• Microporous carbonized layer forms when cover rubber encounters high temperature, providing burn resistance and preventing further heat transfer into the belt body
• Carbonized layer generates irregular small cracks during operation, allowing for natural cooling of the belt body
• Inorganic materials with diameter structure used as skeleton material, solving issues of high-temperature carbonization and shrinkage deformation
• Unique adhesive formula ensures superior bond strength between rubber and frame material
• High-temperature interlayer adhesive strength ≥3N/mm
• Withstands material temperatures of 200-600℃, with instantaneous tolerance up to 800℃

The latest burn-resistant conveyor belt features a metal spiral mesh integral belt core, offering exceptional performance characteristics:

• Resistant to burning, high temperature, and flame retardant
• Excellent puncture and tear resistance
• Low elongation and high interlayer adhesion strength
• Superior groove formation capabilities
• 100% vulcanized joint efficiency
• Short joint operation time with easy implementation
• Metal mesh core high temperature resistant conveyor belt: 150℃-200℃ operating temperature
• Metal mesh core burn resistant conveyor belt: 200℃-800℃ operating temperature