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Huntingdon Fusion Techniques Huntingon Fusion PurgEye 200 IP65 Hand Held Weld Purge Monitor with PurgeNet

Huntingdon Fusion Techniques Huntingon Fusion PurgEye 200 IP65 Hand Held Weld Purge Monitor with PurgeNet

Introducing the groundbreaking Huntingdon Fusion PurgEye 200 Weld Purge Monitor equipped with the revolutionary PurgeNet technology! This portable and rechargeable Oxygen Monitor is the world's first and only device of its kind, capable of accurately measuring oxygen levels from 1, 000 ppm (0.1%) down to an impressive 1 ppm (0.0001%) with a remarkable accuracy of 10 ppm. Huntingdon Fusion's latest innovation in Weld Purge Monitoring Technology, the PurgEye 200, brings forth numerous advancements that set it apart from the rest. Features Internal electro-mechanical pump with 1 l/m flow rate. USB lead included to control PurgeLog software. IP65 rated Long life, faster response sensor Internal rechargeable battery or mains power operated. Battery life up to 10 hours. Hand held easy to use instrument. Warning alarm levels between 1 and 999 ppm. Flow detection for accurate reading of gas samples. Outstanding protection against HF interference. Large character OLED screen for easy reading. Power on/off with standby button for sensor warm up. Can be charged by plugging directly into mains power with charging lead or optional charging dock. What's In The Box PurgEye 200 Storage case 150 mm long red tube to attach to red purge exhaust 1 metre long green tube with inlet filter Charging unit for internal battery with mains plug adaptors for all countries PurgeNet Smart Cable for transferring Weld Purge Data PurgeLog Data Logging Software (USB Data Stick) User instruction booklet Calibration Certificate (valid for 12 months) FAQs 1. What is the intended application for the Argweld PurgEye 200 IP65 Weld Purge Monitor? For extreme weld quality control in aerospace, semiconductor, pharmaceutical, vacuum, biotech, food and drinks 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 200 IP65 have a pump? Yes, there is an integral electro-mechanical pump. 3. What sort of sensor is used in the Argweld PurgEye 200 IP65? The PurgEye 200 IP65 uses a solid state long life sensor of a unique design. It is much lower in cost than other sensors, that are used for measuring down to 10 ppm. 4. My Company needs a calibration certificate once a year for all instruments. How do I obtain one? At present, Huntingdon Fusion 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, they will recalibrate it and return it with a certificate within a few days. 5. Is the Argweld PurgEye 200 IP65 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 300 ?C (572 ?F) Can I use the Argweld PurgEye 200 under these conditions? The Argweld PurgEye Weld Purge Monitors should not be exposed to gas at a temperature above 50 ?C (122 ?F) . 7. What is PurgeNetTM? PurgeNetTM controls 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. 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.

GBP 3399.99
1

Huntingdon Fusion Techniques Purgenet Dew Point Purging Gas Moisture Sensor DPS1000

Huntingdon Fusion Techniques Purgenet Dew Point Purging Gas Moisture Sensor DPS1000

The HFT PurgeNet Dew Point Purging Gas Moisture Sensor revolutionises the measurement of the dew point for critical welds, making it incredibly easy. With its seamless integration capability into any of Huntingdon Fusion's high spec PurgEye Weld Purge Monitors, the HFT PurgeNet Dew Point Purging Gas Moisture Sensor eliminates the need for Companies involved in critical joint welding to invest in a separate and costly Dew Point Meter, offering accurate readings down to 1 ppm (with a precision of 10 ppm) . Dew Point Purging Gas Moisture Sensor is suitable for the following types of gases: Argon (Ar) Oxygen (O2) Nitrogen (N2) Hydrogen (H2) Carbon Dioxide (CO2) Features Integration Compatibility: It is designed to seamlessly integrate with high spec PurgEye Weld Purge Monitors, providing a comprehensive solution for measuring both dew point and weld purge parameters. Dew Point Measurement: The sensor is specifically designed for accurate measurement of the dew point, enabling precise assessment of moisture levels in the purging gas during critical welds. Wide Reading Range: It can measure dew points down to 1 ppm, ensuring high sensitivity and enabling precise control of moisture levels. The accuracy of the measurements is rated at 10 ppm. Cost Savings: By eliminating the need to purchase a separate and expensive dew point meter, the HFT PurgeNet Dew Point Purging Gas Moisture Sensor helps companies reduce costs and streamline their welding processes. User-Friendly: The sensor is designed to be user-friendly and easy to operate, simplifying the measurement process for welders and technicians. Reliability: It is built to deliver reliable and consistent results, ensuring that critical welds are performed under optimal conditions with controlled moisture levels. Durability: The sensor is constructed with durable materials to withstand the harsh environments typically encountered during welding operations, ensuring its longevity and performance. Compatibility PurgEye 200 PurgEye 500 Desk PurgEye 600 PurgEye 1000 Remote PurgEye 1500 Site FAQs 1. What is Dew? Dew is expressed as drops of liquid water that condense from the atmosphere and onto any solid surface like metal. 2. What is the Dew Point? The dew point is the temperature in C or F at which air is saturated with water vapour (also referred to as humidity) Below the dew point, water will begin to condense on solid surfaces in the welding environment. 3. How does water moisture affect the quality of the weld joint? Under arc conditions, water is broken down into hydrogen and oxygen in atomic form which, when present in weld metal, cause porosity and are known to create cracking in the weld joint. 4. Why should I use a Dew Point Purging Gas Moisture Sensor? Using the PurgeNet Dew Point Purging Gas Moisture Sensor while welding is the easiest method for indicating when water will condense on solid surfaces in the welding zone. Water can form as moisture on metal surfaces while welding and it is important to be able to measure Dew Point while welding lengthy critical joints as conditions can change during the welding process. 5. How does the Dew Point Purging Gas Moisture Sensor give readings? The PurgEye Dew Point Sensor accessory has been designed to integrate with most of the Argweld Weld Purge Monitors via the PurgeNet lead that is supplied with them, thereby giving values and water present on the same screen. In this way, the user is not forced into the purchase of an expensive, separate Dew Point Monitor that will give its reading elsewhere. 6. Which Weld Purge Monitors are compatible with the Dew Point Purging Gas Moisture Sensor? The PurgeNet Dew Point Purging Gas Moisture Sensor is compatible with the PurgEye 200, 500 Desk, 600, 1000 Remote and 1500 Site.

