SEHR-36 & 72 (Crack-Resistant Up to 300°C)
Extra Heat Resistance for Extreme Temperature Applications
Our crack-resistant SEHR conveyor belts are engineered to excel in extreme heat environments, withstanding extremely high temperatures without compromising their structural integrity. SEHR-36 belts withstand temperatures up to 250°C, while SEHR-72 belts withstand temperatures up to 300°C. Designed with advanced materials and manufacturing techniques, these belts ensure long-lasting durability and reliable operation with innovative composition that resists cracking, even under continuous exposure to high temperatures.
SEHR-36 & SEHR-72
Crack-resistant heat conveyor belts engineered for extreme temperature environments — maintaining structural integrity under continuous high-heat exposure.
- SEHR-36 — withstands temperatures up to 250°C (lump materials)
- SEHR-72 — withstands temperatures up to 300°C (fine materials)
Key Features
What makes this product stand out
- Crack-resistant design for extreme heat environments
- Innovative composition resists cracking under continuous high heat
- Advanced materials and manufacturing techniques
- Long-lasting durability and reliable operation
- Maintains structural integrity in extreme temperatures
- Extra resistant to heat and abrasive materials
- Remains crack-less compared to traditional HR belts
- SEHR-36 - withstands temperatures up to 250°C
- SEHR-72 - withstands temperatures up to 300°C
Applications
- Red hot cement handling
- Hot clinker transportation
- Sintered ore conveying
- Phosphate material handling
- High-temperature material conveying
- Hot material handling up to 250°C (Lumps) & 300°C (Fines)
- Industrial processes demanding exceptional heat resistance
Somi Conveyor Beltings Ltd. is a leading provider of innovative conveyor belt solutions. Contact Us today to learn more about our crack-resistant SEHR conveyor belt and how it can meet your specific high-temperature application requirements.
Transform Your Operations with
SEHR-36 & 72 (Crack-Resistant Up to 300°C)
Extra Heat Resistance for Extreme Temperature Applications