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Huntingdon Fusion Techniques PurgEye 600 Touch Screen Weld Purge Monitor API0600

Huntingdon Fusion Techniques PurgEye 600 Touch Screen Weld Purge Monitor API0600

The PurgEye 600 Weld Purge Monitor is an advanced device used in welding applications to measure and monitor the oxygen level during the purging process. It ensures the quality and integrity of welds by accurately measuring oxygen levels down to 10 parts per million (ppm) The device features a large, easy-to-read color touchscreen display, allowing users to view real-time data and make adjustments as needed. It also offers a built-in data logging capability, enabling the recording and analysis of welding parameters for quality control purposes. With its durable construction and user-friendly interface, the PurgEye 600 is a reliable tool that assists welders in achieving precise and high-quality welds while minimizing the risk of oxidation and defects. Benefits Ensures the quality and integrity of welds by monitoring oxygen levels Allows precise control of the purging process to minimise oxidation and defects Provides accurate and reliable measurement down to 10 ppm Easy-to-read colour touchscreen display for convenient operation Data logging capability for quality control and analysis purposes Durable construction for reliable performance in challenging welding environments Assists in achieving high-quality welds and reducing rework Improves overall welding efficiency and productivity Features Accurate measurement and monitoring of oxygen levels during welding purging process Detects oxygen levels down to 10 parts per million (ppm) Large colour touchscreen display for easy reading and navigation Real-time data viewing and adjustment capabilities Built-in data logging for recording and analysis of welding parameters Durable construction for reliable performance in demanding welding environments Assists in achieving precise and high-quality welds Minimises the risk of oxidation and defects in welds What's In The Box PurgEye 600 Weld Purge Monitor 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

GBP 3699.99
1

Huntingdon Fusion Techniques Flexible Welding Enclosures/Bays - 1778mm

Huntingdon Fusion Techniques Flexible Welding Enclosures/Bays - 1778mm

Argweld Flexible Welding Enclosures offer rapid purging times, reaching oxygen levels as low as a few parts per million (ppm) These affordable welding chambers are particularly well-suited for welding titanium, zirconium, and other reactive metals, as well as for WAAM Additive Manufacturing. They are ideal for small production quantities requiring complete gas coverage, providing a cost-effective alternative to rigid chamber boxes. The enclosures are available in various sizes, including standard sizes for immediate delivery. Designed and manufactured by HFT, Argweld Flexible Welding Enclosures are a practical choice when a rigid chamber is not economically viable, space is limited, or ease of welding is a priority. They are suitable for joining titanium alloy parts, reactive metal components, and even for welding titanium parts on bicycles, motorbikes, sports gear, and small batches of small parts. Additionally, the enclosures are compatible with Wire plus Arc Additive Manufacturing (WAAM) , enabling the production of ready-made components by welding thin layers of powder or liquid metal drops together, eliminating the need for extensive machining and material waste. Benefits Rapid purging time down to a few parts per million (ppm) of oxygen Ultra low cost compared to rigid chamber boxes Ideal for welding titanium, zirconium, and other reactive metals Suitable for Wire plus Arc Additive Manufacturing (WAAM) Available in various sizes, including standard sizes for immediate delivery Economically viable alternative when a rigid chamber is not practical Space-saving solution for applications where space is limited Easy to use for welding purposes Suitable for joining titanium alloy parts, reactive metal components, and small batches of small parts Eliminates the need for extensive machining and material waste in WAAM Additional Options: Extra pairs of glove ports Special lock for the purging port to maintain purge argon in the chamber Other sizes and shapes are available as non-standard items on special request FAQs Do these plastic Argweld Flexible Welding Enclosures really work and are they good enough for welding titanium? Yes, there are hundreds in successful use all over the world. A customer list is available. One of the big users is Rolls-Royce who have been using them for many years. They and some other customers have purchased multiples. What about all the sparks, don't they melt the plastic? It is not usual for TIG welding to produce sparks. Won't the hot metal melt the plastic? Yes, it would if the hot metal touches the plastic. One of the reasons for putting the weldment in an enclosure is to prevent the oxygen contacting the weld when hot, so the part must not be removed from the enclosure until it is cold. When a hot part has to be moved to weld another component, there will be a metal skirt be placed around the periphery of the baseplate inside the enclosure. Can Huntingdon Fusion Techniques HFT supply the internal baseplate and purge lines? Our concept is to ship the Argweld Flexible Welding Enclosures internationally for the user to manufacture their own metalwork to suit. Most people welding titanium or other reactive metals have their own manufacturing capabilities and it is more appropriate for them to fabricate the components according to the comprehensive instructions provided. Is it possible to use a vacuum pump to evacuate the enclosure quickly to purge it faster? Because Argweld Flexible Welding Enclosures can be collapsed around the parts to be welded, purge volume is so small that the purging time is minimised. What is the largest component I can put into the Enclosures? The standard zip lengths are: 900 mm diameter Round Enclosure 1430 mm long 1200 mm diameter Round Enclosure 1900 mm long 1500 mm diameter Round Enclosure 2390 mm long 1800 mm diameter Round Enclosure 2900 mm long This means only parts which can go through these openings can be put into the standard Argweld Flexible Welding Enclosure. There are however longer zips available and different designs. Why does the enclosure deflate when I turn the gas off? All purging applications require a continual flow of inert gas until the welding and requirement for purging is complete. The Argweld Flexible Welding Enclosures are recommended to be purged with a flow rate between 2 to 5 litres per minute. Continuous purging will remove traces of oxygen and hydrogen generated during welding. Should gas be escaping from the valve? The black exhaust valve on top of the enclosure is designed to vent gases from inside the Argweld Flexible Welding Enclosures. Gas will escape through the valve as the enclosure inflates and when operators put arms inside sleeves. The valve can exhaust flow rates of 1 to 10 LPM. There are two membranes inside the valve. One can be removed by the operator if desired. Our intention is that the valve will only exhaust low flow rates, to minimise gas consumption and

