Glove Welding Chambers & Vacuum Compatible Enclosures
TIG welding of Titanium, Zirconium, Molybdenum and other metals requires an inert environment during TIG welding because, at high temperatures, these metals are highly reactive and readily combines with atmospheric gases (oxygen, nitrogen, and hydrogen) to form brittle compounds that severely weaken the weld.
Customised Welding Chambers for Targeted Applications
Glove Welding Chambers usually combine vacuum chambers & inert glove box technologies to achieve optimum results. These chambers are rugged and designed to handle high temperature applications with either robotic welding or human welding accessibility. All industrial safety precautions and ergonomics conditions will be satisfied for holistic production and results.
Application Benefits of LABPRO Glove Welding Chambers
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Prevents Embrittlement: When heated during welding, the molten titanium and the surrounding heat-affected zone (HAZ) absorb oxygen and nitrogen from the air. These absorbed elements form hard, brittle compounds (like titanium oxides and nitrides) that drastically reduce the material's ductility and can lead to cracking and premature failure of the weld.
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Maintains Mechanical Properties: The formation of these brittle compounds compromises the excellent strength-to-weight ratio and fatigue resistance for which titanium is valued in demanding applications like aerospace and medical implants.
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Ensures Corrosion Resistance: Titanium's natural, protective oxide layer is what gives it superior corrosion resistance at room temperature. This layer is destroyed during welding and must be allowed to reform in a pure, contamination-free environment. Exposure to air during cooling will cause an unacceptable level of oxidation and compromise its corrosion resistance.
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Avoids Weld Defects: Contamination can lead to defects such as porosity (trapped gas bubbles from moisture or hydrocarbons) and microcracking, which are unacceptable for critical applications.