The production process of the stainless steel mesh belt

Ammoniagas is used as shielding gas for high temperature mesh-belt furnace which canbe applied to the bright quenching, annealed and solution treatment of powdermetallurgy, bearing, wheel gear, standard components, chisel tool steel,stainless steel, high temperature alloy and other metal parts. Heat-treatmentssuch as normalizing, annealing, quenching and sintering and other uses ofheating of metal parts should be conducted under natural atmosphere andprotective atmosphere. Stainless steel mesh-belt is also belong to one of thiskind of metal parts. Stainless steel mesh-belts have many different types, suchas stainless steel transportation network belt, stainless steel metallicmesh-belt, stainless steel wire, stainless steel belt, stainless steel burglarmesh and so on. The stainless steel mesh-belt have good properties of hightemperature resistance to even 1200 degree centigrade, good resistance toacids, abrasion and corrosion, top-class anti-extension and can be used for along time. The stainless steel mesh-belt is widely used in fields such asindustry, furnace, thermal treatment, sintering furnace, powder metallurgy andlogistic transporting. The automated transporting mesh belt and chain ofassembly line produced by our company have been widely used in fields such asglass machinery, food machinery, chemical machinery, pharmaceutical,electronics, drying machinery and tire machinery.

Tapecore of metal transporting belt is the core of the whole metal spiral net. Itis resistant to burning, high temperature, antiflaming, puncture, and tearing.It also has small elongation, high strength of ply adhesion, good grooving and100% efficiency of vulcanized joint. And the operational time of the joint isshort and easy. The operating temperature of mental mesh core which isresistant to high temperature is 150℃ to 200℃. And theoperating temperature of burning-resistant transporting belt which has a mentalcore is 200℃ to 800℃. Mentalmesh-core  transporting belt hasdifferent good properties under different temperatures.