High Performance Belts

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PIX is a pioneer in manufacturing various types of High Performance Belts. PIX has the global expertise in manufacturing the heavy-duty, High Performance, Industrial power transmission Belts for all those applications involving high power transmission, in compliance with all International Standards.

PIX High Performance Belts are available in Wrap, Raw Edge Cogged, Poly-V and in Timing Belt constructions. Enhancing its scope beyond the standard Belts, PIX has developed the Heavy Duty, High Performance Belts, Maintenance-free Muscle Series Belts in Wrap and Raw Edge Cogged constructions.

PIX Terminator Heavy-duty, High Performance Belts, Wrap Transmission Belts are available in dry-cover construction mainly for the mining application and they offer enhanced power transmission capacity up to 55% over the standard Belts. PIX-torqeuplus-XT2, heavy-duty High Performance Belts are available in timing construction, offering 50% to 70% enhanced power-rating over the standard HTD / STD sections of the Timing Belts.

PIX-Industrial Wrap Construction Belts

FAQ - High Performance Belts

What are High Performance Belts?

High Performance Belts are specialized Belts designed to exceed standard belt performance, often providing superior strength, durability, and efficiency in various industrial applications.

Where are High Performance Belts commonly used?

They find applications in industries such as automotive racing, aerospace, high-speed manufacturing equipment, precision machinery, and advanced technology sectors that demand top-tier performance from Belts.

What sets High Performance Belts apart from standard Belts?

High Performance Belts are engineered using advanced materials, specialized designs, and precise manufacturing techniques to offer exceptional durability, power transmission, and resistance to extreme conditions.

What materials are High Performance Belts typically made from?

They are crafted from cutting-edge materials such as advanced polymers, carbon fiber, aramid fibers, or specialized rubbers, often reinforced with multiple layers for added strength and performance.

What are the advantages of High Performance Belts?

They offer superior power transmission, extended lifespan, resistance to extreme temperatures, high-tension capabilities, reduced stretching, and enhanced efficiency compared to standard Belts.

How often should High Performance Belts be replaced?

Replacement intervals vary based on usage, load, environmental conditions, and manufacturer recommendations. Regular inspections and adherence to maintenance schedules are critical.

What are signs that a High Performance Belt needs replacement?

Signs include visible wear, fraying, loss of tension, increased noise during operation, reduced efficiency, or reaching the recommended service life specified by the manufacturer.

Can I replace a High Performance Belt myself?

Replacement requires specific tools and expertise due to the advanced nature of these Belts. It's advisable to have trained technicians or experts handle the replacement.

How can I maintain High Performance Belts for optimal performance?

Regular inspection for wear, proper tension adjustment, alignment checks, following manufacturer-recommended maintenance schedules, and avoiding harsh conditions are essential for maximizing performance.

Can High Performance Belts operate in extreme conditions?

They are engineered to perform in a wide range of temperatures and conditions, but extreme heat, cold, moisture, or exposure to chemicals can affect their performance and longevity.