conveyor belt manufacturer

Fabric Conveyor Belt

Fabric conveyor belt, also called textile conveyor belt, are commonly used for a variety of material handling applications. They consist of multiple layers of fabric and are known for their flexibility, ease of use, and adaptability. We provide EP fabric conveyor belt and NN faric conveyor belt for sale.

  • Product Introduce
  • Advantages
  • Application & Gallery
  • Technical Parameters
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Introduction

Construction of Fabric Conveyor Belts

  1. Top Cover: The top cover is typically made from rubber or other synthetic materials to provide abrasion resistance and protect the fabric layers beneath. The cover material can be selected based on the specific requirements of the application, such as resistance to heat, oil, or chemicals.
  2. Fabric Plies: Fabric conveyor belts are made up of multiple layers of fabric, known as plies. These plies are usually made from materials such as polyester (EP), nylon (NN), or cotton. The number of plies and the type of fabric used can vary based on the belt's intended use and required strength.
  3. Bottom Cover: Similar to the top cover, the bottom cover protects the fabric layers from damage and wear caused by contact with conveyor components like pulleys and idlers.
  4. Skim Coats: Between the fabric plies, skim coats of rubber or other materials are applied to bond the layers together and enhance the overall durability and performance of the belt.

Types of Fabric Conveyor Belts

  1. General-Purpose Belts: Designed for standard material handling applications with moderate loads and environmental conditions.
  2. Heavy-Duty Belts: Built with additional plies or stronger fabric materials to handle heavier loads and more demanding applications.
  3. Specialty Belts: Customized for specific needs, such as heat-resistant belts for high-temperature applications, oil-resistant belts for handling oily materials, or flame-retardant belts for use in environments with fire hazards.

Advantages & Highlights

  • Flexibility

    Fabric belts are highly flexible, making them suitable for applications with small pulley diameters and intricate conveyor systems.

  • Versatility

    They can handle a wide range of materials, from light to moderately heavy loads, and can be used in diverse environments and industries.

  • Cost-Effective

    Fabric belts are generally more economical than steel cord belts, making them a cost-effective solution for many applications.

  • Ease of Maintenance

    These belts are relatively easy to install, maintain, and repair, reducing downtime and maintenance costs.

  • Customizable

    Fabric belts can be customized in terms of fabric types, cover materials, and belt widths to suit specific application needs.

Application & Gallerys

  • Mining and Quarrying: Transporting ores, coal, rocks, and aggregates in mining operations and quarries.
  • Construction: Handling construction materials like sand, gravel, cement, and debris.
  • Heavy Industry: Moving large and heavy components in manufacturing plants and steel mills.
  • Bulk Material Handling: Conveying bulk materials such as grain, fertilizer, and biomass.
  • Power Plants: Transporting coal and other fuels in power generation facilities.
  • Recycling and Waste Management: Handling heavy and abrasive waste materials and recyclables.
  • fabric conveyor belt
  • fabric conveyor belt
  • fabric conveyor belt
  • fabric conveyor belt
  • fabric conveyor belt
  • fabric conveyor belt

Technical Parameters

EP Conveyor Belt
Fabric Type Fabric Warp Fabric  Weft Fabric Ply Thickness (Mm/P) Ply Layers Top Cover Bottom cover Width (mm) Length (m)
EP POLYESTER POLYESTER EP100 1 2-10 2.0-8.0 0-4.5 300-2300 ≤300
EP POLYESTER POLYESTER EP125 1 2-10
EP POLYESTER POLYESTER EP150 1.1 2-10
EP POLYESTER POLYESTER EP200 1.2 2-10
EP POLYESTER POLYESTER EP250 1.4 2-10
EP POLYESTER POLYESTER EP300 1.6 2-6
EP POLYESTER POLYESTER EP350 1.8 2-6
EP POLYESTER POLYESTER EP400 2 2-6
EP POLYESTER POLYESTER EP450 2.1 2-6
EP POLYESTER POLYESTER EP500 2.2 2-6
NN Conveyor Belt
Fabric Type Fabric Warp Fabric  Weft Fabric Ply Thickness (Mm/P) Ply Layers Top Cover Bottom cover Width (mm) Length (m)
NN NYLON NYLON NN100 1 2-10 2.0-8.0 0-4.5 300-2300 ≤300
NN NYLON NYLON NN125 1 2-10
NN NYLON NYLON NN150 1.1 2-10
NN NYLON NYLON NN200 1.2 2-10
NN NYLON NYLON NN250 1.4 2-10
NN NYLON NYLON NN300 1.6 2-6
NN NYLON NYLON NN350 1.8 2-6
NN NYLON NYLON NN400 2 2-6
NN NYLON NYLON NN450 2.1 2-6
NN NYLON NYLON NN500 2.2 2-6
Cover Grade Standards
Grade Standard Abrasion MM3 Breaking strength N/MM2 Elongation at break %
W DIN22102 90 18 400
X DIN22102 120 25 450
Y DIN22102 150 20 450
Z DIN22102 200 15 350
W DIN22131 90 18 400
X DIN22131 120 25 450
Y DIN22131 150 20 400
K DIN22131 200 20 400
H ISO15236 120 24 450
L ISO15236 200 18 350
K ISO15236 200 15 350
I RMA 170 17 400
II RMA 200 14 400
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