Tubular shape design creates a closed system to prevent material spillage, minimize dust emission, and environmental contamination
Transport various materials safely and efficiently: optimize energy efficiency by minimizing friction, ensuring smooth and reliable operation over extended distances
Reduce negative effects on the environment
Exceptional abrasion and tear resistance
Optimize space utilization: Tubular conveyor belts can navigate tight curves, steep inclines, and complex layouts, making them ideal for routes with space constraints or obstacles
Can withstand heavy loads transportation at high speed
Long working life
Cover Properties | Tensile Strength | Breaking Elongation | Abrasion Loss | Anti Ozonea | Change rate of tensile strength & breaking elongation after hot air ageingb,% |
D | 18.0 | 400 | 90 | No Crack | -25~+25 |
H | 24.0 | 450 | 120 | No Crack | -25~+25 |
T1, T2 | 10.0 | 300 | 200 | -45~+45 | |
a. Anti ozone testing conditions: concentration (50±5) ×10-8 (volume fraction), temperature (40±2)℃ elongation (40±2)%, time 96h. b. Hot air ageing testing conditions: D, H type belt 70℃ × 168h; T1 type belt 100℃ × 168h; T2 type belt 125℃ × 168h. | |||||
Note: D-high abrasion working conditions; H-high tear working conditions; T1-Heat resistance 100℃ working conditions; T2-Heat resistance 125℃ working conditions. | |||||
Mining: Transporting minerals, coal, and ores with reduced dust and spillage.
Cement and Construction: Moving materials like cement and limestone while protecting them from contamination.
Power Plants: Handling coal and ash efficiently with minimal environmental impact.
Chemicals and Pharmaceuticals: Safely moving hazardous materials and keeping them uncontaminated.
Steel and Metal Processing: Carrying scrap, slag, and hot materials in tough environments.
Ports and Terminals: Loading and unloading bulk cargo like grains and coal, while minimizing spillage.
Waste Management: Moving recyclables and waste efficiently with less environmental impact.
Tunneling and Construction: Removing excavated materials in tight, underground spaces efficiently.