- 产品描述
- 产品优势
- 工艺流程
- 技术参数
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Use
Highly wear-resistant, energy-efficient multi-layer fabric-cored conveyor belts are particularly well-suited for applications in mining, stone crushing and screening, sand washing, ports, power plants, metallurgy, chemical industry, coal mining, steel mills, cement plants, construction, and other industries. They are ideal for most medium- and long-distance conveying applications involving high loads and high-speed material transport.
Features
1. Energy saving: By enhancing rubber elasticity and reducing the transmission friction coefficient, power consumption can be reduced by 10% to 15%.
2. Wear Resistance: The surface coating features high elasticity, excellent wear resistance, high strength, outstanding fatigue resistance, superior impact resistance, good groove compatibility, strong bonding between the multi-layer fabric carcass plies, and a long service life.
3. Types: Heavy-duty conveyor belts that can be manufactured with high-strength, multi-layer fabric cores, including general-purpose, wear-resistant, oil-resistant, heat-resistant, cold-resistant, acid- and alkali-resistant, flame-retardant, and antistatic types.
4. Specifications: This is a multi-layer fabric-cored rubber conveyor belt featuring a warp-and-weft interwoven structure. The core layer is made of (nylon/EP/NN/EE/polyester) fabrics, while the outer layer is coated with SBR, NBR, or EPDM rubber. We are a professional manufacturer of heavy-duty industrial fabric-cored rubber conveyor belts. These fabric-cored conveyor belts are renowned for their exceptional high strength, fatigue resistance, abrasion resistance, durability, and energy efficiency. They can meet the demands of medium- and long-distance transportation under various mining and industrial conditions and are widely used across diverse industries.
Application areas
Our multi-layer fabric rubber conveyor belts are particularly well-suited for use in mining, fertilizer production, power plants, cement plants, steel mills, metallurgy, coal mining, grain handling, chemical industries, ports, construction, and other sectors. They are ideal for most short-distance, medium-to-long-distance, high-load, and high-speed material-handling applications.
Specifications and Technical Data
Fabric type Fabric structure Fabric specifications Thickness Strength (N/mm) Coverage thickness Width Length Twist Latitude line mm/ply 2ply 3Ply 4ply 5ply Top Bottom Millimeter Rice Nylon
Polyester EP
Neural network
Electrical Engineering
Polyester Polyamide Nylon/EP Polyester/NN/EE80 0.95 160 240 320 400 1.5–12
0-4.5
400-2500 50-500 Nylon/EP Polyester/NN/EE100 1 200 300 400 500 Nylon/EP Polyester/NN/EE150 1.1 300 450 600 750 Nylon/EP Polyester/NN/EE200 1.2 400 600 800 1000 500-2500 Nylon/EP Polyester/NN/EE250 1.35 500 7500 1000 1250 Nylon/EP Polyester/NN/EE300 1.45 600 900 1200 1500 Nylon/EP Polyester/NN/EE350 1.6 - 1050 1400 1750 800-2500 Nylon/EP Polyester/NN/EE400 1.75 - - 1600 2000 1000-2500 Nylon/EP Polyester/NN/EE500 1.9 - - 2000 2500 Nylon/EP Polyester/NN/EE630 2.1 - - 2400 3000 Adhesion and elongation of conveyor belts
Bond strength Elongation Interlayer (N/mm) Between rubbers Longitudinal elongation ≥ % Longitudinal elongation under reference load %6s Nylon/EP Polyester/NN/EE Conveyor Belt ≥5 ≥5 10 2 Coverage Rubber Quality/Grade Standard Performance Parameters
Cover Level Tensile strength Elongation Wearing Tensile Strength and Elongation After Aging Standard ≥ ≥ ≤ Ocean Conservation Society % MM3 % M 24 450 125 Minus fifty Australian Standard AS1332-2000 Grace 17 400 200 Minus fifty RMA1 17 400 175 Minus fifty American standard RIMA2 14 350 250 Minus fifty Z 15 350 250 Minus fifty German standard DIN 22102 Y 20 400 150 Minus fifty X 25 400 120 Minus fifty W 18 400 90 Minus fifty C 10 150 200 Minus fifty Russian Standard Grace 15 400 100 Minus fifty T2 14.7 300 200 Minus fifty M 14.7 350 150 Minus fifty
High-wear-resistant conveyor belt
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