Wea-resistance Conveyor Belt

Xiamen Hee Industrial Belt Co., Ltd. is one of the most professional manufacturers and suppliers of wea-resistance conveyor belt in China. With abundant experience, we warmly welcome you to buy high quality wea-resistance conveyor belt at competitive price from our factory.

This is the **grass-pattern inclined rubber climbing conveyor belt** produced by Jiangsu XINBEX (Xinbeike). The surface is rough and uneven, specially designed for inclined material transportation to prevent the materials from sliding down. It is commonly used in the logistics industry.

Key Parameters

- **Model**: NBE-B50/D
- **Purpose**: Inclined conveyor (Incline Conveyor)
- **Surface Pattern**: Grass pattern (Grass Pattern), raised and rough texture, increasing friction and preventing the materials from slipping or rolling down during the climbing process
- **Thickness**: 5.0 mm
- **Applicable Temperature Range**: -15℃ ~ 80℃, resistant to low temperatures, can also be used in northern low-temperature environments
- **Minimum Drum Diameter**: 90 mm, suitable for small and medium-sized conveying drums
- **Connection Method**: Metal snap fasteners / Hot welding options available

### Product Features

1. **Large Angle Conveying**: The rough grass-pattern surface provides strong grip, enabling large-angle upward transportation without the need for additional guard edges, simplifying the equipment structure.
2. **Low Temperature Resistance**: Rubber does not easily harden or crack in low temperatures, making it suitable for outdoor and cold storage logistics scenarios.
3. **Rubber Material**: Wear-resistant and anti-slip, suitable for paper boxes, bagged materials, and bulk goods transportation in logistics.
4. **Two Connection Options**
- Metal snap fasteners: Quick to disassemble and assemble on-site;
- Hot welding: Flat and seamless joints, smoother operation, less prone to tearing.

### Application Scenarios

Logistics sorting lines, warehouse inclined conveyor lines, used to lift and transport goods from lower levels upwards, solving the problem that ordinary smooth belts tend to slip and spill when the inclination angle is slightly larger.