Burning Resistant Conveyor Belt

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For conveying high-temperature materials in metallurgy, construction and related industries

Product Overview

Burning resistant conveyor belt is mainly used in metallurgy, construction and related industries for conveying high-temperature materials such as sinter, coke and cement clinker.

The temperature of the conveyed material should be under 800°C, while the belt surface temperature should be no more than 300°C during operation.

Key Features

High Temperature Resistance

Suitable for conveying high-temperature materials in industrial environments.

Up to 800°C Material Temperature

Designed for materials whose temperature does not exceed 800°C.

Belt Surface up to 300°C

Operates under conditions where belt surface temperature remains under 300°C.

Longer Service Life

Compared with general heat-resistant belts, service life can be about 2-4 times longer.

Specifications / Standard and Main Index

Cover material: EPDM rubber

Frame material: High temperature resistant canvas

Material temperature: Under 800°C

Belt surface temperature: Under 300°C

Service life: About 2-4 times longer than general heat-resistant conveyor belt

Burning Resistance Test Comparison

Ablative Anti-burning Type

Test result of the anti-burning conveyor belt with anti-burning properties under 500°C high temperature.

General Heat-resistant Type

Test result of the general heat-resistant conveyor belt under the same 500°C test condition.

Applications

Metallurgy

Suitable for conveying sinter and other high-temperature materials in metallurgical plants.

Coking Plants

Used for hot coke conveying and other demanding high-temperature transfer conditions.

Cement Industry

Applicable for conveying cement clinker and related hot bulk materials.

Heavy Industrial Transfer

Designed for continuous conveying in high-temperature industrial environments.

Why Choose Our Burning Resistant Belt

Our burning resistant conveyor belt is designed for high-temperature conveying conditions in metallurgy, construction materials and related heavy industries. It offers stable operation, reliable anti-burning performance and longer service life in demanding environments.