GBP 4299.99
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 Argweld Weld Purging Plugs Kit for Orbital Welding PSOC001

Huntingdon Fusion Techniques Argweld Weld Purging Plugs Kit for Orbital Welding PSOC001

Choose Argweld Weld Purge Plugs for efficient welding of alloys and stainless steel tubes and pipes. When you need to fill complex pipework systems with inert gas, our low vapour pressure Argweld Purge Plugs seal all holes and orifices, ensuring high-quality internal purging. They are especially useful for small or irregular diameter pipes where purge systems or dam systems may not be practical. Made from durable engineering nylon, these plugs, up to 152 mm (6") diameter, won't seize up, rust, or corrode. The inclusion of a friction-reducing acetal copolymer thrust washer makes expansion and release easy, while the standard seals (made from natural rubber) provide effective sealing during welding. Additionally, the plugs can be easily dismantled for cleaning purposes. Applications: - Short, complicated, variable size assemblies where purging systems or dams would be too long or do not match the diameters being worked on. - The expanding rubber seal allows the plugs to be used for weld purging oval and out of round tubes as well as in elbows, tees and other fittings. - These plugs are also ideal for creating an air-tight seal for leak testing operations. FAQs 1. What type of material are the plugs manufactured from? The Weld Purge Plugs are made from engineering quality nylon 6. 2. What is the size range? The Plugs are manufactured in a range of sizes from 0.5 (13 mm) up to 6 (152 mm). 3. What is the seal made from? Manufactured with a standard seal made from natural rubber and for special applications seals made of silicone, nitrile and viton rubbers are available. 4. What other applications can the plugs be used for? These low cost, lightweight plugs service a wide variety of industrial applications. As overnight stoppers they provide a strong barrier in pipeline activities, to prevent foreign bodies entering the line during downtime. Other applications include leak testing of pipework systems, whether commercial, domestic or industrial and sealing holes in castings, tanks and other assemblies. 5. What pressure can the plugs withstand? A pressure chart is available on the leaflet, which details the pressure each plug can withstand. 6. What is the maximum working temperature for the Nylon Plugs? Nylon plugs can be used intermittently up to 120?C (248?F) and the natural rubber rings up to 100?C (212?F). In continuous use, the nylon should be restricted to 100?C (212?F) and the rubber ring to 80?C (176?F). For higher temperatures, we manufacture plugs made from steel or aluminium with the rings made from silicone which can be used continuously up to temperatures of 200?C (392?F) and intermittently up to 300?C (572?F). 7. I have a hole to seal, where your plug wont quite seal well enough, but the next size up is too big. Do you have any in between sizes? The user can extend the range of each plug by a few millimetres by using an exterior rubber seal on top of the ring provided. Each case varies and a solution to suit each circumstance is possible. We have, for example, cut a small section out of a 1 ring to wrap tightly around an 0.75 plug ring and used super glue to join the ends. 8. Can the plugs be used as a permanent stopper in pipes? Depending on the pressure and the internal surface of the pipes, our plugs can be used effectively as a permanent stopper. The wings can be cropped to prevent tampering. The inside of the pipe should be clean and free from debris at the sealing point. 9. I want to use the plugs in an application where natural rubber is not suitable. Can I have the rings made from other materials? Yes, we manufacture and stock the sealing rings in silicone, nitrile and viton. We can have the rings made in other materials as well, subject to minimum volumes and delivery requirements. 10. When should I use the Nitrile rubber rings which you have available as accessories? Nitrile rubber is resistant to many oils and has better resistance to corrosion, weathering and ozone. If you find out that your standard natural rubber ring deteriorates too quickly, you can consider purchasing the nitrile rubber rings as accessories. Nitrile is resistant to many hydraulic oils. A chemical resistance chart for nitrile is available. 11. When should I use the Silicone rubber rings which you have available as accessories? Silicone rubber may be used continuously up to temperatures of 200?C (392?F) and intermittently up to temperatures of 300?C (572?F). Silicone also has excellent resistance to weathering, corrosion and ozone. Silicone is particularly resistant to skydrol aviation hydraulic fluid. 12. When should I use the Viton rubber rings that you have available as accessories? Viton rubber may be used continuously up to temperatures of 220?C (428?F). They have excellent resistance to ozone, oxygen, mineral oil, synthetic hydraulic fluids, aromatics and many organic solvents and chemicals. 13. Will the Nylon Plugs withstand attacks from various acids, alkalis and chemicals? A full technical data

GBP 299.99
1

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

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

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

GBP 219.99
1

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

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

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

GBP 43.99
1

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

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

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

GBP 40.99
1

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

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

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

GBP 399.99
1

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

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

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

GBP 249.99
1

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

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

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

GBP 149.99
1

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

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

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

GBP 84.99
1

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

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

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

GBP 162.99
1

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

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

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

GBP 41.99
1