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The core characteristics of reactor spraying revolve around protective performance, adaptability, and process stability, aiming to improve the service life and adaptability of the reactor. 1. Excellent protective performance Form a dense coating that effectively resists corrosion from corrosive media such as acids, alkalis, salts, etc., and is suitable for corrosive working conditions in

The PTFE anti adhesive coating sprayed on the material bucket is mainly used for the following purposes: 1. Easy to clean: PTFE has good non adhesiveness, smooth coating surface, and almost no substance adheres. This makes the material bucket easier to clean after use, reducing the time and effort required for cleaning and improving work efficiency.

Spraying PTFE anti sticking coating on paper drying cylinders is a functional coating formed on the surface of paper drying cylinders through specific processes, utilizing the excellent properties of polytetrafluoroethylene (PTFE) material. It aims to solve the problems of sticking, corrosion, wear and tear faced by drying cylinders in the paper making process. Here is a detailed introduction abou

In the pharmaceutical industry, "ETFE spray coating for pharmaceutical tanks" refers to using ETFE (ethylene tetrafluoroethylene copolymer, commonly known as "fluoroplastic 40") as a coating material, and uniformly covering the inner wall surface of pharmaceutical tanks (such as reaction tanks, storage tanks, mixing tanks and other core equipment) through professional spraying technology, forming

Many bosses choose to tightly lining the inner walls of equipment (such as reaction vessels, storage tanks, pipelines, valves, etc.) with PTFE plates (also known as polytetrafluoroethylene plates, PTFE plates). The core reason is that they can solve equipment wear and production safety problems under harsh working conditions such as "strong corrosion, high temperature, and viscous materials", whil

The spraying of alumina coating on lithium battery equipment is mainly applied to battery separators, positive and negative electrode materials, and battery casings. The following is a specific introduction: 1. Battery separator: Traditional polyolefin separators are prone to shrinkage at high temperatures, while aluminum oxide coatings can significantly improve the thermal stability and safety o