Engineered for high-drop loading, sharp materials and severe bulk handling conditions.
At high-impact loading points, belt damage can start from surface cutting and quickly develop into carcass penetration, crack growth or longitudinal ripping. BOTON helps protect critical conveyor sections through tough cover compounds, reinforced belt structures, rip-protection layers and optional digital monitoring.
Explore Protection Structure
Impact protection is not achieved by one material alone. It depends on the combined performance of the cover, reinforcement, carcass and rip-protection design.
Typical structure concept. Actual construction may vary depending on belt type and operating conditions.
The top cover is the first defense against sharp materials, repeated impact and surface cutting. A high-toughness cover compound helps resist local deformation, tearing and crack initiation.
Typical structure concept. Actual construction may vary depending on belt type and operating conditions.
The reinforcement layer helps absorb and distribute impact energy at the loading point, reducing local stress concentration before it reaches the carcass.
Typical structure concept. Actual construction may vary depending on belt type and operating conditions.
The fabric carcass provides tensile strength, flexibility and fatigue resistance. It helps maintain belt stability under repeated dynamic loading and harsh conveying conditions.
Typical structure concept. Actual construction may vary depending on belt type and operating conditions.
The rip-protection layer helps contain crack growth and reduce the risk of local damage developing into long-distance longitudinal ripping.
For critical conveyors, mechanical belt protection can be combined with online monitoring to detect abnormal tearing, internal damage or cover wear before they become major failures.
Each protection mechanism is evaluated against real damage scenarios commonly found in high-impact conveying operations.
Evaluates how the belt structure absorbs sudden loading energy and protects the carcass under repeated impact.
Evaluates how the belt structure absorbs sudden loading energy and protects the carcass under repeated impact.
Evaluates how the cover and reinforcement system resist crack propagation after cutting, penetration or impact damage.
Evaluates how the cover and reinforcement system resist crack propagation after cutting, penetration or impact damage.
Measures resistance against tearing forces and helps assess the risk of damage extension.
Mechanical belt structure helps reduce impact and rip risk. Digital monitoring helps detect hidden damage and wear before they develop into major failures.
Download the product brochure for key features, applications, and solution highlights.
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