High Temperature Conveyer Belts

PRODUCT OVERVIEW
APPLICATIONS
FEATURES

High temperature conveyor belts are engineered to withstand extreme heat and harsh operating conditions, making them ideal for transporting materials in high-temperature environments. These belts are designed to resist deformation, stretching, and degradation even when exposed to temperatures that would typically cause conventional belts to fail. High temperature conveyor belts are commonly used in industries such as metallurgy, ceramics, food processing, glass manufacturing, and other high-heat environments. Their specialized construction and heat-resistant materials help maintain consistent, reliable performance in demanding conditions.

• Metal Manufacturing & Heat Treatment: High temperature conveyor belts are widely used in the metal industry, where they transport hot materials such as steel, aluminum, or metal ingots through furnaces, heat treatment processes, or cooling systems.

• Ceramics & Kiln Operations: In the ceramics industry, these belts are used to convey ceramic products through kilns during firing, glazing, or drying stages, where the temperature can reach several hundred degrees Celsius.

• Food Processing: High temperature conveyor belts are used in food processing applications such as baking, roasting, or frying. They are often found in baking ovens, cooking lines, or drying tunnels, where products like baked goods, snacks, or meat products are exposed to high heat.

• Glass Manufacturing: These belts are essential in glass production for conveying molten glass or finished glass products through various stages of production, such as cooling, tempering, or annealing, where high heat is consistently present.

• Rubber and Plastic Industries: High temperature conveyor belts are also used in rubber and plastic industries to handle materials in curing ovens, where they need to resist the heat generated during the vulcanization process.

Features

⮚ High-Temperature Resistance

⮚ Advanced Materials

⮚ Heat-Resistant Coatings

⮚ Durability and Longevity

⮚ Stable Performance at High Temperatures

⮚ Customizable Designs

⮚ Smooth Operation and Low Friction