EP layered conveyor belt

The EP layered conveyor belt stands out with its unique structure and excellent performance. The load-bearing body of its skeleton is made of multi-layer synthetic canvas, tightly connected by adhesive layer, and then covered with a layer of covering glue that meets different needs. These conveyor belts strictly follow international standards such as DIN22102, AS1332, GB7984, and JISK6322, ensuring their high-quality performance in terms of strong type and cover adhesive requirements.

EP layered fabric core conveyor belts have been successfully applied in a wide range of industries both domestically and internationally, including mining, power, building materials, coal, ports, metallurgy, and chemical engineering. Its lightweight belt structure makes it more energy-efficient during transportation, its high modulus characteristics enable it to withstand high-intensity working pressure, and its impact resistance reduces the risk of equipment damage. The use of low elongation means that the conveyor belt can maintain stability even after long-term operation, good elasticity ensures the flexibility of the belt body under bending and load, and good grooving ensures a smooth conveying process. In addition, the EP canvas structure gives the conveyor belt excellent moisture and insect resistance, improving its service life and environmental adaptability.

1. High strength and low elongation: The tensile strength of the polyester canvas skeleton reaches 100-3000N/mm, which is 3-5 times higher than that of cotton canvas conveyor belts, and the elongation rate is ≤ 0.3%, ensuring dimensional stability during long-distance transportation and reducing the frequency of tension adjustment.

The tensile strength of polyester canvas skeleton reaches 100-3000N/mm, which is 3-5 times higher than that of cotton canvas conveyor belt, and the elongation rate is ≤ 0.3%, ensuring dimensional stability during long-distance transportation and reducing the frequency of tension adjustment.

2. Wear resistant and impact resistant: The covering rubber adopts a high wear resistant formula (wear amount ≤ 150mm ³), combined with a buffer rubber layer design, which can effectively resist the impact and scratches of materials such as ore and sand, and extend the service life by 40% compared to ordinary conveyor belts.

The covering adhesive adopts a high wear-resistant formula (wear amount ≤ 150mm ³), combined with a buffer adhesive layer design, which can effectively resist the impact and scratches of materials such as ore and sand, and extend the service life by 40% compared to ordinary conveyor belts.

3. Lightweight design: Under the same strength, EP layered conveyor belts are 20-30% lighter in weight than steel wire rope core conveyor belts, reducing the load on supporting equipment such as rollers and idlers, and minimizing energy consumption and equipment wear.

Under the same strength, the weight of EP layered conveyor belt is 20-30% lighter than that of steel wire rope core conveyor belt, reducing the load on supporting equipment such as rollers and idlers, and reducing energy consumption and equipment wear.

4. Flexible adaptability: Supports customized models for special working conditions such as oil resistance, acid and alkali resistance, and high temperature resistance (≤ 120 ℃). For example, nitrile rubber coating is suitable for oily materials, and EPDM rubber coating is suitable for acidic and alkaline environments.

Support customized models for special working conditions such as oil resistance, acid and alkali resistance, and high temperature resistance (≤ 120 ℃). For example, nitrile rubber coating is suitable for oily materials, and EPDM rubber coating is suitable for acidic and alkaline environments.

5. Convenient installation and maintenance: using hot vulcanization or mechanical joints, the joint strength can reach 90% of the belt itself, and the maintenance cost is low. The on-site repair process is mature and can be quickly restored for use.

Using hot vulcanization or mechanical joints, the joint strength can reach 90% of the belt itself, and the maintenance cost is low. The on-site repair process is mature and can be quickly restored for use.

1. Mining industry:

The transportation of raw ore and concentrate of metallic and non-metallic minerals, such as underground tunnels and open-pit mine transportation systems for iron ore, copper ore, and coal mines.

Adaptation scenario: Ore conveying for medium to long distances (≤ 500 meters) and material block sizes ≤ 300mm.

2. Production of sand and gravel aggregates:

Used for the classification and transportation of river sand and machine-made sand after crushing and screening, as well as the distribution of raw materials for concrete mixing plants.

Advantage: The wear-resistant adhesive layer can reduce the wear of the belt caused by sand particle friction and extend the replacement cycle.

3. Building materials and cement industry:

The transportation of cement clinker, limestone, gypsum and other powder and block materials is suitable for high temperature (≤ 100 ℃) and dust environment.

4. Ports and Logistics:

The loading, unloading, and transportation of bulk goods such as coal, grain, and fertilizers at container terminals and bulk cargo terminals support high-frequency start stop and large angle transportation.

5. Chemical and metallurgical industries:

The transportation of chemical raw materials (such as soda ash, fertilizers) and metallurgical slag can be customized with acid and alkali resistant EP conveyor belts to resist the erosion of corrosive materials.