been consumed, a partial vacuum has been created just leaving the residual atmospheric nitrogen behind that protects the sensor and leaves it inert until the package is opened for use. Spare sensors are sold as a single unit. The packaging will protect the sensor from scuffs and damage during transit and will keep it clean during storage. HFT is constantly considering the needs of the customer. By using their scientific knowledge and background, they are continuously developing, engineering and saving the customer money. Other sensors in the industry have a low lifetime. They start to deplete immediately after manufacture and there may be several lost months before the sensors are put into use. Allowing shipping time to the sub contractor who will keep them in stock for some time, then to the reseller who will then send them to the welding distributor after which it will be shipped to the customer who in turn might wait some time before using or inserting the sensor. The average life of most other sensors for other monitors may be only as little as 10-12 months.

GBP 149.99
1

Huntingdon Fusion Techniques PurgEye 1500 Site IP68 Weld Purge Monitor API0500S

Huntingdon Fusion Techniques PurgEye 1500 Site IP68 Weld Purge Monitor API0500S

The Argweld PurgEye 1500 Site IP68 Weld Purge Monitor is a specialised instrument used in welding processes to monitor and control the oxygen levels in the vicinity of the weld. Designed for rugged and demanding environments, it is certified to IP68, which ensures its resistance to water and dust ingress, making it suitable for both above-ground and underwater applications. The PurgEye 1500 Site IP68 utilises advanced sensor technology to accurately measure oxygen levels as low as 10 parts per million (ppm) , enabling precise control of the purging process to create high-quality, defect-free welds in stainless steel, titanium, and other reactive metals. Its robust construction, user-friendly interface, and durable battery life make it an essential tool for welders working in challenging conditions where maintaining oxygen-free environments is critical. Benefits Accurate monitoring and control of oxygen levels during welding processes Certified to IP68, ensuring resistance to water and dust ingress Suitable for both above-ground and underwater applications Advanced sensor technology for precise measurement of oxygen levels from 1000ppm to 1 ppm Enables precise control of the purging process for high-quality, defect-free welds Robust construction for durability in rugged environments User-friendly interface for easy operation Long battery life for extended use in the field as well as mains-powered. What's In The Box PurgeNet Smart Cable for transferring Weld Purge Data PurgeLog Data Logging Software (USB Data Stick) Sample tube set with filter Sturdy protective storage carrying and presentation case (a spare/replacement case is available for purchase) Calibration Certificate (valid for 12 months) User Instruction Manual Mains power lead or cable with international plug adaptors FAQs 1. What is the intended application for the Argweld PurgEye Site Weld Purge Monitor? The PurgEye Site has been developed for use in extreme conditions such as might be found on a construction site. It is build into a robust, virtually indestructible case. For extreme weld quality control in aerospace, semiconductor, pharmaceutical, vacuum, biotech, food and drinks industries, petrochemical, oil and gas and all industries where pristine oxide free welds have to be achieved. Also, applications demanding extremely accurate readings from atmosphere right down to 10 parts per million (ppm) , such as welds made in titanium, duplex, nickel alloys and high specification stainless steels. 2. Does the Argweld PurgEye Site have a pump? Yes, there is an integral electro-mechanical pump. 3. What sort of sensor is used in the Argweld PurgEye Site? The PurgEye Site uses a solid state long life sensor of a unique design with a faster response time and greater stability of readings than other monitors. 4. My Company needs a calibration certificate once a year for all instruments. How do I obtain one? At present Huntingdon Fusion Techniques have calibration facilities in the UK, USA, Singapore and Norway. As time goes by they are planning to set up others. Once your instrument has been sent, it will be recalibrated and returned to you with a certificate within a few days. 5. Is the Argweld PurgEye Site Weld Purge Monitor sensitive to electrical high frequency disturbances? Each instrument has shielding to prevent most forms of interference. Quality control test and inspection criteria are designed to account for as many variables as possible. 6. I need to detect oxygen level in pipes preheated to 300C (572F) Can I use the Argweld PurgEye Site under these conditions? The Argweld PurgEye Weld Purge Monitors should not be exposed to gas at a temperature above 50C (122F) . Please contact us for information about exhaust purge gas cooling methods. 7. How safe is the monitor if I use it in rain or dust storms or if I drop it from a height? The case when sealed offers IP68 protection and when open it has IP65 protection. If the case is dropped from a great height it is unlikely that the monitor will suffer any damage. 8. Can Weld Purge Monitors only be used when purging with argon? The PurgEye Weld Purge Monitors measure the oxygen level within any gas, not only inert gases. They can be used to monitor the oxygen level when using inert gases such as argon and helium and also non-inert gases including nitrogen and nitrogen/hydrogen mixes. 9. What is PurgeNet? PurgeNetcontrols the welding power sources such as orbital welders and any other automatic welding systems to switch on and off according to oxygen levels, transferring data easily with the ability to link to external devices.

