Zhengzhou Protech Technology Co., Ltd
phone +86 18037178440
email info@lab-furnace.com
Zhengzhou Protech Technology Co., Ltd
about us
Position:Home > Technical



Which one is better for vacuum sintering furnace?


The Nortel high temperature and high pressure vacuum sintering furnace mainly uses argon/nitrogen/hydrogen as the process atmosphere and high vacuum acquisition system, which is mainly used for the degreasing sintering of powder metallurgy products, titanium alloy products, high specific gravity alloy products, magnetic material products, mold steel, tool steel and other products.
Zhengzhou Nuotai Technology Co., Ltd. is a comprehensive enterprise mainly engaged in the R&D, production, sales and service of new material production equipment and powder metallurgy production equipment. The company’s personnel have many years of technical and production experience, and can provide users with perfect system best solutions. The highest sintering temperature of the high-pressure vacuum sintering furnace produced by the company can reach 1700 ℃, which can be used for sintering inorganic materials under vacuum (or protective atmosphere) hot pressing conditions to obtain high-density products (such as producing high-precision silicon nitride ceramic bearings, etc.).
In addition, the company is also involved in metal injection molding vacuum degreasing sintering furnace, titanium alloy vacuum degreasing sintering furnace, high specific gravity alloy vacuum degreasing sintering furnace, powder metallurgy pressing products, soft magnetic industry, porous material industry, diamond tool industry, heat treatment industry, ceramic material industry, mineral environmental protection recycling industry, etc.
In addition, the vacuum furnace series of Nuotai Technology also includes vacuum hot-pressing furnace, vacuum annealing furnace, small vacuum heat treatment furnace, vacuum carbon tube furnace and vacuum brazing furnace. Users can choose different vacuum degree, temperature and furnace size according to actual needs.

Leave A Message