Rare earth permanent magnet drive agitator is used in laboratory Hastelloy reactor. It has the characteristics of large stirring moment, complete static sealing, no leakage, high temperature resistance, high pressure, high vacuum, high stirring speed, stable operation and low noise. Hastelloy reactor in laboratory is widely used, simple to use and easy to operate. Hastelloy reactor in laboratory has the characteristics of high temperature, high pressure, high vacuum, high stirring speed, stable operation and low noise. The alloy autoclave is an ideal equipment for various stirring reactions in laboratory. Laboratory Harrington alloy reactor is suitable for stirring reactions of materials with different viscosities under different reaction conditions, such as gas-liquid reaction, gas-liquid-solid reaction, liquid-solid reaction, etc. The axle sleeve is made of self-lubricating graphite, ceramics, PTFE filled carbon fibers and other materials.

Hastelloy  Reactor: Harrington Alloy is a kind of nickel-based alloy. At present, it is mainly divided into three series: B, C and G. It is mainly used in iron-based Cr-Ni or Cr-Ni-Mo stainless steel, non-metallic materials and other unusable corrosive media. It has been widely used in petroleum, chemical industry, environmental protection and many other fields abroad.

Characteristic of Hastelloy Reactor:

Harrington B-2 alloy has excellent corrosion resistance in various reducing media. It can resist any temperature and concentration of hydrochloric acid under normal pressure. It has excellent corrosion resistance in non-inflatable medium concentration of non-oxidizing sulfuric acid, various concentrations of phosphoric acid, high temperature acetic acid, formic acid and other organic acids, bromic acid and hydrogen chloride gas. It also resists the corrosion of halogen catalysts. Therefore, Harrington B-2 alloys are usually used in many rigorous petroleum and chemical processes, such as distillation and concentration of hydrochloric acid, alkylation of ethylbenzene and synthesis of acetic acid by low-pressure hydroxyl groups