PIX, a globally trusted brand, manufactures a wide range of high-quality mechanical power transmission Belts, incorporating state-of-the-art, reliable Belt technology to withstand the challenging working conditions of CNC / Machine tools.
PIX Duo®–XV (Double-cog, Variable Speed Belts)
Double-sided cog profile offers enhanced flexibility and heat dissipation rate
Excellent dimensional stability
High lateral rigidity
Designed specially to perform smoothly on small pulley diameters
Temperature range: -25°C to +100°C
PIX-Xpedient®–XT (Polyurethane Belts)
Highly flexible with longitudinal toughness to ensure perfect tooth meshing
No dust-generation or flaking, while in operation
Homogeneous, throughout its cross-section by the thermoset moulding process
Superior wear and abrasion resistance
High resistance to oil and grease
Excellent resistance to ageing, UV and ozone
Low vibrations and reduced noise levels
Temperature range: -30°C to +80°C (up to +110°C for a short period)
PIX-TorquePlus®-XT2 (High-power, Timing Belts)
50% to 70% enhancement in power-rating over PIX-X'act® HTD/STD Belts
Higher angular speed, resistance to loads and low noise
Optimum operational efficiency and augmented Belt life
Lower operational cost
Anti-static properties as per ISO 9563
Oil & heat resistance
Temperature range: 100°C
PIX-Xceed® (Ribbed / Poly-V Belts)
High power transmission capacity
Suitable for small pulley diameters
Maximum Belt linear speed up to 60 m/sec
Highly flexible, noise-free & smooth running
Suitable for speed ratios up to 1:30
Anti-static oil & heat resistant
Temperature range: -25°C to +100°C
PIX-X'tra® (Moulded Raw Edge Cogged Belts)
Higher power transmission capacity than wrapped Belts
Special cog design for enhanced flexibility and heat dissipation rate
Suitable for drives using smaller diameter pulleys and high RPM
Anti-static, oil & heat resistant
Maximum Belt linear speed (Classical section: up to 30 m/Sec, Wedge: up to 42 m/Sec, Narrow: up to 45 m/Sec)
Temperature range: -25°C to +100°C
PIX-X'set® (Wrap Construction Belts)
High power transmission capacity than standard Belts
High strength tensile member with
minimum elongation
Controlled radial and lateral run-out,
facilitates smooth operation
Top curvature provides superior
adhesion and accelerates the heat
dissipation rate