General Introduction Abrasion Resistant Steel Cord Conveyor Belt is a high-performance Conveyor Belt specifically designed to withstand severe wear and tear in various industrial applications. It is primarily composed of a series of high-strength steel cords as the load-bearing skeleton and a special rubber compound with excellent abrasion resistance as the covering material.
Structural Features
steel cord Skeleton: Abrasion Resistant Steel Belt in the belt are usually made of high-quality steel, which possess remarkable tensile strength and flexibility. They are evenly distributed within the belt to provide strong support and ensure the belt can carry heavy loads without deformation or breakage. The arrangement of the steel cords is carefully designed to enhance the belt's longitudinal and transverse strength, enabling it to adapt to different conveying conditions.
Abrasion-Resistant Rubber Cover: The rubber cover on both sides of the belt is the key to its superior abrasion resistance. It is formulated with special rubber materials and additives that enhance its hardness, toughness, and wear resistance. The rubber cover can effectively protect the steel cord skeleton from external abrasion, impact, and corrosion, thereby prolonging the service life of the conveyor belt.
Performance Advantages
Excellent Abrasion Resistance: As the name implies, this type of Abrasion Resistant Steel Cord Belt has outstanding resistance to abrasion. It can endure the friction and scraping from conveyed materials, even in harsh environments where the materials have sharp edges or high hardness. This significantly reduces the wear rate of the belt, resulting in less frequent replacements and lower maintenance costs.
High Load Capacity: Thanks to the high-strength steel cord structure, the Superior Abrasion Resistant Steel Cord Conveyor Belt can carry extremely heavy loads. It can meet the requirements of conveying large quantities of materials in industries such as mining, quarrying, and port handling, improving production efficiency.