Stainless steel mesh chain is a type of conveyor belt utilized in conveying equipment. It is crafted from metal mesh wire, which is molded, woven, and welded into a robust
mesh conveyor belt. Its resistance to high and low temperatures, salt spray, acids, and alkalis, coupled with excellent product retention, has swiftly garnered popularity among customers. Below, we elaborate on the advantages of stainless steel mesh chains within the conveying industry:
Stainless steel mesh chains boast a flat mesh surface with uniform mesh size, adhering to national standard chain transmission for stable operation, no deviation, robust load-bearing capacity, and tensile strength. They are also easy to clean and maintain. Furthermore, based on their specifications and materials, they offer the following benefits:
When integrated with conveying equipment, the driving part employs gear and chain transmission to ensure smooth and stable operation.
The diameter of the chain wheel at both ends of the stainless steel mesh chain can be adjusted to a very compact size, facilitating efficient spatial layout.
The structural form of the mesh
Belt Conveyor can be categorized into powered roller lines and unpowered roller lines based on the driving mode. Additionally, it can be divided into horizontal conveyor roller lines, inclined conveyor roller lines, and turning roller lines according to the layout. Special designs can also be tailored to meet customer requirements. Its mesh-like structure facilitates easy cleaning and recyclability.
Structurally, it boasts high porosity, excellent ventilation, and drainage capabilities, making it ideal for a vast majority of drying and cleaning industries.
Being made of metal, it can be manufactured from stainless steel (stainless acid-resistant steel) under specific conditions, offering great weather resistance and adaptability to various environments.
Stainless steel mesh chains produced from stainless steel 304 raw material possess a reliable safety level, meeting food safety standards.
The drive device of the Great Wall mesh belt provides power to the conveyor, typically consisting of an electric motor, a reducer, and a brake (stopper), among others. There are generally two types of tensioning devices: screw-type and heavy hammer-type, which maintain a certain tension and sag in the traction component to ensure the conveyor belt operates normally. Similar to transmission chains, precision conveyor chains, the stainless steel mesh chain is also composed of a series of bearings. The stainless steel mesh chain is securely fixed by chain plates with restraining effects, ensuring a very precise positional relationship between them. It exhibits exceptional high-temperature resistance and can operate continuously at elevated temperatures for production.
Moreover, in the realm of conveyors,
wire mesh conveyor belts and
Honeycomb Belts also play crucial roles. Wire mesh conveyor belts offer similar durability and adaptability as stainless steel mesh chains, while honeycomb belts, with their unique structure, provide excellent air circulation and support for various conveying applications.