GBP 3299.99
1

Huntingdon Fusion Techniques Flexible Welding Enclosures/Bays - 914mm

Huntingdon Fusion Techniques Flexible Welding Enclosures/Bays - 914mm

Argweld Flexible Welding Enclosures offer rapid purging times, reaching oxygen levels as low as a few parts per million (ppm) These affordable welding chambers are particularly well-suited for welding titanium, zirconium, and other reactive metals, as well as for WAAM Additive Manufacturing. They are ideal for small production quantities requiring complete gas coverage, providing a cost-effective alternative to rigid chamber boxes. The enclosures are available in various sizes, including standard sizes for immediate delivery. Designed and manufactured by HFT, Argweld Flexible Welding Enclosures are a practical choice when a rigid chamber is not economically viable, space is limited, or ease of welding is a priority. They are suitable for joining titanium alloy parts, reactive metal components, and even for welding titanium parts on bicycles, motorbikes, sports gear, and small batches of small parts. Additionally, the enclosures are compatible with Wire plus Arc Additive Manufacturing (WAAM) , enabling the production of ready-made components by welding thin layers of powder or liquid metal drops together, eliminating the need for extensive machining and material waste. Benefits Rapid purging time down to a few parts per million (ppm) of oxygen Ultra low cost compared to rigid chamber boxes Ideal for welding titanium, zirconium, and other reactive metals Suitable for Wire plus Arc Additive Manufacturing (WAAM) Available in various sizes, including standard sizes for immediate delivery Economically viable alternative when a rigid chamber is not practical Space-saving solution for applications where space is limited Easy to use for welding purposes Suitable for joining titanium alloy parts, reactive metal components, and small batches of small parts Eliminates the need for extensive machining and material waste in WAAM Additional Options: Extra pairs of glove ports Special lock for the purging port to maintain purge argon in the chamber Other sizes and shapes are available as non-standard items on special request FAQs Do these plastic Argweld Flexible Welding Enclosures really work and are they good enough for welding titanium? Yes, there are hundreds in successful use all over the world. A customer list is available. One of the big users is Rolls-Royce who have been using them for many years. They and some other customers have purchased multiples. What about all the sparks, don't they melt the plastic? It is not usual for TIG welding to produce sparks. Won't the hot metal melt the plastic? Yes, it would if the hot metal touches the plastic. One of the reasons for putting the weldment in an enclosure is to prevent the oxygen contacting the weld when hot, so the part must not be removed from the enclosure until it is cold. When a hot part has to be moved to weld another component, there will be a metal skirt be placed around the periphery of the baseplate inside the enclosure. Can Huntingdon Fusion Techniques HFT supply the internal baseplate and purge lines? Our concept is to ship the Argweld Flexible Welding Enclosures internationally for the user to manufacture their own metalwork to suit. Most people welding titanium or other reactive metals have their own manufacturing capabilities and it is more appropriate for them to fabricate the components according to the comprehensive instructions provided. Is it possible to use a vacuum pump to evacuate the enclosure quickly to purge it faster? Because Argweld Flexible Welding Enclosures can be collapsed around the parts to be welded, purge volume is so small that the purging time is minimised. What is the largest component I can put into the Enclosures? The standard zip lengths are: 900 mm diameter Round Enclosure 1430 mm long 1200 mm diameter Round Enclosure 1900 mm long 1500 mm diameter Round Enclosure 2390 mm long 1800 mm diameter Round Enclosure 2900 mm long This means only parts which can go through these openings can be put into the standard Argweld Flexible Welding Enclosure. There are however longer zips available and different designs. Please contact us if you require a bespoke enclosure. Why does the enclosure deflate when I turn the gas off? All purging applications require a continual flow of inert gas until the welding and requirement for purging is complete. The Argweld Flexible Welding Enclosures are recommended to be purged with a flow rate between 2 to 5 litres per minute. Continuous purging will remove traces of oxygen and hydrogen generated during welding. Should gas be escaping from the valve? The black exhaust valve on top of the enclosure is designed to vent gases from inside the Argweld Flexible Welding Enclosures. Gas will escape through the valve as the enclosure inflates and when operators put arms inside sleeves. The valve can exhaust flow rates of 1 to 10 LPM. There are two membranes inside the valve. One can be removed by the operator if desired. Our intention is that the valve will only exhaust

GBP 2499.99
1

Huntingdon Fusion Techniques Flexible Welding Enclosures/Bays - 1524mm

Huntingdon Fusion Techniques Flexible Welding Enclosures/Bays - 1524mm

Argweld Flexible Welding Enclosures offer rapid purging times, reaching oxygen levels as low as a few parts per million (ppm) These affordable welding chambers are particularly well-suited for welding titanium, zirconium, and other reactive metals, as well as for WAAM Additive Manufacturing. They are ideal for small production quantities requiring complete gas coverage, providing a cost-effective alternative to rigid chamber boxes. The enclosures are available in various sizes, including standard sizes for immediate delivery. Designed and manufactured by HFT, Argweld Flexible Welding Enclosures are a practical choice when a rigid chamber is not economically viable, space is limited, or ease of welding is a priority. They are suitable for joining titanium alloy parts, reactive metal components, and even for welding titanium parts on bicycles, motorbikes, sports gear, and small batches of small parts. Additionally, the enclosures are compatible with Wire plus Arc Additive Manufacturing (WAAM) , enabling the production of ready-made components by welding thin layers of powder or liquid metal drops together, eliminating the need for extensive machining and material waste. Benefits Rapid purging time down to a few parts per million (ppm) of oxygen Ultra low cost compared to rigid chamber boxes Ideal for welding titanium, zirconium, and other reactive metals Suitable for Wire plus Arc Additive Manufacturing (WAAM) Available in various sizes, including standard sizes for immediate delivery Economically viable alternative when a rigid chamber is not practical Space-saving solution for applications where space is limited Easy to use for welding purposes Suitable for joining titanium alloy parts, reactive metal components, and small batches of small parts Eliminates the need for extensive machining and material waste in WAAM Additional Options: Extra pairs of glove ports Special lock for the purging port to maintain purge argon in the chamber Other sizes and shapes are available as non-standard items on special request FAQs Do these plastic Argweld Flexible Welding Enclosures really work and are they good enough for welding titanium? Yes, there are hundreds in successful use all over the world. A customer list is available. One of the big users is Rolls-Royce who have been using them for many years. They and some other customers have purchased multiples. What about all the sparks, don't they melt the plastic? It is not usual for TIG welding to produce sparks. Won't the hot metal melt the plastic? Yes, it would if the hot metal touches the plastic. One of the reasons for putting the weldment in an enclosure is to prevent the oxygen contacting the weld when hot, so the part must not be removed from the enclosure until it is cold. When a hot part has to be moved to weld another component, there will be a metal skirt be placed around the periphery of the baseplate inside the enclosure. Can Huntingdon Fusion Techniques HFT supply the internal baseplate and purge lines? Our concept is to ship the Argweld Flexible Welding Enclosures internationally for the user to manufacture their own metalwork to suit. Most people welding titanium or other reactive metals have their own manufacturing capabilities and it is more appropriate for them to fabricate the components according to the comprehensive instructions provided. Is it possible to use a vacuum pump to evacuate the enclosure quickly to purge it faster? Because Argweld Flexible Welding Enclosures can be collapsed around the parts to be welded, purge volume is so small that the purging time is minimised. What is the largest component I can put into the Enclosures? The standard zip lengths are: 900 mm diameter Round Enclosure 1430 mm long 1200 mm diameter Round Enclosure 1900 mm long 1500 mm diameter Round Enclosure 2390 mm long 1800 mm diameter Round Enclosure 2900 mm long This means only parts which can go through these openings can be put into the standard Argweld Flexible Welding Enclosure. There are however longer zips available and different designs. Please contact us if you require a bespoke enclosure. Why does the enclosure deflate when I turn the gas off? All purging applications require a continual flow of inert gas until the welding and requirement for purging is complete. The Argweld Flexible Welding Enclosures are recommended to be purged with a flow rate between 2 to 5 litres per minute. Continuous purging will remove traces of oxygen and hydrogen generated during welding. Should gas be escaping from the valve? The black exhaust valve on top of the enclosure is designed to vent gases from inside the Argweld Flexible Welding Enclosures. Gas will escape through the valve as the enclosure inflates and when operators put arms inside sleeves. The valve can exhaust flow rates of 1 to 10 LPM. There are two membranes inside the valve. One can be removed by the operator if desired. Our intention is that the valve

