150mm Steel Cord Tubular Conveyor Belt
High strength bearing capacity:
The steel wire rope, as the core of the conveyor belt, endows the belt with extremely high tensile strength. This high-strength characteristic enables the Tubular Belt to withstand enormous tension, making it suitable for long-distance, high-capacity material transportation. For example, in large mines, it can carry several tons or even dozens of tons of ore, ensuring that there will be no breakage due to excessive material weight during long-distance transportation from the mine to the beneficiation plant.
Compared to ordinary fabric core Tubular Conveyor Belt(polyester,steel cord), the load-bearing capacity of steel wire rope tubular conveyor belts has been significantly improved. Taking coal transportation as an example, ordinary conveyor belts may experience tensile deformation after reaching a certain level of conveying capacity, while steel wire rope tubular conveyor belts can easily cope with large-scale coal transportation tasks.
Good sealing performance:
When the conveyor belt forms a tubular shape during operation, it can effectively seal the material. This sealing performance can prevent materials from spilling during transportation, avoiding material waste and environmental pollution. When conveying powdered materials such as cement, flour, etc., the sealed tubular structure can prevent material leakage and maintain a clean working environment.
At the same time, sealed conveyor belts can also protect materials from external interference, such as when transporting food raw materials or fine chemical products, to prevent impurities such as dust and moisture from entering the materials, ensuring the quality of the materials.
Excellent flexibility and adaptability:
Despite the high-strength steel wire rope inside, the conveyor belt still has good flexibility as a whole. It can smoothly bypass the rollers and idlers of the conveyor without generating excessive resistance due to hardness during operation. This flexibility allows the conveyor belt to adapt to various complex conveyor systems, including curved conveyor lines.
Moreover, the shape of the tube can be adjusted according to actual needs, and the conveying path can be flexibly changed in three-dimensional space. For example, in the workshop layout of some factories, in order to make reasonable use of space, conveyor belts need to perform turning or climbing operations, and steel wire rope tubular conveyor belts can well meet these requirements.