Huntingdon Fusion Techniques

Oxide Free Titanium Welds with the PurgEye® Desk
Communication Systems & Equipment

Oxide Free Titanium Welds with the PurgEye® Desk

The Welding Institute states that “Titanium is a reactive metal; it will burn in pure oxygen at 600°C and in nitrogen at around 800°C. Oxygen and nitrogen will also diffuse into titanium at temperatures above 400°C raising the tensile strength but embrittling the metal. Despite this reactivity titanium is used extensively in chemical processing, offshore and aerospace applications.” In...

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Oxide Free Titanium Welds with the PurgEye-® Desk
Communication Systems & Equipment

Oxide Free Titanium Welds with the PurgEye-® Desk

The Welding Institute states that “Titanium is a reactive metal; it will burn in pure oxygen at 600°C and in nitrogen at around 800°C. Oxygen and nitrogen will also diffuse into titanium at temperatures above 400°C raising the tensile strength but embrittling the metal. Despite this reactivity titanium is used extensively in chemical processing, offshore and aerospace applications.” In...

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New PurgEye 100 Weld Purge Monitor is IP65 Rated
Communication Systems & Equipment

New PurgEye 100 Weld Purge Monitor is IP65 Rated

Device is battery operated and has LCD screen with features such as low battery icon and low sensor icon. Consists of sensor, leak-tight push buttons, auto calibration and vacuum-sealed leak-tight probe assembly. Designed for obtaining zero colour, oxide free welds in stainless steel and reading accurately from atmospheric oxygen level (20.94%), right down to 100 ppm (0.01%).

Read More »
New PurgEye 100 Weld Purge Monitor is IP65 Rated
Communication Systems & Equipment

New PurgEye 100 Weld Purge Monitor is IP65 Rated

Device is battery operated and has LCD screen with features such as low battery icon and low sensor icon. Consists of sensor, leak-tight push buttons, auto calibration and vacuum-sealed leak-tight probe assembly. Designed for obtaining zero colour, oxide free welds in stainless steel and reading accurately from atmospheric oxygen level (20.94%), right down to 100 ppm (0.01%).

Read More »

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