GBP 3099.99
1

Huntingdon Fusion Techniques Flexible Welding Enclosures/Bays - 1219mm

Huntingdon Fusion Techniques Flexible Welding Enclosures/Bays - 1219mm

Argweld Flexible Welding Enclosures offer rapid purging times, reaching oxygen levels as low as a few parts per million (ppm) These affordable welding chambers are particularly well-suited for welding titanium, zirconium, and other reactive metals, as well as for WAAM Additive Manufacturing. They are ideal for small production quantities requiring complete gas coverage, providing a cost-effective alternative to rigid chamber boxes. The enclosures are available in various sizes, including standard sizes for immediate delivery. Designed and manufactured by HFT, Argweld Flexible Welding Enclosures are a practical choice when a rigid chamber is not economically viable, space is limited, or ease of welding is a priority. They are suitable for joining titanium alloy parts, reactive metal components, and even for welding titanium parts on bicycles, motorbikes, sports gear, and small batches of small parts. Additionally, the enclosures are compatible with Wire plus Arc Additive Manufacturing (WAAM) , enabling the production of ready-made components by welding thin layers of powder or liquid metal drops together, eliminating the need for extensive machining and material waste. Benefits Rapid purging time down to a few parts per million (ppm) of oxygen Ultra low cost compared to rigid chamber boxes Ideal for welding titanium, zirconium, and other reactive metals Suitable for Wire plus Arc Additive Manufacturing (WAAM) Available in various sizes, including standard sizes for immediate delivery Economically viable alternative when a rigid chamber is not practical Space-saving solution for applications where space is limited Easy to use for welding purposes Suitable for joining titanium alloy parts, reactive metal components, and small batches of small parts Eliminates the need for extensive machining and material waste in WAAM Additional Options: Extra pairs of glove ports Special lock for the purging port to maintain purge argon in the chamber Other sizes and shapes are available as non-standard items on special request FAQs Do these plastic Argweld Flexible Welding Enclosures really work and are they good enough for welding titanium? Yes, there are hundreds in successful use all over the world. A customer list is available. One of the big users is Rolls-Royce who have been using them for many years. They and some other customers have purchased multiples. What about all the sparks, don't they melt the plastic? It is not usual for TIG welding to produce sparks. Won't the hot metal melt the plastic? Yes, it would if the hot metal touches the plastic. One of the reasons for putting the weldment in an enclosure is to prevent the oxygen contacting the weld when hot, so the part must not be removed from the enclosure until it is cold. When a hot part has to be moved to weld another component, there will be a metal skirt be placed around the periphery of the baseplate inside the enclosure. Can Huntingdon Fusion Techniques HFT supply the internal baseplate and purge lines? Our concept is to ship the Argweld Flexible Welding Enclosures internationally for the user to manufacture their own metalwork to suit. Most people welding titanium or other reactive metals have their own manufacturing capabilities and it is more appropriate for them to fabricate the components according to the comprehensive instructions provided. Is it possible to use a vacuum pump to evacuate the enclosure quickly to purge it faster? Because Argweld Flexible Welding Enclosures can be collapsed around the parts to be welded, purge volume is so small that the purging time is minimised. What is the largest component I can put into the Enclosures? The standard zip lengths are: 900 mm diameter Round Enclosure 1430 mm long 1200 mm diameter Round Enclosure 1900 mm long 1500 mm diameter Round Enclosure 2390 mm long 1800 mm diameter Round Enclosure 2900 mm long This means only parts which can go through these openings can be put into the standard Argweld Flexible Welding Enclosure. There are however longer zips available and different designs. Please contact us if you require a bespoke enclosure. Why does the enclosure deflate when I turn the gas off? All purging applications require a continual flow of inert gas until the welding and requirement for purging is complete. The Argweld Flexible Welding Enclosures are recommended to be purged with a flow rate between 2 to 5 litres per minute. Continuous purging will remove traces of oxygen and hydrogen generated during welding. Should gas be escaping from the valve? The black exhaust valve on top of the enclosure is designed to vent gases from inside the Argweld Flexible Welding Enclosures. Gas will escape through the valve as the enclosure inflates and when operators put arms inside sleeves. The valve can exhaust flow rates of 1 to 10 LPM. There are two membranes inside the valve. One can be removed by the operator if desired. Our intention is that the valve will only exhaust

GBP 2999.99
1

Huntingdon Fusion Techniques PurgeNet Weld Machine Interface Lead PNA-01

Huntingdon Fusion Techniques PurgeNet Weld Machine Interface Lead PNA-01

The PurgeNet Machine Interface revolutionises the Weld Purge Monitor by enabling users to set a minimum parts per million (PPM) level in alignment with the welding parameters. If the oxygen content in the purge gas drops to this level during welding, the interface triggers an automatic shutdown of the welding power source, temporarily halting the welding process until the PPM level increases again. This feature is indispensable for critical welds as it guarantees consistent weld quality on every occasion. The interface connects to the port on the Weld Purge Monitor, and it also accommodates an optional PurgeAlarm Visual Alarm Indicator. Furthermore, the lead facilitates charging for the Weld Purge Monitor and enables communication of oxygen readings through industry-standard 4020A current loop and relay signals. Additionally, the interface incorporates a power supply that can charge and power the PurgEye using a standard 12-24V supply commonly found in industrial machines. FAQs 1. What is the PurgeNet Machine Interface? PurgeNet Machine interface is used for communicating the current oxygen readings from your PurgEye Weld Purge Monitor to another piece of equipment, such as a Welding Power Source. 2. Which Weld Purge Monitors are compatible with the PurgeNet Machine Interface? The PurgeNet Machine Interface is compatible with the PurgEye 200, 500 Desk, 600, 1000 Remote and 1500 Site. 3. How does the PurgeNet Machine Interface connect? Essentially, the PurgeNet Machine Interface is a lead that connects to the port on the Weld Purge Monitor. Charging can also be facilitated from this lead as can the use of other PurgeNet accessories. 4. How are oxygen readings communicated? A minimum PPM level is set on the Weld Purge Monitor by the user, in accordance with the welding parameter, and if during the weld, the oxygen content in the purge gas falls to this, the welding power source automatically switches off, pausing the welding process until the PPM level has risen again. Oxygen readings are communicated through industry standard 4020A current loop and relay signals.

