Classification of industrial belt materials

Industrial Belt Materials
Industrial belts come in diverse materials, each with unique characteristics and application scenarios. Below are common industrial belt materials and their features:

I. Rubber Material

1. Characteristics:

   • Excellent flexibility and wear resistance
   • Adaptability to complex working environments
   • High toughness and temperature resistance (up to 120°C)

2. Applications:

   • Widely used in conveying equipment across power, metallurgy, and chemical industries (e.g., coal conveyor belts, mining belts).
   • Specialized variants include oil-resistant, acid/alkali-resistant belts for customized demands.

II. Polyurethane (PU) Material

1. Characteristics:

   • High tensile strength and abrasion resistance
   • Superior oil and chemical corrosion resistance

2. Applications:

   • Ideal for high-load, high-speed transmission systems.
   • Performs reliably in harsh environments, particularly in chemical industries.

III. Polyester (PET) Material

1. Characteristics:

   • Composite of polyester fiber fabric and rubber
   • High strength, wear/corrosion resistance
   • Outstanding durability for extended lifespan and reduced maintenance costs

2. Applications:

   • Long-distance conveying in harsh environments (e.g., mining, ports).
   • High-tension/impact resistance scenarios.
   • Excels in high-speed transmission systems for textiles, light industry, and food processing.

IV. Nylon (PA) Material

1. Characteristics:

   • Composite of nylon fabric and rubber
   • Lightweight, high strength, wear/impact resistance
   • Waterproof and heat-resistant properties

2. Applications:

   • Medium/long-distance conveying in coal mining and construction materials industries.
   • Maintains stable performance under extreme conditions.
   • Widely adopted in precision transmission/positioning systems for electronics, machinery, and chemical industries.