Min. Order:100 Meter
Transportation:Ocean,Land
Port:Qing Dao Port,Tian Jin Port,Ning Bo Port
$16≥100Meter
Model No.: TT-I001
Brand: TieTa Rubber
Silicone Rubber (VMQ)/Fluororubber (FKM): Temperature resistance range *-50 ℃~+300 ℃
Multi Layer Composite Vulcanization Proc: PTFE non stick coating or anti slip ridges
Packaging: Roll packaging,Wooden crate/wooden frame packaging,Palletizing,Special environmental packaging,Bare packaging and simple packaging
Productivity: Month supply capacity of 50000
Transportation: Ocean,Land
Place of Origin: KaiFeng He Nan China
Supply Ability: 500000/㎡
Certificate: ISO9001,Conformité Européene
HS Code: 4010120000
Port: Qing Dao Port,Tian Jin Port,Ning Bo Port
1000mm Width Heat Resistant Rubber Conveyor Belt – Durable, High-Temperature Solution for Industrial Material Handling
This industrial-grade conveyor belt, designed with a 1000mm width and advanced EPDM rubber compound, offers superior performance in extreme thermal environments. Engineered for long-term reliability under continuous high-temperature conditions, it is ideal for applications where standard belts fail prematurely due to heat degradation or mechanical wear. The belt’s robust construction combines a reinforced polyester fabric carcass with a specialized heat-resistant cover layer, ensuring consistent operation across diverse sectors such as mining, power generation, cement production, and metal processing.
Key Features:
Detailed Description:
The 1000mm wide heat-resistant conveyor belt utilizes a premium EPDM rubber matrix combined with a high-tensile polyester textile carcass. Unlike traditional natural rubber belts that degrade rapidly under thermal stress, this solution leverages the molecular structure of EPDM to resist oxidative breakdown and maintain elasticity at elevated temperatures. Its surface layer is specially formulated to reduce frictional heating during material transfer, which further enhances longevity. The belt undergoes rigorous quality control tests including tensile strength assessment, flex fatigue resistance, and temperature endurance cycles—ensuring compliance with international specifications such as ISO 21187 and EN 13849-1 for industrial safety and durability.
Common Applications:
This product excels in demanding environments such as:
Its ability to function reliably in both indoor and outdoor settings makes it an optimal choice for global industries seeking low-maintenance, high-efficiency material movement solutions. Whether used in arid desert climates or humid tropical regions, the belt remains resilient against environmental stressors that typically compromise other types of conveyor systems.
User Feedback Highlights:
Operators in Europe and North America have reported improved uptime and reduced maintenance costs after switching to this heat-resistant option. One user noted, “In our limestone processing plant, we saw a 60% reduction in belt replacements over two years—a significant saving in both labor and operational expenses.” Another praised its adaptability: “Even in winter conditions, the belt doesn’t stiffen or crack—unlike older models we used before.”
Frequently Asked Questions:
Can this belt operate continuously at 150°C? Yes, it is specifically engineered for sustained exposure within this temperature range without compromising performance.
Is it suitable for food-grade applications? No, while safe for industrial use, it is not certified for direct contact with consumable products due to its rubber composition.
How does it compare to silicone-based belts? While silicone offers higher peak temperature tolerance, EPDM provides better overall cost-effectiveness, wear resistance, and anti-aging characteristics for most industrial scenarios.
What maintenance is required? Regular inspection for signs of surface wear, tension adjustment, and cleaning of rollers are recommended every 3–6 months depending on usage intensity.
This 1000mm width heat-resistant rubber conveyor belt stands out as a reliable, long-lasting solution for modern industrial logistics needs—offering unmatched value through enhanced durability, reduced lifecycle costs, and consistent performance across challenging operating conditions worldwide.