Polyester Anti-tear Induction Coil Conveyor Belt

Polyester Anti-tear Induction Coil Conveyor Belt

Structural composition

Core part：Steel wire rope core: Some Anti Tear Induction Coil Belt use steel wire rope core as the skeleton. Steel wire rope has extremely high strength and toughness, and can withstand huge tensile forces. Its arrangement is usually parallel and undergoes special vulcanization treatment during the manufacturing process of the conveyor belt, tightly bonded with rubber. This structure endows the conveyor belt with excellent tensile resistance, making it suitable for long-distance and high-capacity material transportation scenarios, such as transporting heavy materials such as ore and coal in ports.

Fabric core: Fabric core is also a common type of core, usually woven from fibers such as polyester and nylon. Anti Tear Induction Coil Conveyor Belt have good flexibility and can work with small bending radii, making them convenient for use in environments with limited space or complex conveyor routes. Its load-bearing capacity is relatively weak compared to steel wire rope core conveyor belts, but it is sufficient for the transportation of medium and light materials (such as grain, plastic particles, etc.), and the cost is relatively low.

Induction coil system

The position of the induction coil: The induction coil is usually embedded inside the conveyor belt, between the belt core and the covering rubber, or in the internal structure of the belt core (such as between the steel wire ropes). This built-in design allows the induction coil to better sense stress changes and tearing conditions inside the conveyor belt.

The construction of induction coils: Induction coils are generally made of metal materials with good conductivity (such as copper) and have a spiral or other shape. The number of turns, wire diameter and other parameters of the coil are determined according to the specific design requirements and detection accuracy of the Anti Tear Conveyor Belt. For example, coils with more turns may increase detection sensitivity, but they may also increase costs and installation difficulties.