GBP 569.99
1

Huntingdon Fusion Techniques PetroChem Stoppers - 254mm

Huntingdon Fusion Techniques PetroChem Stoppers - 254mm

The Inflatable PetroChem Pipe Stoppers are constructed with a premium latex rubber internal inflatable bag and shielded by a durable layer resistant to petrochemicals, featuring a robust nylon cover impregnated with woven polyurethane. These Stoppers can be easily inflated through a valve located at the end of the inflation hose, using either a standard foot pump or compressor. The recommended maximum temperature for this standard range is 80C (176F). Applications All petrochemical operations where hydrocarbons are present in liquid and gas form. Debris stopping during machining operations where pipes have had hydrocarbon liquids or solids inside. Leak testing of pipework systems where pipes have had hydrocarbon liquids or solids inside. Low-pressure hydrostatic tests where pipes have had hydrocarbon liquid or solids inside. On-site thermoforming of bends in ducting and conduit materials. Fibre-optic construction projects. Debris and animal barriers for overnight protection of pipelines where pipes have had hydrocarbon liquids or solids inside. Plumbing operations. FAQs 1. What is the maximum temperature range for PetroChem Stoppers? The recommended maximum temperature for this standard range is 80C (176F). 2. What is the size range for PetroChem Stoppers? The size range is 1 - 44" (25 - 1, 118 mm). 3. How do I inflate the Stoppers? Each Stopper is designed and fitted with a standard Schrader valve, which will attach to any foot pump or compressor. 4. Can the PetroChem Stoppers be used with Heat Covers for higher heat protection? Yes, Heat Covers are available, which will provide protection up to 300C (572F). 5. Can I have the inflation hose any longer? Yes, simply specify when ordering and your required length can be fitted for a small surcharge. 6. Are PetroChem Stoppers kept in stock? We do keep a number of PetroChem Stoppers in stock. 7. What is the maximum inflation pressure? This depends on the diameter of the stopper. Full details per size can be found in the User Instruction Manual, but also stamped onto each stopper for safety purposes. 8. Can the stopper be used more than once? Yes, it can be used time and time again, provided it isn't overinflated and kept in good condition.

GBP 129.99
1

Huntingdon Fusion Techniques PetroChem Stoppers - 864mm

Huntingdon Fusion Techniques PetroChem Stoppers - 864mm

The Inflatable PetroChem Pipe Stoppers are constructed with a premium latex rubber internal inflatable bag and shielded by a durable layer resistant to petrochemicals, featuring a robust nylon cover impregnated with woven polyurethane. These Stoppers can be easily inflated through a valve located at the end of the inflation hose, using either a standard foot pump or compressor. The recommended maximum temperature for this standard range is 80C (176F). Applications All petrochemical operations where hydrocarbons are present in liquid and gas form. Debris stopping during machining operations where pipes have had hydrocarbon liquids or solids inside. Leak testing of pipework systems where pipes have had hydrocarbon liquids or solids inside. Low-pressure hydrostatic tests where pipes have had hydrocarbon liquid or solids inside. On-site thermoforming of bends in ducting and conduit materials. Fibre-optic construction projects. Debris and animal barriers for overnight protection of pipelines where pipes have had hydrocarbon liquids or solids inside. Plumbing operations. FAQs 1. What is the maximum temperature range for PetroChem Stoppers? The recommended maximum temperature for this standard range is 80C (176F). 2. What is the size range for PetroChem Stoppers? The size range is 1 - 44" (25 - 1, 118 mm). 3. How do I inflate the Stoppers? Each Stopper is designed and fitted with a standard Schrader valve, which will attach to any foot pump or compressor. 4. Can the PetroChem Stoppers be used with Heat Covers for higher heat protection? Yes, Heat Covers are available, which will provide protection up to 300C (572F). 5. Can I have the inflation hose any longer? Yes, simply specify when ordering and your required length can be fitted for a small surcharge. 6. Are PetroChem Stoppers kept in stock? We do keep a number of PetroChem Stoppers in stock. 7. What is the maximum inflation pressure? This depends on the diameter of the stopper. Full details per size can be found in the User Instruction Manual, but also stamped onto each stopper for safety purposes. 8. Can the stopper be used more than once? Yes, it can be used time and time again, provided it isn't overinflated and kept in good condition.

GBP 619.99
1

Huntingdon Fusion Techniques PetroChem Stoppers - 914mm

Huntingdon Fusion Techniques PetroChem Stoppers - 914mm

The Inflatable PetroChem Pipe Stoppers are constructed with a premium latex rubber internal inflatable bag and shielded by a durable layer resistant to petrochemicals, featuring a robust nylon cover impregnated with woven polyurethane. These Stoppers can be easily inflated through a valve located at the end of the inflation hose, using either a standard foot pump or compressor. The recommended maximum temperature for this standard range is 80C (176F). Applications All petrochemical operations where hydrocarbons are present in liquid and gas form. Debris stopping during machining operations where pipes have had hydrocarbon liquids or solids inside. Leak testing of pipework systems where pipes have had hydrocarbon liquids or solids inside. Low-pressure hydrostatic tests where pipes have had hydrocarbon liquid or solids inside. On-site thermoforming of bends in ducting and conduit materials. Fibre-optic construction projects. Debris and animal barriers for overnight protection of pipelines where pipes have had hydrocarbon liquids or solids inside. Plumbing operations. FAQs 1. What is the maximum temperature range for PetroChem Stoppers? The recommended maximum temperature for this standard range is 80C (176F). 2. What is the size range for PetroChem Stoppers? The size range is 1 - 44" (25 - 1, 118 mm). 3. How do I inflate the Stoppers? Each Stopper is designed and fitted with a standard Schrader valve, which will attach to any foot pump or compressor. 4. Can the PetroChem Stoppers be used with Heat Covers for higher heat protection? Yes, Heat Covers are available, which will provide protection up to 300C (572F). 5. Can I have the inflation hose any longer? Yes, simply specify when ordering and your required length can be fitted for a small surcharge. 6. Are PetroChem Stoppers kept in stock? We do keep a number of PetroChem Stoppers in stock. 7. What is the maximum inflation pressure? This depends on the diameter of the stopper. Full details per size can be found in the User Instruction Manual, but also stamped onto each stopper for safety purposes. 8. Can the stopper be used more than once? Yes, it can be used time and time again, provided it isn't overinflated and kept in good condition.

