Smooth PU conveyor belts — also known in many industries as PU Flat Conveyor Belts are widely used across applications requiring strict hygiene standards, durability, and high operational efficiency. With an ultra-smooth polyurethane (PU) surface and a flat, non-embossed structure, the PU Flat Conveyor Belt ensures gentle, clean product transportation while meeting stringent requirements in food processing, pharmaceuticals, electronics, textiles, and other precision-driven sectors.

Key Features of PU Flat Conveyor Belts

1. Structure

A PU Flat Conveyor Belt is typically constructed from multiple layers, with each layer optimized for tensile strength, load capacity, flexibility, and longevity:

  • Top Surface Layer (PU Coating): Pure polyurethane with a smooth, non-stick, hygienic finish that is antibacterial and easy to clean.

  • Tension Layer (Fabric Ply): Typically, a polyester material that enhances tensile strength and minimizes elongation.

  • Bottom Layer: Protects the fabric and increases abrasion resistance during roller and pulley contact.

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2. Basic Technical Specifications

Feature Specification
Belt Thickness 0.8mm – 3.0mm
Fabric Layers 1 – 3 Polyester Plies
Belt Width 200mm – 2000mm (customizable)
Belt Length 1m – 30m
Surface Hardness 85 – 95 Shore A
Operating Speed Up to 60 m/min
Working Temperature -20°C to 80°C (short-term up to 100°C)
Anti-Static Feature Optional (for electronics sector)
Common Colors White, Blue, Green, Black

All specifications for the PU Flat Conveyor Belt can be fully customized to match each production line’s operating requirements.

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3. Load Capacity & Operating Speed

Smooth PU conveyor belts and PU Flat Conveyor Belts support load capacities from 50 kg/m to 200 kg/m, suitable for light to medium-duty applications. Operating speed ranges between 5 m/min and 60 m/min, compatible with continuous and automated systems.

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4. Heat Resistance & Chemical Resistance

The PU Flat Conveyor Belt operates reliably within -20°C to 80°C, with certain enhanced versions capable of tolerating up to 100°C short-term. They offer strong resistance to oils, mild acids, solvents, and cleaning chemicals, maintaining long-term performance in demanding production conditions.

5. Mechanical Strength & Abrasion Resistance

Thanks to high-quality PU and reinforced fabric layers, smooth PU belts provide:

  • Excellent tensile strength
  • High tear resistance
  • Strong abrasion durability

Typical lifespan ranges from 3 to 5 years, depending on application and maintenance.

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Popular Types of Smooth PU / PU Flat Conveyor Belts

1. White PU Flat Conveyor Belt

Applications: Food processing, pharmaceuticals, high-hygiene environments.

Advantages:

  • Easy contamination detection

  • FDA/EU food-grade compliant

  • Non-toxic and odor-free

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2. Blue PU Flat Conveyor Belt

Applications: Electronics, packaging, general industrial manufacturing, textile production.

Advantages:

  • High visibility

  • Strong oil & heat resistance

  • Ideal for automated assembly lines

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3. Green & Dark-Green PU Conveyor Belts

Applications: Light-duty material handling, textiles, packaging.

Advantages:

  • Good wear resistance

  • Hides minor scratches or stains

  • Suitable for non-hygienic environments

4. Black PU Flat Conveyor Belt

Applications: Machinery, logistics, and material handling with oils and chemicals.

Advantages:

  • Excellent oil resistance

  • High abrasion strength

  • Ideal for harsh environments

Usage Guidelines

  • Store belts in dry, cool locations and avoid direct sunlight.

  • Clean the PU Flat Conveyor Belt regularly for optimal performance.

  • Avoid transporting sharp objects that may puncture the belt.

  • Do not overload beyond the recommended capacity.

  • Conduct periodic inspection and maintenance.

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Conclusion

PU Flat Conveyor Belt is an optimal solution for modern production lines across food, pharmaceutical, electronics, and textile industries. Choosing the right belt type, correct color coding, and a reliable supplier ensures improved production efficiency, reduced operational risks, and long-term cost savings.