Creating Value for Customers ┃ Volume 1

               1.What is the layered Fabric Core Conveyor Belt?

Ⅰ. According to the performance of the covering rubber, it can be divided into: general type, heat-resistant type, scorching-resistant type, flame-retardant type, cold-resistant type, oil-resistant type, wear-resistant type, acid and alkali-resistant type, antistatic type, self-cleaning type, and low rolling resistance type, etc.

Ⅱ. According to the skeleton material, it can be divided into: polyester-cotton belt, Nylon Belt, EP belt, polyester belt, aramid belt, etc.

Ⅲ. According to special purposes, it can be divided into: tear-resistant belts (polyester type, steel mesh type), tubular conveyor belts (polyester type, steel wire rope core type), skirted sidewall belts, patterned belts (herringbone, canvas belts, etc.), and lifting belts, etc.

              2.What types of layered fabric core conveyor belts are there?

Ⅰ. According to the performance of the covering rubber, it can be divided into: general type, heat-resistant type, scorching-resistant type, flame-retardant type, cold-resistant type, oil-resistant type, wear-resistant type, acid and alkali-resistant type, antistatic type, self-cleaning type, and low rolling resistance type, etc.

Ⅱ. According to the skeleton material, it can be divided into: polyester-cotton belt, nylon belt, EP belt, polyester belt, aramid belt, etc.

Ⅲ. According to special purposes, it can be divided into: tear-resistant belts (polyester type, steel mesh type), tubular conveyor belts (polyester type, steel wire rope core type), skirted sidewall belts, patterned belts (herringbone, canvas belts, etc.), and lifting belts, etc.

         3.What materials are transported by layered fabric core conveyor belts?

It is the main component of conveyors, used for carrying materials, and is suitable for transporting materials such as medium-sized ores, raw coal, coke, gravel, and powder. The upper limit of the particle size of materials transported is related to the width of the Conveyor Belt, material density, and inclination angle. Generally, the wider the conveyor belt, the larger the upper limit of the particle size of materials that can be transported.

4.What are the standards for layered fabric core conveyor belts?

Layered fabric core conveyor belts are widely used in industries such as coal, steel, cement, chemical, metallurgy, ports, and building materials.

In the coal industry, it can efficiently transport raw coal and other materials, ensuring the smooth operation of coal mining and transportation; in the steel industry, it can be used to convey key raw materials such as iron ore and coke, supporting the stable operation of steel production processes; the cement industry uses it to transport sand, gravel, and cement clinker, meeting the material handling needs during cement manufacturing; the chemical industry utilizes it to convey various chemical raw materials and products, adapting to the complex environmental requirements of chemical production; the metallurgical industry relies on it to transport metallic ores and other materials, providing strong support for metallurgical processes; the port industry depends on layered fabric core conveyor belts for cargo loading, unloading, and transfer, enhancing port operational efficiency; and the building materials industry uses it to transport various construction materials, ensuring the smooth production and circulation of building materials.

In addition, layered fabric core conveyor belts, with their unique structural advantages such as high strength, wear resistance, and tear resistance, also show broad application prospects in fields such as power generation, mining machinery, and grain processing. In the power industry, they can transport coal and other fuels reliably, ensuring the continuous operation of power generation equipment; in the mining machinery sector, their strong load-bearing capacity is utilized for ore extraction and transportation; in the grain processing industry, they facilitate the conveyance and processing of grains, improving production efficiency.