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Polyester (fabric-core) conveyor belt
Applications: Medium- and long-distance material conveying, used in industries such as mining, port operations, power generation, metallurgy, construction, and chemical processing.
Nylon (fabric-core) conveyor belt
Applications: Medium- and long-distance material conveying, used in industries such as mining, port operations, power generation, metallurgy, construction, and chemical processing.
Applications Suitable for conveying bulk materials in high‑intensity, long‑distance, high‑capacity applications. In special cases, it can also be used for high‑intensity, short‑distance conveying.
Applications Aramid conveyor belts combine high strength with lightweight construction, offering flame‑retardant and cut‑resistant properties. They are suitable for a wide range of material‑handling applications, particularly in long‑distance transport and harsh environmental conditions.
Fabric-core tubular conveyor belt
Applications: Short- and medium-distance, enclosed, environmentally friendly conveying of bulk materials.
Energy-saving conveyor belt
Energy‑saving conveyor belts, also known as low‑rolling‑resistance belts, are designed to reduce energy consumption in conveying systems. Since the physical properties of these belts are closely linked to the rubber materials used in their manufacture, the primary objective is to minimize rotational resistance at the belt’s grooves while reducing hysteresis‑induced heat (mechanical loss tangent), lowering the rubber’s coefficient of friction, and enhancing its elasticity. These measures collectively decrease the electrical energy consumed during belt operation, achieving an energy‑saving effect of 10–20%.
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Product Overview
Design Concept
Energy‑saving conveyor belts, also known as low‑rolling‑resistance belts, are designed to minimize energy consumption in conveying systems. Since the physical properties of these belts are closely tied to the rubber materials used in their manufacture, the primary focus is on reducing rotational resistance at the belt’s grooves, minimizing hysteresis‑induced heat (as reflected by the mechanical loss tangent), lowering the rubber’s coefficient of friction, and enhancing its elasticity. These measures collectively reduce electrical energy consumption during belt operation, achieving energy savings of 10–20%.
Purpose
This conveyor belt is suitable for long-distance material handling in industries such as mining, port operations, coal processing, and power generation; the longer the conveying distance, the more pronounced the energy-saving benefits.
Analysis of the Working Principle of Energy-Saving Belts
The resistance encountered during conveyor belt operation arises primarily from several factors, including the drag associated with rolling over idlers and the resistance generated by material pressing against the belt. Adhesion and elasticity are two key properties of rubber; through Changqiao Company’s proprietary formulation, these two characteristics have been optimally balanced, resulting in an energy‑saving cover rubber compound.
The energy-saving belt formulation enhances rubber elasticity and minimizes frictional resistance as it passes over the idler rollers, thereby achieving energy savings.
keyword： Energy-saving conveyor belt
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