- Protect the road surface and reduce damage
✅ Low ground pressure: Rubber track shoes disperse the weight of equipment, reduce the pressure on sensitive road surfaces such as asphalt and concrete, and avoid indentation or cracking.
✅ No metal scratching: The rubber surface will not scratch newly laid asphalt or hardened ground, suitable for municipal engineering, garden construction and other scenarios. - Shock absorption and noise reduction to enhance comfort
✅ Buffer vibration: The elasticity of rubber can absorb the impact of equipment walking, reduce cabin vibration, and improve operational comfort.
✅ Reduce noise: Compared to steel tracks, rubber tracks can reduce noise by 10-15 decibels, making them suitable for residential areas or nighttime construction. - Excellent anti slip performance
✅ Enhance traction: The rubber surface can be designed with patterns (such as herringbone or block patterns) to provide better grip on wet and muddy surfaces.
✅ Adapt to complex terrain: In soft conditions such as snow and sand, rubber tracks are less likely to slip than steel tracks. - Lightweight, energy-saving and efficient
✅ Reduce energy consumption: Rubber tracks are 20% -30% lighter than steel tracks, reducing equipment walking resistance and saving fuel or electricity consumption.
✅ Improving Mobility: Lightweight design is particularly suitable for small excavators or agricultural machinery, enhancing transfer efficiency. - Corrosion resistance and easy maintenance
✅ Chemical corrosion resistance: Rubber is not easily corroded by salt, acid, alkali, etc., making it suitable for use in coastal or chemical plant areas.
✅ No lubrication: No need to frequently add lubricating grease like steel tracks, reducing maintenance costs. - Adaptability to special environments
✅ Low temperature toughness: High quality rubber maintains elasticity at -30 ℃, avoiding brittle cracking in harsh cold environments (such as Northern Europe, Canada, etc.).
✅ High temperature stability: The heat-resistant rubber formula can withstand road surface temperatures above 100 ℃ for a short period of time (such as asphalt paving conditions).
