Upgraded Version 2r-c112 Conventional V-belt Banded - 2 Ribs - Mbl (usa) Mfg - Type C V-belt Easy Returns [yVLEnMBo]

Upgraded Version 2r-c112 Conventional V-belt Banded - 2 Ribs - Mbl (usa) Mfg - Type C V-belt Easy Returns [yVLEnMBo]

Experience the reliability and durability of the 2R-C112 Conventional V-Belt Banded, a top-tier product from MBL (USA) Mfg. Engineered with precision and designed for heavy-duty applications, this Type C V-Belt is a versatile solution for power transmission systems. Its robust construction ensures exceptional performance, even under challenging conditions.

Robust Design and Enhanced Performance

The 2R-C112 Conventional V-Belt Banded features a Type C cross section with two ribs, providing superior strength and stability. Its belt code, 112, indicates its high load-carrying capacity, making it ideal for tough applications where multiple drive belts are subjected to heavy shock and pulsating loads. The banded design not only prevents belt whip and turnover but also reduces vibration and jumping off, ensuring a smooth and efficient operation.

• Heat, Oil, and Flex Resistance: The belt withstands extreme temperatures and oils, maintaining optimal performance in various environments.
• High Antistatic Property: The 2R-C112 Conventional V-Belt Banded reduces the risk of static buildup, preventing damage to sensitive electronic components.

Practical Applications and Longevity

The 2R-C112 Conventional V-Belt Banded is designed for applications requiring a robust power transmission solution. Its lateral rigidity ensures the belt runs in a straight line, minimizing wear and extending the belt's lifespan. The frictional and wedging principles of the V-Belt drive prevent slip at low tension and low bearing loads, ensuring a consistent and reliable performance. With the MBL (USA) Mfg quality assurance, you can trust that this belt will meet your demanding needs.

• Multiple Drive Belts: The belt is suitable for systems with multiple drive belts, where it can effectively manage heavy shock and pulsating loads.
• Reduced Wear: The belt's design minimizes wear, leading to longer service life and reduced maintenance costs.