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Frequently Asked Questions

Construction sites commonly use rubber conveyor belts with high tensile strength and abrasion resistance, designed to handle sand, gravel, cement, debris and aggregates under rough operating conditions.

Belts made from natural rubber, SBR or abrasion-resistant rubber compounds are preferred in heavy-duty construction works due to their durability, impact resistance and long service life.

Higher abrasion resistance reduces surface wear and material loss, which is critical in construction applications where sharp and coarse materials continuously impact the belt surface.

Belt width and thickness depend on material size, load capacity, conveyor length and speed. Heavier loads require thicker belts with stronger carcass construction.

Tensile strength is important in construction conveyor belts because it determines the belt’s ability to carry heavy loads without stretching or tearing, especially on inclined or long-distance conveyors used at construction sites.

Yes, heat-resistant belts are required when handling hot asphalt, clinker or cement, as standard belts may degrade under continuous high-temperature exposure.

Exposure to sunlight, moisture, dust and chemicals can shorten belt life. UV- and weather-resistant rubber compounds help maintain performance in open construction environments.

Anti-slip surfaces, tear-resistant carcasses, edge protection and fire-resistant properties improve operational safety and reduce downtime caused by belt failures.

Belts should be inspected daily for visible damage and undergo scheduled maintenance checks to identify wear, misalignment or material buildup early.

Selecting the right belt minimizes unexpected breakdowns, material spillage, maintenance frequency and replacement costs, improving overall project efficiency and timelines.