GBP 699.99
1

Huntingdon Fusion Techniques PetroChem Stoppers - 305mm

Huntingdon Fusion Techniques PetroChem Stoppers - 305mm

The Inflatable PetroChem Pipe Stoppers are constructed with a premium latex rubber internal inflatable bag and shielded by a durable layer resistant to petrochemicals, featuring a robust nylon cover impregnated with woven polyurethane. These Stoppers can be easily inflated through a valve located at the end of the inflation hose, using either a standard foot pump or compressor. The recommended maximum temperature for this standard range is 80C (176F). Applications All petrochemical operations where hydrocarbons are present in liquid and gas form. Debris stopping during machining operations where pipes have had hydrocarbon liquids or solids inside. Leak testing of pipework systems where pipes have had hydrocarbon liquids or solids inside. Low-pressure hydrostatic tests where pipes have had hydrocarbon liquid or solids inside. On-site thermoforming of bends in ducting and conduit materials. Fibre-optic construction projects. Debris and animal barriers for overnight protection of pipelines where pipes have had hydrocarbon liquids or solids inside. Plumbing operations. FAQs 1. What is the maximum temperature range for PetroChem Stoppers? The recommended maximum temperature for this standard range is 80C (176F). 2. What is the size range for PetroChem Stoppers? The size range is 1 - 44" (25 - 1,118 mm). 3. How do I inflate the Stoppers? Each Stopper is designed and fitted with a standard Schrader valve, which will attach to any foot pump or compressor. 4. Can the PetroChem Stoppers be used with Heat Covers for higher heat protection? Yes, Heat Covers are available, which will provide protection up to 300C (572F). 5. Can I have the inflation hose any longer? Yes, simply specify when ordering and your required length can be fitted for a small surcharge. 6. Are PetroChem Stoppers kept in stock? We do keep a number of PetroChem Stoppers in stock. 7. What is the maximum inflation pressure? This depends on the diameter of the stopper. Full details per size can be found in the User Instruction Manual, but also stamped onto each stopper for safety purposes. 8. Can the stopper be used more than once? Yes, it can be used time and time again, provided it isn't overinflated and kept in good condition.

GBP 139.99
1

Huntingdon Fusion Techniques PetroChem Stoppers - 457mm

Huntingdon Fusion Techniques PetroChem Stoppers - 457mm

The Inflatable PetroChem Pipe Stoppers are constructed with a premium latex rubber internal inflatable bag and shielded by a durable layer resistant to petrochemicals, featuring a robust nylon cover impregnated with woven polyurethane. These Stoppers can be easily inflated through a valve located at the end of the inflation hose, using either a standard foot pump or compressor. The recommended maximum temperature for this standard range is 80C (176F). Applications All petrochemical operations where hydrocarbons are present in liquid and gas form. Debris stopping during machining operations where pipes have had hydrocarbon liquids or solids inside. Leak testing of pipework systems where pipes have had hydrocarbon liquids or solids inside. Low-pressure hydrostatic tests where pipes have had hydrocarbon liquid or solids inside. On-site thermoforming of bends in ducting and conduit materials. Fibre-optic construction projects. Debris and animal barriers for overnight protection of pipelines where pipes have had hydrocarbon liquids or solids inside. Plumbing operations. FAQs 1. What is the maximum temperature range for PetroChem Stoppers? The recommended maximum temperature for this standard range is 80C (176F). 2. What is the size range for PetroChem Stoppers? The size range is 1 - 44" (25 - 1,118 mm). 3. How do I inflate the Stoppers? Each Stopper is designed and fitted with a standard Schrader valve, which will attach to any foot pump or compressor. 4. Can the PetroChem Stoppers be used with Heat Covers for higher heat protection? Yes, Heat Covers are available, which will provide protection up to 300C (572F). 5. Can I have the inflation hose any longer? Yes, simply specify your required length and it can be fitted for a small surcharge. 6. Are PetroChem Stoppers kept in stock? We do keep a number of PetroChem Stoppers in stock. 7. What is the maximum inflation pressure? This depends on the diameter of the stopper. Full details per size can be found in the User Instruction Manual, but also stamped onto each stopper for safety purposes. 8. Can the stopper be used more than once? Yes, it can be used time and time again, provided it isn't overinflated and kept in good condition.

GBP 269.99
1

Huntingdon Fusion Techniques PetroChem Stoppers - 533mm

Huntingdon Fusion Techniques PetroChem Stoppers - 533mm

The Inflatable PetroChem Pipe Stoppers are constructed with a premium latex rubber internal inflatable bag and shielded by a durable layer resistant to petrochemicals, featuring a robust nylon cover impregnated with woven polyurethane. These Stoppers can be easily inflated through a valve located at the end of the inflation hose, using either a standard foot pump or compressor. The recommended maximum temperature for this standard range is 80C (176F). Applications All petrochemical operations where hydrocarbons are present in liquid and gas form. Debris stopping during machining operations where pipes have had hydrocarbon liquids or solids inside. Leak testing of pipework systems where pipes have had hydrocarbon liquids or solids inside. Low-pressure hydrostatic tests where pipes have had hydrocarbon liquid or solids inside. On-site thermoforming of bends in ducting and conduit materials. Fibre-optic construction projects. Debris and animal barriers for overnight protection of pipelines where pipes have had hydrocarbon liquids or solids inside. Plumbing operations. FAQs 1. What is the maximum temperature range for PetroChem Stoppers? The recommended maximum temperature for this standard range is 80C (176F). 2. What is the size range for PetroChem Stoppers? The size range is 1 - 44" (25 - 1,118 mm). 3. How do I inflate the Stoppers? Each Stopper is designed and fitted with a standard Schrader valve, which will attach to any foot pump or compressor. 4. Can the PetroChem Stoppers be used with Heat Covers for higher heat protection? Yes, Heat Covers are available, which will provide protection up to 300C (572F). 5. Can I have the inflation hose any longer? Yes, simply specify your required length. 6. Are PetroChem Stoppers kept in stock? We do keep a number of PetroChem Stoppers in stock. 7. What is the maximum inflation pressure? This depends on the diameter of the stopper. Full details per size can be found in the User Instruction Manual, but also stamped onto each stopper for safety purposes. 8. Can the stopper be used more than once? Yes, it can be used time and time again, provided it isn't overinflated and kept in good condition.

