Last Chance 3r-c103 Conventional V-belt Banded - 3 Ribs - Mbl (usa) Mfg - Type C V-belt Set [iKq1ryLD]

3R-C103 Conventional V-Belt Banded

The 3R-C103 Conventional V-Belt Banded is a robust power transmission solution designed for demanding applications. This heavy-duty belt boasts a Type C cross-section with three ribs, ensuring maximum durability and performance. Engineered with MBL (USA) Mfg, it is renowned for its exceptional heat, oil, and flex resistance, coupled with high antistatic properties. Key features include:

• Triple rib design for increased strength and stability
• Heat, oil, and flex resistance for long-lasting performance
• High antistatic properties to prevent electrical buildup

Product Specifications and Technical Details

The 3R-C103 V-Belt is tailored for tough environments where multiple drive belts are subjected to heavy shock and pulsating loads. Its banded design is a game-changer, preventing belt whip, turnover, vibration, and jumping off, which are common issues in multiple drive applications. The belt's lateral rigidity ensures a straight path through pulley grooves, reducing wear during strong pulsating or shock loads. Technical specifications include:

• Conventional V-Belt design for versatile applications
• Band reinforcement for added durability and stability
• Reduced wear and tear with lateral rigidity during high loads

Practical Uses and Target Audience

The 3R-C103 Conventional V-Belt Banded is an ideal choice for various industries and applications. Its robust construction and advanced features make it perfect for machinery and equipment that require reliable power transmission under challenging conditions. Whether you're operating in manufacturing, agriculture, or industrial settings, this belt is designed to enhance your equipment's performance and longevity. Target audience includes:

• Manufacturers and industrial plants
• Equipment and machinery operators
• Maintenance and service professionals

Invest in the 3R-C103 Conventional V-Belt Banded and experience the difference in performance and reliability.