GBP 3299.99
1

Huntingdon Fusion Techniques Argweld Water Soluble Weld Purge Film Kit APF0001

Huntingdon Fusion Techniques Argweld Water Soluble Weld Purge Film Kit APF0001

The Argweld Weld Purge Film and Argweld Super Weld Purge Adhesive combine to create dams that form an impenetrable barrier during welding purging, ensuring optimal conditions. However, these dams can be effortlessly removed either during hydrostatic pipe testing or through regular washing, allowing for easy cleanup and maintenance. Avoid the drawbacks of paper-based weld purging products and purge paper cones that leave behind unwanted paper fibers, detrimental to clean weld purging. Instead, opt for the superior alternative: Weld Purge Film. Unlike paper and sponge products, this film does not contain water, ensuring the dissolvable purge dam it creates leaves no harmful fibers behind, thus safeguarding the weld integrity. This water-soluble weld purge film is also biodegradable, making it environmentally friendly, and it proves highly effective as a purge gas barrier during TIG welding when using a tandem pipe purging bladder is impractical. By utilizing Argweld Water Soluble Weld Purge Film in conjunction with Argweld Super Weld Purge Adhesive, manufacturing pipe purging dams becomes a hassle-free and cost-effective solution. Benefits - Weld Purge Film does not contain water, unlike paper and sponge products. - The film ensures that the dissolvable purge dam leaves no paper fibers behind, which can be harmful to the weld. - Water-soluble weld purge film is biodegradable, making it environmentally friendly. - It acts as an effective purge gas barrier during TIG welding when using a tandem pipe purging bladder is not practical. - Argweld Water Soluble Weld Purge Film and Argweld Super Weld Purge Adhesive provide an easy and cost-effective solution for manufacturing pipe purging dams. What's In The Box - 20 Square Metres of Argweld Water Soluble Weld Purge Film - Cutting Knife - 2 bottles of Weld Purge Film Super Adhesive - User Instruction Manual FAQs 1. I want to see the weld root and how it is forming and progressing. Can I do that with Argweld Water Soluble Weld Purge Film? Yes, the Argweld Water Soluble Weld Purge Film is transparent which allows welders or their assistants to see the weld root clearly during welding. 2. Why should I use Argweld Water Soluble Weld Purge Film, rather than other similar products in the market place? There are several reasons to use Argweld Water Soluble Weld Purge Film, some of which are: - It allows welders to see the weld root as the weld is progressing. - It arrives as a complete kit with Weld Purge Film, Water Soluble Super Adhesive, Safety Knife and User Instruction Manual. - The price is significantly lower than other water soluble products. - We keep large volumes of Argweld Water Soluble Weld Purge Film in stock at all times, so you will never be left halfway through a job without supplies. - Argweld Water Soluble Weld Purge Film Kits are purpose developed and manufactured for the Pipe Welding industries. 3. Can I use Argweld Water Soluble Weld Purge Film in a paper and pulp manufacturing plant? Yes. There are no harmful ingredients which will affect the paper making process. Our chemical analysis report is available on request. The film dissolves completely down to molecular level and doesn't form clumps the way that water soluble paper will. 4. Can you tell me about the Halides in the film and their levels? We can provide a Chemical Analysis document to show that the level of Halides in the Argweld Water Soluble Weld Purge Film is lower than the minimum levels which cause concern in the welding of stainless steel in, for example, nuclear facilities. 5. How do I fix Argweld Water Soluble Weld Purge Film inside pipes? We supply Argweld Water Soluble Super Adhesive and comprehensive instructions explaining how a purge film adhesive dries and fixes the purge film dam much better inside pipes. 6. Is Argweld Water Soluble Weld Purge Film the same material as Dissolvo? There are two products on the market place under the name Dissolvo. One is a water dispersible paper. The other is a PVOH plastic film. These products are in no way connected with Huntingdon Fusion Techniques HFT or in our product range. 7. I have tried using paper dams and cones do not stick well inside pipes. Will the film work any better? Argweld Water Soluble Super Adhesive fixes the Argweld Water Soluble Weld Purge Film dam very securely to the pipe wall and creates an impenetrable barrier until water arrives to wash it away. 8. Will Argweld Water Soluble Weld Purge Film burn? Argweld Water Soluble Weld Purge Film does not ignite if the temperature becomes too hot. 9. Where can I obtain Argweld Water Soluble Weld Purge Film Kits? Argweld Water Soluble Weld Purge Film is solely and exclusively manufactured by Huntingdon Fusion Techniques HFT and can be purchased directly from Express Weldcare Services (EWS). 10. How soluble are these purging materials? The Argweld Water Soluble Weld Purge Film dissolves completely down to the molecular level. Other water soluble products may only be