GBP 249.99
1

Huntingdon Fusion Techniques PetroChem Stoppers - 51mm

Huntingdon Fusion Techniques PetroChem Stoppers - 51mm

The Inflatable PetroChem Pipe Stoppers are constructed with a premium latex rubber internal inflatable bag and shielded by a durable layer resistant to petrochemicals, featuring a robust nylon cover impregnated with woven polyurethane. These Stoppers can be easily inflated through a valve located at the end of the inflation hose, using either a standard foot pump or compressor. The recommended maximum temperature for this standard range is 80C (176F). Applications All petrochemical operations where hydrocarbons are present in liquid and gas form. Debris stopping during machining operations where pipes have had hydrocarbon liquids or solids inside. Leak testing of pipework systems where pipes have had hydrocarbon liquids or solids inside. Low-pressure hydrostatic tests where pipes have had hydrocarbon liquid or solids inside. On-site thermoforming of bends in ducting and conduit materials. Fibre-optic construction projects. Debris and animal barriers for overnight protection of pipelines where pipes have had hydrocarbon liquids or solids inside. Plumbing operations. FAQs 1. What is the maximum temperature range for PetroChem Stoppers? The recommended maximum temperature for this standard range is 80C (176F). 2. What is the size range for PetroChem Stoppers? The size range is 1 - 44" (25 - 1, 118 mm). 3. How do I inflate the Stoppers? Each Stopper is designed and fitted with a standard Schrader valve, which will attach to any foot pump or compressor. 4. Can the PetroChem Stoppers be used with Heat Covers for higher heat protection? Yes, Heat Covers are available, which will provide protection up to 300C (572F). 5. Can I have the inflation hose any longer? Yes, simply specify your required length, and it can be fitted for a small surcharge. 6. Are PetroChem Stoppers kept in stock? We do keep a number of PetroChem Stoppers in stock. 7. What is the maximum inflation pressure? This depends on the diameter of the stopper. Full details per size can be found in the User Instruction Manual, but also stamped onto each stopper for safety purposes. 8. Can the stopper be used more than once? Yes, it can be used time and time again, provided it isn't overinflated and kept in good condition.

GBP 104.99
1

Huntingdon Fusion Techniques PetroChem Stoppers - 787mm

Huntingdon Fusion Techniques PetroChem Stoppers - 787mm

The Inflatable PetroChem Pipe Stoppers are constructed with a premium latex rubber internal inflatable bag and shielded by a durable layer resistant to petrochemicals, featuring a robust nylon cover impregnated with woven polyurethane. These Stoppers can be easily inflated through a valve located at the end of the inflation hose, using either a standard foot pump or compressor. The recommended maximum temperature for this standard range is 80C (176F). Applications All petrochemical operations where hydrocarbons are present in liquid and gas form. Debris stopping during machining operations where pipes have had hydrocarbon liquids or solids inside. Leak testing of pipework systems where pipes have had hydrocarbon liquids or solids inside. Low-pressure hydrostatic tests where pipes have had hydrocarbon liquid or solids inside. On-site thermoforming of bends in ducting and conduit materials. Fibre-optic construction projects. Debris and animal barriers for overnight protection of pipelines where pipes have had hydrocarbon liquids or solids inside. Plumbing operations. FAQs 1. What is the maximum temperature range for PetroChem Stoppers? The recommended maximum temperature for this standard range is 80C (176F). 2. What is the size range for PetroChem Stoppers? The size range is 1 - 44" (25 - 1,118 mm). 3. How do I inflate the Stoppers? Each Stopper is designed and fitted with a standard Schrader valve, which will attach to any foot pump or compressor. 4. Can the PetroChem Stoppers be used with Heat Covers for higher heat protection? Yes, Heat Covers are available, which will provide protection up to 300C (572F). 5. Can I have the inflation hose any longer? Yes, simply specify your required length. 6. Are PetroChem Stoppers kept in stock? We do keep a number of PetroChem Stoppers in stock. 7. What is the maximum inflation pressure? This depends on the diameter of the stopper. Full details per size can be found in the User Instruction Manual, but also stamped onto each stopper for safety purposes. 8. Can the stopper be used more than once? Yes, it can be used time and time again, provided it isn't overinflated and kept in good condition.

GBP 499.99
1

Huntingdon Fusion Techniques PetroChem Stoppers - 203mm

Huntingdon Fusion Techniques PetroChem Stoppers - 203mm

The Inflatable PetroChem Pipe Stoppers are constructed with a premium latex rubber internal inflatable bag and shielded by a durable layer resistant to petrochemicals, featuring a robust nylon cover impregnated with woven polyurethane. These Stoppers can be easily inflated through a valve located at the end of the inflation hose, using either a standard foot pump or compressor. The recommended maximum temperature for this standard range is 80C (176F). Applications All petrochemical operations where hydrocarbons are present in liquid and gas form. Debris stopping during machining operations where pipes have had hydrocarbon liquids or solids inside. Leak testing of pipework systems where pipes have had hydrocarbon liquids or solids inside. Low-pressure hydrostatic tests where pipes have had hydrocarbon liquid or solids inside. On-site thermoforming of bends in ducting and conduit materials. Fibre-optic construction projects. Debris and animal barriers for overnight protection of pipelines where pipes have had hydrocarbon liquids or solids inside. Plumbing operations. FAQs 1. What is the maximum temperature range for PetroChem Stoppers? The recommended maximum temperature for this standard range is 80C (176F). 2. What is the size range for PetroChem Stoppers? The size range is 1 - 44" (25 - 1,118 mm). 3. How do I inflate the Stoppers? Each Stopper is designed and fitted with a standard Schrader valve, which will attach to any foot pump or compressor. 4. Can the PetroChem Stoppers be used with Heat Covers for higher heat protection? Yes, Heat Covers are available, which will provide protection up to 300C (572F). 5. Can I have the inflation hose any longer? Yes, simply specify when ordering and your required length can be fitted for a small surcharge. 6. Are PetroChem Stoppers kept in stock? We do keep a number of PetroChem Stoppers in stock. 7. What is the maximum inflation pressure? This depends on the diameter of the stopper. Full details per size can be found in the User Instruction Manual, but also stamped onto each stopper for safety purposes. 8. Can the stopper be used more than once? Yes, it can be used time and time again, provided it isn't overinflated and kept in good condition.

GBP 119.99
1

Huntingdon Fusion Techniques PetroChem Stoppers - 127mm

Huntingdon Fusion Techniques PetroChem Stoppers - 127mm

The Inflatable PetroChem Pipe Stoppers are constructed with a premium latex rubber internal inflatable bag and shielded by a durable layer resistant to petrochemicals, featuring a robust nylon cover impregnated with woven polyurethane. These Stoppers can be easily inflated through a valve located at the end of the inflation hose, using either a standard foot pump or compressor. The recommended maximum temperature for this standard range is 80C (176F) . Applications All petrochemical operations where hydrocarbons are present in liquid and gas form. Debris stopping during machining operations where pipes have had hydrocarbon liquids or solids inside. Leak testing of pipework systems where pipes have had hydrocarbon liquids or solids inside. Low-pressure hydrostatic tests where pipes have had hydrocarbon liquid or solids inside. On-site thermoforming of bends in ducting and conduit materials. Fibre-optic construction projects. Debris and animal barriers for overnight protection of pipelines where pipes have had hydrocarbon liquids or solids inside. Plumbing operations. FAQs 1. What is the maximum temperature range for PetroChem Stoppers? The recommended maximum temperature for this standard range is 80C (176F) . 2. What is the size range for PetroChem Stoppers? The size range is 1 - 44" (25 - 1, 118 mm) . 3. How do I inflate the Stoppers? Each Stopper is designed and fitted with a standard Schrader valve, which will attach to any foot pump or compressor. 4. Can the PetroChem Stoppers be used with Heat Covers for higher heat protection? Yes, Heat Covers are available, which will provide protection up to 300C (572F) . 5. Can I have the inflation hose any longer? Yes, simply specify when ordering and your required length can be fitted for a small surcharge. 6. Are PetroChem Stoppers kept in stock? We do keep a number of PetroChem Stoppers in stock? 7. What is the maximum inflation pressure? This depends on the diameter of the stopper. Full details per size can be found in the User Instruction Manual, but also stamped onto each stopper for safety purposes. 8. Can the stopper be used more than once? Yes, it can be used time and time again, provided it isn't overinflated and kept in good condition.

