V-Belts (137,500+ items) - Page 73
AX53 Cogged, Classical V-Belt, 55 in Outside Length, 1/2 in Top Width, 5/16 in Thickness, 1 Ribs
5VX800 Banded Cogged, Wedge V-Belt, 80 in Outside Length, 5/8 in Top Width, 0.547 in Thickness
Power-Wedge Cog-Belt Heavy Duty V-Belt, 5V Section, 5/8 in W Top, 100.5 in L Outside, 17/32 in THK
2/BX71 Banded Cogged V-Belt, 74" Outside Length, 1-21/64" Top Width, 13/32" Thickness, 2 Ribs
2/BX68 Banded Cogged V-Belt, 71" Outside Length, 1-21/64" Top Width, 13/32" Thickness, 2 Ribs
Super II V-Belt Heavy Duty Super II V-Belt, B Section, 21/32 in W Top, 67.2 in L Outside
C128 Classical V-Belt, 132 in Outside Length, 7/8 in Top Width, 17/32" Thickness, 1 Ribs
3/3VX560 Banded Cogged V-Belt, 56" Outside Length, 1-9/64" Top Width, 5/16" Thickness, 3 Ribs
2/BX83 Banded Cogged V-Belt, 86" Outside Length, 1-21/64" Top Width, 13/32" Thickness, 2 Ribs
3VX235 Cogged, Wedge V-Belt, 23.5 in Outside Length, 3/8 in Top Width, 5/16" Thickness, 1 Ribs
About V-Belts
V belts are essential components in a wide array of machinery, efficiently facilitating power transfer between pulleys. V belts are flexible rubber or polymer belts with a trapezoidal cross-section that fits snugly into V-shaped pulleys. This design ensures a secure grip and efficient power transmission, making them indispensable in numerous industrial applications.
Types of V Belts:
Banded V Belt: Reinforced with multiple layers of fabric or cord, banded V belts offer exceptional strength and stability, ideal for heavy-duty machinery and high-torque applications.
Cogged V Belt: These V belts feature notches on the inner surface, enhancing flexibility and reducing heat buildup. Cogged belts are perfect for high-speed operations and environments where slippage is a concern.
Metric V Belt: Designed to metric specifications, these belts are widely used in European machinery and automotive applications, offering precise fits and reliable performance.
Link V Belt: Offering versatility and easy customization, link V belts consist of individual links that interlock to form a continuous belt. This design allows for seamless adjustments and replacements, minimizing downtime.