The function and working principle of heat-resistant conveyor belts

The function and working principle of heat-resistant conveyor belts


Heat resistant conveyor belts are commonly used for material transportation in high-temperature environments, and have the following functions and working principles:


High temperature resistance: able to operate stably in high temperature environments without deformation or damage caused by heat.

Wear resistance: It has good wear resistance and can be used for a long time without being easily damaged.

Tensile strength: It has a high tensile strength and can withstand the transportation of materials with a certain weight.

Chemical corrosion resistance: It has a certain degree of corrosion resistance to chemical substances.

Working principle:

Material selection: Heat resistant conveyor belts usually use high-temperature resistant materials, such as special rubber or heat-resistant synthetic fibers, to ensure that they do not deform or be damaged in high-temperature environments.

Structural design: The heat-resistant conveyor belt has a reasonable structural design, usually including a multi-layer structure to enhance its high temperature resistance and wear resistance.

Processing technology: Special processing techniques such as high-temperature rolling are used in the production process to ensure the high-temperature resistance performance of heat-resistant conveyor belts.

Usage environment: Heat resistant conveyor belts are used in high-temperature environments, and their special materials and structural design ensure the normal operation of the conveying system and the smooth transportation of materials.

The above is an introduction to the functions and working principles of Zaozhuang Jinfulex Rubber and Plastic Technology Co., Ltd. The heat-resistant conveyor belt​ can stably and reliably transport materials in high-temperature environments, playing a role in protecting equipment and improving production efficiency.

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