GBP 109.99
1

Huntingdon Fusion Techniques PetroChem Stoppers - 635mm

Huntingdon Fusion Techniques PetroChem Stoppers - 635mm

The Inflatable PetroChem Pipe Stoppers are constructed with a premium latex rubber internal inflatable bag and shielded by a durable layer resistant to petrochemicals, featuring a robust nylon cover impregnated with woven polyurethane. These Stoppers can be easily inflated through a valve located at the end of the inflation hose, using either a standard foot pump or compressor. The recommended maximum temperature for this standard range is 80C (176F). Applications All petrochemical operations where hydrocarbons are present in liquid and gas form. Debris stopping during machining operations where pipes have had hydrocarbon liquids or solids inside. Leak testing of pipework systems where pipes have had hydrocarbon liquids or solids inside. Low-pressure hydrostatic tests where pipes have had hydrocarbon liquid or solids inside. On-site thermoforming of bends in ducting and conduit materials. Fibre-optic construction projects. Debris and animal barriers for overnight protection of pipelines where pipes have had hydrocarbon liquids or solids inside. Plumbing operations. FAQs 1. What is the maximum temperature range for PetroChem Stoppers? The recommended maximum temperature for this standard range is 80C (176F). 2. What is the size range for PetroChem Stoppers? The size range is 1 - 44" (25 - 1,118 mm). 3. How do I inflate the Stoppers? Each Stopper is designed and fitted with a standard Schrader valve, which will attach to any foot pump or compressor. 4. Can the PetroChem Stoppers be used with Heat Covers for higher heat protection? Yes, Heat Covers are available, which will provide protection up to 300C (572F). 5. Can I have the inflation hose any longer? Yes, simply specify your required length and it can be fitted for a small surcharge. 6. Are PetroChem Stoppers kept in stock? We do keep a number of PetroChem Stoppers in stock. 7. What is the maximum inflation pressure? This depends on the diameter of the stopper. Full details per size can be found in the User Instruction Manual, but also stamped onto each stopper for safety purposes. 8. Can the stopper be used more than once? Yes, it can be used time and time again, provided it isn't overinflated and kept in good condition.

GBP 359.99
1

Huntingdon Fusion Techniques PetroChem Stoppers - 381mm

Huntingdon Fusion Techniques PetroChem Stoppers - 381mm

The Inflatable PetroChem Pipe Stoppers are constructed with a premium latex rubber internal inflatable bag and shielded by a durable layer resistant to petrochemicals, featuring a robust nylon cover impregnated with woven polyurethane. These Stoppers can be easily inflated through a valve located at the end of the inflation hose, using either a standard foot pump or compressor. The recommended maximum temperature for this standard range is 80C (176F). Applications All petrochemical operations where hydrocarbons are present in liquid and gas form. Debris stopping during machining operations where pipes have had hydrocarbon liquids or solids inside. Leak testing of pipework systems where pipes have had hydrocarbon liquids or solids inside. Low-pressure hydrostatic tests where pipes have had hydrocarbon liquid or solids inside. On-site thermoforming of bends in ducting and conduit materials. Fibre-optic construction projects. Debris and animal barriers for overnight protection of pipelines where pipes have had hydrocarbon liquids or solids inside. Plumbing operations. FAQs 1. What is the maximum temperature range for PetroChem Stoppers? The recommended maximum temperature for this standard range is 80C (176F). 2. What is the size range for PetroChem Stoppers? The size range is 1 - 44" (25 - 1,118 mm). 3. How do I inflate the Stoppers? Each Stopper is designed and fitted with a standard Schrader valve, which will attach to any foot pump or compressor. 4. Can the PetroChem Stoppers be used with Heat Covers for higher heat protection? Yes, Heat Covers are available, which will provide protection up to 300C (572F). 5. Can I have the inflation hose any longer? Yes, simply specify when ordering and your required length can be fitted for a small surcharge. 6. Are PetroChem Stoppers kept in stock? We do keep a number of PetroChem Stoppers in stock. 7. What is the maximum inflation pressure? This depends on the diameter of the stopper. Full details per size can be found in the User Instruction Manual, but also stamped onto each stopper for safety purposes. 8. Can the stopper be used more than once? Yes, it can be used time and time again, provided it isn't overinflated and kept in good condition.

GBP 199.99
1

Huntingdon Fusion Techniques PetroChem Stoppers - 178mm

Huntingdon Fusion Techniques PetroChem Stoppers - 178mm

The Inflatable PetroChem Pipe Stoppers are constructed with a premium latex rubber internal inflatable bag and shielded by a durable layer resistant to petrochemicals, featuring a robust nylon cover impregnated with woven polyurethane. These Stoppers can be easily inflated through a valve located at the end of the inflation hose, using either a standard foot pump or compressor. The recommended maximum temperature for this standard range is 80C (176F). Applications All petrochemical operations where hydrocarbons are present in liquid and gas form. Debris stopping during machining operations where pipes have had hydrocarbon liquids or solids inside. Leak testing of pipework systems where pipes have had hydrocarbon liquids or solids inside. Low-pressure hydrostatic tests where pipes have had hydrocarbon liquid or solids inside. On-site thermoforming of bends in ducting and conduit materials. Fibre-optic construction projects. Debris and animal barriers for overnight protection of pipelines where pipes have had hydrocarbon liquids or solids inside. Plumbing operations. FAQs 1. What is the maximum temperature range for PetroChem Stoppers? The recommended maximum temperature for this standard range is 80C (176F). 2. What is the size range for PetroChem Stoppers? The size range is 1 - 44" (25 - 1,118 mm). 3. How do I inflate the Stoppers? Each Stopper is designed and fitted with a standard Schrader valve, which will attach to any foot pump or compressor. 4. Can the PetroChem Stoppers be used with Heat Covers for higher heat protection? Yes, Heat Covers are available, which will provide protection up to 300C (572F). 5. Can I have the inflation hose any longer? Yes, simply specify your required length and it can be fitted for a small surcharge. 6. Are PetroChem Stoppers kept in stock? We do keep a number of PetroChem Stoppers in stock. 7. What is the maximum inflation pressure? This depends on the diameter of the stopper. Full details per size can be found in the User Instruction Manual, but also stamped onto each stopper for safety purposes. 8. Can the stopper be used more than once? Yes, it can be used time and time again, provided it isn't overinflated and kept in good condition.

