Structural characteristics
Steel wire rope core: The core of a Low Rolling Resistance Conveyor Belt is made of steel wire rope, which is usually twisted from high-strength carbon steel wire. The steel wire ropes are arranged in parallel, endowing the Conveyor Belt with extremely high tensile strength, enabling it to withstand enormous tensile forces and be used for long-distance, high-capacity material transportation. For example, in ports used for loading and unloading coal or ore transportation, even under full load conditions, it can ensure that the Low Rolling Resistance Belt will not easily break.
Induction coil arrangement: The tear resistant induction coil is cleverly embedded in the conveyor belt structure. It can be between the steel wire ropes or at the interlayer position between the covering layer and the steel wire rope core. This built-in method enables the induction coil to be tightly integrated inside the conveyor belt, more accurately sensing changes in the conveyor belt's state. Induction coils are generally made of metal materials with good conductivity, such as copper, and formed into a coil structure through a special winding method, used to detect changes in magnetic fields or electrical signals.
Covering layer: A rubber covering layer is wrapped around the outer layer of the steel wire rope core and induction coil. This layer of rubber serves to protect the internal structure and prevent the steel wire rope and induction coil from being affected by external factors such as moisture, dust, material wear, and chemical corrosion. At the same time, the covering adhesive layer can also provide sufficient friction to ensure stable transportation of materials on the Low Rolling Belt.
Contact Now