100mm Fabric Core Tubular Conveyor Belt

100mm Fabric Core Tubular Conveyor Belt

Structural characteristics：

Fabric core layer: The core of a fabric core Tubular Conveyor Belt is the fabric core layer, which is usually woven from fibers such as polyester (PET) and nylon (PA). These fiber materials have good flexibility and a certain strength. For example, polyester fibers have high strength and fatigue resistance, while nylon fibers have excellent toughness. The fabric core layer is like the "skeleton" of a Conveyor Belt, providing the basic load-bearing capacity for the conveyor belt to withstand the weight of the material and maintain its shape.

Covering rubber layer: The upper and lower surfaces of the fabric core layer are covered with rubber layers. This layer of rubber mainly serves to protect the fabric core layer and provide friction. It can prevent the fabric core layer from being worn by materials and eroded by the external environment. At the same time, during the conveying process, the rubber layer comes into contact with transmission components such as rollers, and drives the conveyor belt and transports materials through friction. The thickness of the covering adhesive layer varies depending on specific transportation requirements and application scenarios, generally ranging from a few millimeters to over ten millimeters.

Tubular forming: This type of conveyor belt can form a tubular structure. During the conveying process, the edge of the conveyor belt is curled into a tube shape by a special device (such as a flipping device), so as to wrap the material inside for conveying. The tubular structure enables the conveyor belt to prevent the scattering of materials during transportation, especially suitable for conveying granular, powdery and other materials that are prone to scattering.

Performance characteristics：

Good flexibility: Due to the fact that the fabric core layer is woven from fibers, the conveyor belt has excellent flexibility. It can work with smaller bending radii and adapt to complex conveyor routes. For example, in the internal conveyor system of a factory, when it is necessary to bypass obstacles such as buildings and equipment, the fabric core tubular conveyor belt can be easily bent without the risk of belt breakage or damage.

Medium load-bearing capacity: Compared with steel wire rope core tubular conveyor belts, fabric core tubular conveyor belts have relatively weaker load-bearing capacity. However, for the transportation of most medium and light materials, it can already meet the requirements. For example, in small grain processing plants, it can effectively transport grains such as wheat and corn, as well as powdered products such as flour. Its load-bearing capacity is generally determined based on factors such as the fiber strength of the fabric core layer, the number of layers, and the width of the conveyor belt.

Low cost: In terms of material cost and manufacturing process, fabric core tubular conveyor belts are relatively economical. Because the material price of the fabric core layer is relatively low and the manufacturing process is relatively simple. This makes it advantageous in some cost sensitive application scenarios, such as small businesses or situations where transportation requirements are not particularly high.

The impact resistance performance is average: due to its structural characteristics, the fabric core type tubular conveyor belt has relatively weak resistance when facing larger impact loads. For example, in the case of conveying materials with sharp edges or sudden dropping of materials, it may cause damage to the fabric core layer of the conveyor belt. However, by reasonable operation and setting up buffer devices in the conveying system, this impact can be alleviated to a certain extent.