GBP 119.99
1

Huntingdon Fusion Techniques PetroChem Stoppers - 686mm

Huntingdon Fusion Techniques PetroChem Stoppers - 686mm

The Inflatable PetroChem Pipe Stoppers are constructed with a premium latex rubber internal inflatable bag and shielded by a durable layer resistant to petrochemicals, featuring a robust nylon cover impregnated with woven polyurethane. These Stoppers can be easily inflated through a valve located at the end of the inflation hose, using either a standard foot pump or compressor. The recommended maximum temperature for this standard range is 80C (176F). Applications All petrochemical operations where hydrocarbons are present in liquid and gas form. Debris stopping during machining operations where pipes have had hydrocarbon liquids or solids inside. Leak testing of pipework systems where pipes have had hydrocarbon liquids or solids inside. Low-pressure hydrostatic tests where pipes have had hydrocarbon liquid or solids inside. On-site thermoforming of bends in ducting and conduit materials. Fibre-optic construction projects. Debris and animal barriers for overnight protection of pipelines where pipes have had hydrocarbon liquids or solids inside. Plumbing operations. FAQs 1. What is the maximum temperature range for PetroChem Stoppers? The recommended maximum temperature for this standard range is 80C (176F). 2. What is the size range for PetroChem Stoppers? The size range is 1 - 44" (25 - 1, 118 mm). 3. How do I inflate the Stoppers? Each Stopper is designed and fitted with a standard Schrader valve, which will attach to any foot pump or compressor. 4. Can the PetroChem Stoppers be used with Heat Covers for higher heat protection? Yes, Heat Covers are available, which will provide protection up to 300C (572F). 5. Can I have the inflation hose any longer? Yes, simply specify when ordering and your required length can be fitted for a small surcharge. 6. Are PetroChem Stoppers kept in stock? We do keep a number of PetroChem Stoppers in stock. 7. What is the maximum inflation pressure? This depends on the diameter of the stopper. Full details per size can be found in the User Instruction Manual, but also stamped onto each stopper for safety purposes. 8. Can the stopper be used more than once? Yes, it can be used time and time again, provided it isn't overinflated and kept in good condition.

GBP 419.99
1

Huntingdon Fusion Techniques PetroChem Stoppers - 711mm

Huntingdon Fusion Techniques PetroChem Stoppers - 711mm

The Inflatable PetroChem Pipe Stoppers are constructed with a premium latex rubber internal inflatable bag and shielded by a durable layer resistant to petrochemicals, featuring a robust nylon cover impregnated with woven polyurethane. These Stoppers can be easily inflated through a valve located at the end of the inflation hose, using either a standard foot pump or compressor. The recommended maximum temperature for this standard range is 80C (176F). Applications All petrochemical operations where hydrocarbons are present in liquid and gas form. Debris stopping during machining operations where pipes have had hydrocarbon liquids or solids inside. Leak testing of pipework systems where pipes have had hydrocarbon liquids or solids inside. Low-pressure hydrostatic tests where pipes have had hydrocarbon liquid or solids inside. On-site thermoforming of bends in ducting and conduit materials. Fibre-optic construction projects. Debris and animal barriers for overnight protection of pipelines where pipes have had hydrocarbon liquids or solids inside. Plumbing operations. FAQs 1. What is the maximum temperature range for PetroChem Stoppers? The recommended maximum temperature for this standard range is 80C (176F). 2. What is the size range for PetroChem Stoppers? The size range is 1 - 44" (25 - 1,118 mm). 3. How do I inflate the Stoppers? Each Stopper is designed and fitted with a standard Schrader valve, which will attach to any foot pump or compressor. 4. Can the PetroChem Stoppers be used with Heat Covers for higher heat protection? Yes, Heat Covers are available, which will provide protection up to 300C (572F). 5. Can I have the inflation hose any longer? Yes, simply specify when ordering and your required length can be fitted for a small surcharge. 6. Are PetroChem Stoppers kept in stock? We do keep a number of PetroChem Stoppers in stock. 7. What is the maximum inflation pressure? This depends on the diameter of the stopper. Full details per size can be found in the User Instruction Manual, but also stamped onto each stopper for safety purposes. 8. Can the stopper be used more than once? Yes, it can be used time and time again, provided it isn't overinflated and kept in good condition.

GBP 439.99
1

Huntingdon Fusion Techniques PetroChem Stoppers - 406mm

Huntingdon Fusion Techniques PetroChem Stoppers - 406mm

The Inflatable PetroChem Pipe Stoppers are constructed with a premium latex rubber internal inflatable bag and shielded by a durable layer resistant to petrochemicals, featuring a robust nylon cover impregnated with woven polyurethane. These Stoppers can be easily inflated through a valve located at the end of the inflation hose, using either a standard foot pump or compressor. The recommended maximum temperature for this standard range is 80C (176F). Applications All petrochemical operations where hydrocarbons are present in liquid and gas form. Debris stopping during machining operations where pipes have had hydrocarbon liquids or solids inside. Leak testing of pipework systems where pipes have had hydrocarbon liquids or solids inside. Low-pressure hydrostatic tests where pipes have had hydrocarbon liquid or solids inside. On-site thermoforming of bends in ducting and conduit materials. Fibre-optic construction projects. Debris and animal barriers for overnight protection of pipelines where pipes have had hydrocarbon liquids or solids inside. Plumbing operations. FAQs 1. What is the maximum temperature range for PetroChem Stoppers? The recommended maximum temperature for this standard range is 80C (176F). 2. What is the size range for PetroChem Stoppers? The size range is 1 - 44" (25 - 1,118 mm). 3. How do I inflate the Stoppers? Each Stopper is designed and fitted with a standard Schrader valve, which will attach to any foot pump or compressor. 4. Can the PetroChem Stoppers be used with Heat Covers for higher heat protection? Yes, Heat Covers are available, which will provide protection up to 300C (572F). 5. Can I have the inflation hose any longer? Yes, simply specify when ordering and your required length can be fitted for a small surcharge. 6. Are PetroChem Stoppers kept in stock? We do keep a number of PetroChem Stoppers in stock. 7. What is the maximum inflation pressure? This depends on the diameter of the stopper. Full details per size can be found in the User Instruction Manual, but also stamped onto each stopper for safety purposes. 8. Can the stopper be used more than once? Yes, it can be used time and time again, provided it isn't overinflated and kept in good condition.

GBP 199.99
1