Plasma nitriding
ASPN Nitro-Tool®
Quantum G series vacuum furnaces
ASPN Nitro-Tool® plasma nitriding
ASPN Nitro-Tool plasma nitriding is a modern, ecological and economical nitriding method developed by AMP Ltd. The process involves the introduction of nitrogen to the surface of the metal under plasma conditions, which leads to hardening and increasing the corrosion resistance of the workpieces.
One of the key advantages of the ASPN Nitro-Tool method is the elimination of ammonia from the nitriding process, making it more environmentally friendly and safe for operators.
In addition, this technology ensures the uniform formation of a nitride layer that accurately reproduces the shape of the workpiece, without the formation of an undesirable "white" layer. This results in high surface quality and optimal mechanical properties of the workpieces.
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Application of the method
The ASPN Nitro-Tool method is used in a variety of industries, including metalworking, automotive and toolmaking, where high durability and wear resistance are required. Its efficiency and environmentally friendly nature make it an attractive alternative to traditional nitriding methods.
ASPN Nitro-Tool plasma nitriding is an innovative method of metal surface modification that combines modernity, ecology and cost-effectiveness.
Unlike traditional nitriding methods, this process does not use ammonia, which translates into increased safety for the environment and personnel.
Here are some key features and advantages of this technology:
No ammonia
Advanced plasma technology
ASPN Nitro-Tool generates a plasma that activates the surface of the workpiece, allowing deep diffusion of nitrogen. The result is the formation of a hard, abrasion- and corrosion-resistant layer.
Shorter processing cycles and reduced energy consumption reduce production costs. This makes the method an attractive alternative to traditional nitriding technologies.
Summary
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