The specification representation method for transport belts usually includes the following parameters:

Bandwidth: refers to the effective width of a conveyor belt, usually expressed in millimeters (mm).

Belt thickness: refers to the thickness of the transport belt, usually expressed in millimeters (mm).

Number of fabric layers: refers to the number of fabric layers inside the conveyor belt, usually expressed in numbers.

Fabric layer material: refers to the fabric layer material inside the conveyor belt, such as cotton cloth, nylon cloth, polyester cloth, etc.

Heat resistant temperature: refers to the maximum temperature that a conveyor belt can withstand, usually expressed in degrees Celsius (℃).

Strength level: refers to the strength level of the transport belt, usually expressed in MPa.

Based on the above parameters, Zaozhuang Jinflex Rubber&Plastic Technology Co., Ltd. summarizes that the specification representation method for transportation belts is usually “bandwidth (width)” × Belt thickness × Number of Cloth Layers – Material of Cloth Layers × Heat resistance temperature/strength grade, for example: 1000mm × 8mm × 6-EP100 × 80 ℃/10MPa refers to a conveyor belt with a width of 1000mm, a thickness of 8mm, 6 layers of fabric, nylon fabric (EP) as the material of the fabric layer, a heat resistance temperature of 80 ℃, and a strength grade of 10MPa. It should be noted that the specific specifications may vary depending on different manufacturers. The transportation belt production expert around you – Zaozhuang Jinfulex Rubber and Plastic Technology Co., Ltd