XPB Series Narrow Wedge Cogged Industrial V-Belts – High-Efficiency Power Transmission for Demanding Applications
XPB Series Narrow Wedge Cogged Industrial V-Belts are engineered for superior performance in heavy-duty and high-speed industrial drive systems. As part of the metric narrow wedge family, these belts are manufactured in accordance with DIN 7753 and ISO 4184 standards, ensuring universal compatibility with European and global machinery. Their cogged, raw-edge construction enhances flexibility, energy efficiency, and overall belt durability—making XPB belts an ideal choice for compact, high-performance power transmission systems.
Advanced Cogged Construction for Maximum Efficiency
XPB belts feature a 17 mm top width, 14 mm height, and a 40° included angle, providing increased torque capacity in a compact profile. Built from heat- and oil-resistant synthetic rubber and reinforced with high-strength polyester tensile cords, these belts offer exceptional stability, reduced stretch, and excellent resistance to wear and environmental stress.
The precision-molded raw-edge cogs significantly reduce bending resistance, allowing the belt to run cooler and more efficiently—especially on smaller pulley diameters. This results in reduced energy loss, longer service life, and reliable performance in high-speed or continuous-duty applications.
XPB Cogged V-Belt Specifications
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Top Width: 17 mm
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Height: 14 mm
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Included Angle: 40°
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Pitch Width: ~14 mm
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Length Range: 1250 mm to 5000+ mm
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Construction: Heat- & oil-resistant rubber with polyester cords
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Cogged Design: Precision-molded for enhanced flexibility
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Operating Temperature: -30°C to +80°C
Applications of XPB Industrial V-Belts
XPB series belts are widely used in high-demand machinery, including:
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HVAC blowers, fans, and compressors
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Mining and construction equipment
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Conveyor and automated packaging systems
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Machine tools and industrial automation
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Agricultural and forestry machinery
Why Choose XPB Cogged Belts?
XPB belts deliver higher power transmission, reduced slippage, and extended service life compared to conventional industrial V-belts. Their advanced cogged design boosts flexibility and reduces energy consumption, making them the preferred solution for OEMs and maintenance teams optimizing belt-driven systems for reliability, efficiency, and long-term performance.