WEAR-RESISTANT COVER FOR DURABILITY: Built with a CR rubberized, blended fabric cover, PIX industrial poly-v belts are designed to withstand daily wear and abrasion, ensuring long-lasting performance in demanding applications.
IMPACT-ABSORBING CUSHION MATRIX: Featuring a durable CR rubber compound cushion matrix, these v-belts absorb impact and offer flexibility, delivering consistent performance and reliability under constant use.
HIGH-TENSILE POLYESTER CORD STRENGTH: Reinforced with a strong polyester cord, these belts offer excellent tensile strength and reduce stretch, maintaining stable power transmission even in high-stress environments.
PRECISION-GROOVED COMPRESSION MATRIX: Made with a high-modulus rubber compound and precision grooved ribs, the compression matrix enhances grip and power transfer, reducing slip for consistent industrial performance.
ENGINEERED FOR RELIABILITY: Each layer, from the wear-resistant cover to the CR rubber cushion, is crafted to withstand tough conditions, ensuring reliable, high-performance operation across industrial applications.
وصف
"PIX Industrial Poly-V Belts are engineered for high-performance in demanding applications, combining durability, flexibility, and strength for reliable, long-term use. The wear-resistant cover, made from a CR rubberized, blended fabric, withstands daily abrasion, ensuring resilience in high-use environments. A CR rubber cushion matrix absorbs impact and enhances flexibility, resulting in smoother, quieter operations that reduce vibration for efficient power transmission. Reinforced with a high-tensile polyester cord, these belts provide stable performance under high stress, minimizing stretch and preserving integrity over time. The high-modulus compression matrix with precision-grooved ribs maximizes grip and belt-to-pulley contact, reducing slip and improving power transfer efficiency. With every layer crafted to support consistent industrial performance, PIX Industrial Poly-V Belts deliver the reliability and strength essential to heavy-duty applications."
