Common materials and production processes for treadmill conveyor belts

Common materials for treadmill conveyor belts include PVC, PU, ​​rubber, etc. Among them, PVC and PU conveyor belts have a higher market share, and rubber conveyor belts are also favored by some customers due to their excellent performance.

For treadmill conveyor belts made of PVC and PU materials, the production process mainly includes the following steps:

Formula design: Select different raw materials and formulas according to different usage requirements and performance indicators.
Making belt core: Use canvas, steel wire and other materials to make belt core to ensure the strength and stability of conveyor belt.
Calendering and laminating: PVC or PU material is laminated on the belt core through a calender to form the base material of the conveyor belt.
Surface treatment: Surface treatment of the conveyor belt base material to increase its wear resistance, anti-skid and other properties.
Cutting and molding: Cut the conveyor belt into different lengths and widths as required.
Quality inspection: Perform quality inspection on the produced conveyor belt to ensure that its performance indicators meet the requirements.
The production process of rubber treadmill conveyor belt is similar to that of PVC and PU conveyor belts, but rubber mixing, extrusion and other processes are also required.

During the production process, the following points should be noted:

Control the quality and formula of raw materials to ensure the stable performance of the conveyor belt.
Strengthen quality control to ensure that the quality of each production link meets the requirements.
For conveyor belts made of PVC, PU and other materials, it is necessary to strengthen surface treatment and adhesive coating to improve their wear resistance, anti-slip and other properties.
For conveyor belts made of rubber, it is necessary to select suitable rubber materials and formulas, and strengthen the control of processes such as mixing and extrusion to improve their physical properties and stability.