Engineering case

All raw materials are imported from Japan SUS314, heat-resistant 1250 ℃, strong anti-oxidation and anti-carburizing.

Mesh belt design has those principles?

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       Mesh beltDesign has those principles?

Mesh belt planning refers to the operation process of conceiving, analyzing and calculating the working principle, structure, movement mode, force and energy transmission mode, data, external dimensions and lubrication mode of each part of the mesh belt according to the application requirements., and translate them into concrete descriptions as the basis for production.
The mesh belt planning is an important part of the mesh belt project, and it is also the most important factor to determine the function of the mesh belt. Due to the different functional requirements of the mesh belt in various industries, there are many branches of professional mesh belt planning, such as textile mesh belt planning, mine mesh belt planning, agricultural mesh belt planning, ship planning, automobile planning, machine tool planning, compressor planning, internal combustion engine planning, steam turbine planning, pump planning, etc.
Mesh belt planning can be roughly divided:
1. New type of planning (Development Planning). Apply cutting-edge science and technology or experimentally proven new technologies to plan new mesh belts that have never existed, mainly including functional planning and structural planning.
2. Continuous planning. According to the application experience and technology development, update the existing network belt planning to improve the function, reduce the production cost or reduce the operating cost.
3. Variant planning. In order to meet the new needs, some modifications or additions, deletions and changes are made to the existing mesh belt, and then a variant product different from the scale type is developed.

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