Is 316 stainless steel wire mesh used in harsh environments?

Can 316 stainless steel wire mesh be used in harsh environments? The characteristics of 316 stainless steel wire mesh are corrosion resistant and long service life, which are suitable for harsh environments.

Maishi manufacturers are the industry of stainless steel wire mesh production. 316 stainless steel wire mesh is mostly used in places with large temperature difference, strong corrosiveness and relatively harsh environment, such as cold storage, casting and heat treatment. Metal mesh and high molecular polyethylene plastic mesh are the main raw materials for transporting media, and the metal mesh materials in the middle. Can be made of stainless steel or carbon steel.

316 stainless steel wire mesh is mostly used in places with large temperature difference, strong corrosiveness and relatively harsh environment, such as cold storage, casting and heat treatment. Metal mesh and high molecular polyethylene plastic mesh are the main raw materials for transporting media, and the metal mesh materials in the middle. Can be made of stainless steel or carbon steel.

316 stainless steel wire mesh

The modular plastic 316 stainless steel wire mesh is driven by a sprocket, so the conveyor belt is not easy to snake and swindle. The intelligent modular 316 stainless steel wire mesh can be easily and easily disassembled, assembled and repaired, reducing the protection time and cost. The net has a long service life and can be operated stably under different temperature changes (-50 °C~100 °C). It conforms to the FDA and USDA hygienic certification standards, is resistant to cutting, easy to clean, and has good gas permeability. It can be alternated between hot and cold. Work in the water, energy efficient, and streamline the production process.

Drive preparation: gear motor drive. Speed control preparation: frequency control, stepless speed change. Frame materials: stainless steel, aluminum profiles, carbon steel, can be customized according to customer requirements.

Features: The modular plastic conveyor belt overcomes the pollution headline and is molded with plastic materials that conform to hygienic standards. There are no pores and gaps in the structure. No matter what products are transported: pork, chicken, duck, fish, shrimp, etc., will not be The blood, water and other pollution sources entrained in the product are saturated, and the appearance of the conveyor belt does not adsorb any impurities.

316 stainless steel wire mesh has good chemical stability and will not be damaged by high temperature hot water or detergent. It is suitable for pig, sheep, chicken, duck slaughter and slitting processing, puffed food production line, fruit grading, packaging line and aquatic product processing production line. Industries such as frozen food production lines, battery manufacturing, beverage manufacturing, canning, agricultural processing, chemical, electronics, rubber and plastics industries can be used as usual.

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Is there a weak magnetic property in the stainless steel wire mesh?

Stainless steel wire mesh can also be used as a decorative net. It uses the austenitic 304 material, which is generally non-magnetic or weakly magnetic. However, magnetic properties may occur due to chemical composition fluctuations or processing conditions, but this cannot be considered as a counterfeit or a failure. What is the reason?

It is mentioned above that austenite is non-magnetic or weakly magnetic, while martensite or ferrite is magnetic. Due to segregation or improper heat treatment during smelting, austenite 304 is not a small amount of martensite in stainless steel wire mesh. Or ferrite tissue. Thus, the 304 stainless steel mesh will have weak magnetic properties.

In addition, the 304 stainless steel wire mesh is cold worked, and the microstructure is also transformed into martensite. The greater the cold work deformation, the more martensite transformation and the greater the magnetic properties of the steel. Like a batch of steel strips, it produces Φ76 tubes with no obvious magnetic induction and produces Φ9.5 tubes. Due to the large deformation of the bending, the magnetic induction is obvious. The rectangular tube produced is larger than the round tube, especially the angled part, and the deformation is more intense and the magnetic is more obvious.