GBP 159.99
1

Huntingdon Fusion Techniques Pipestoppers Heat Resistant Covers for Inflatable & PetroChem Stoppers - 51mm

Huntingdon Fusion Techniques Pipestoppers Heat Resistant Covers for Inflatable & PetroChem Stoppers - 279mm

Huntingdon Fusion Techniques Pipestoppers Heat Resistant Covers for Inflatable & PetroChem Stoppers - 254mm

Huntingdon Fusion Techniques Pipestoppers Heat Resistant Covers for Inflatable & PetroChem Stoppers - 102mm

Huntingdon Fusion Techniques Pipestoppers Heat Resistant Covers for Inflatable & PetroChem Stoppers - 178mm

Huntingdon Fusion Techniques Pipestoppers Heat Resistant Covers for Inflatable & PetroChem Stoppers - 152mm

Huntingdon Fusion Techniques Pipestoppers Heat Resistant Covers for Inflatable & PetroChem Stoppers - 76mm

Huntingdon Fusion Techniques Pipestoppers Heat Resistant Covers for Inflatable & PetroChem Stoppers - 305mm

Huntingdon Fusion Techniques Pipestoppers Heat Resistant Covers for Inflatable & PetroChem Stoppers - 127mm

Huntingdon Fusion Techniques Pipestoppers Heat Resistant Covers for Inflatable & PetroChem Stoppers - 229mm

Huntingdon Fusion Techniques Pipestoppers Heat Resistant Covers for Inflatable & PetroChem Stoppers - 203mm

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

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 - QF4100-WOC

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

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 2499.99
1

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

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 - QF4200-WOC

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 - QF4250-WOC

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 - QF6250-WOC

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 - QF8100-WOC

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

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 619.99
1

Huntingdon Fusion Techniques Qwik-Freezer Portable Pipe Freezing Equipment Kit - QF8000-WOC

Huntingdon Fusion Techniques Qwik-Freezer Portable Pipe Freezing Equipment Kit - QF8000-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 6199.99
1