Polyurethane Belt
Key Features & Performance Advantages
- High Wear Resistance
Durable under continuous industrial use - Elastic & Flexible
Maintains performance under tension and heavy loads - Stable Power Transmission
Reduces slippage for precise motion and high efficiency - Chemical & Oil Resistant
Suitable for food, packaging, or industrial environments - Customizable Dimensions & Profiles
Designed to fit conveyors, packaging lines, and OEM machinery - Low Maintenance & Long Service Life
Reduces downtime and replacement frequency
Product Specifications
| Specification | X(mm) | Y(mm) | Hardness | M/Roll | Reinforced |
| A | 13 | 15 | 90-92A | 30 | OK |
| B | 17 | 19 | 90-92A | 30 | OK |
| C | 22 | 24.5 | 90-92A | 30 | OK |
Applications
- Industrial conveyors and material handling systems
- Packaging and food processing machinery
- Automated guided vehicles (AGVs) and robotics
- Printing, labeling, and assembly lines
- OEM replacement belts for industrial equipment
- General power transmission applications
Customization & Supply Options
- Custom widths, lengths, and hardness levels
- Flat, round, toothed, and custom profiles
- Small-batch prototyping and large-scale production
- OEM and replacement belt solutions
FAQ
Q1: What is a polyurethane belt used for?
It is used to transmit power and motion in conveyors, machinery, and automated systems.
Q2: Why choose PU or TPU belts?
They provide high wear resistance, elasticity, chemical resistance, and long service life compared to traditional rubber belts.
Q3: Can these belts be customized?
Yes, you can customize width, length, profile, and hardness according to your machinery requirements.
Q4: Which industries use polyurethane belts?
Industrial manufacturing, packaging, food processing, logistics, and OEM equipment widely use PU belts.
Q5: Are these belts resistant to oils and chemicals?
Yes, PU and TPU belts resist industrial lubricants, oils, and mild chemicals.










