Industrial Belts & V Belts

1. Experience the unparalleled reliability of the V Belt SKF B 48. Made in India with precision engineering by SKF, this genuine product ensures optimal power transmission and minimal slippage.
2. Crafted with high-quality materials, it withstands rigorous conditions, reducing maintenance costs. 
3. Ideal for industrial, agricultural, and automotive applications, it delivers consistent performance and durability. 
4. Trust in SKF's commitment to excellence for efficiency and peace of mind.

Banded classical V-belt

Belts provide a very efficient and cost-effective method for transmitting power from prime movers to driven machines. Banded classical belts are made up of two or more V-belts that are joined together on the top with a reinforced rubber band. This design provides an excellent transverse rigidity that prevents belt turnover, reduces vibration and eliminates excessive belt slip in case of heavy starts of the drive.

• Excellent transverse rigidity
• Low elongation during operation
• Oil and heat resistant
• Fully wrapped to resist abrasion
• Reduced energy consumption and increased mean time between failures   

Efficient Power Transfer: The V-belt is a specialized belt designed to transfer power between pulleys, converting rotational motion into mechanical energy.

Versatile Applications: Widely used in automotive, industrial machinery, agriculture, and more, V-belts play a crucial role in numerous applications.

Profile Design: The distinctive V-shaped cross-section of the belt corresponds to the shape of the pulley's groove, ensuring a secure fit and efficient power transmission.

Material Quality: Crafted from high-quality rubber or rubber composite, V-belts offer flexibility, durability, and resistance to wear.

Multiple Sizes: Available in various sizes denoted by letter codes (e.g., A, B, C) and numerical measurements, V-belts cater to different power requirements.

Tensile Strength: Engineered to withstand specific tension levels, V-belts ensure reliable power transmission while maintaining their integrity.

Temperature Resilience: Designed to perform across a range of temperatures, V-belts are suited for diverse operating environments.

Chemical Resistance: Resistant to oil, chemicals, and environmental factors, V-belts maintain their functionality even in demanding conditions.

Anti-Static Option: Some V-belts are designed with antistatic properties to prevent static buildup and discharge.

Efficiency Maximization: The V-belt's geometry and materials contribute to high-efficiency power transfer, reducing energy losses.

Ease of Installation: Proper tensioning is essential for optimal performance, and tools are available to assist with accurate installation.

Regular Maintenance: Periodic inspection and replacement when worn ensure continued efficiency and prevent unexpected failures.

Industry Applications: V-belts are integral in automotive engines, industrial machinery, HVAC systems, generators, and more.

Certified Quality: Many V-belts adhere to industry standards and might carry certifications indicating their quality and performance.

Expert Support: Manufacturers often provide guidance on belt selection, installation, maintenance, and troubleshooting.

Packaging: To ensure safe transport, V-belts are packaged securely, protecting them from damage during transit.

Wrapped classical V-belt

Belts provide a very efficient and cost-effective method for transmitting power from prime movers to driven machines. Classical V-belts have pre-tensioned polyester cords that provide low stretch during operation and a fibre-loaded rubber cushion that gives good transverse rigidity. Being fully wrapped in a heavy duty industrial fabric, the belts have a high resistance against abrasion.

• High flexibility
• Low elongation during operation
• Oil and heat resistant, with anti-static properties
• Fully wrapped to resist abrasion
• Reduced energy consumption and increased mean time between failures

Banded Classical V-belt

Belts provide a very efficient and cost-effective method for transmitting power from prime movers to driven machines. Banded classical belts are made up of two or more V-belts that are joined together on the top with a reinforced rubber band. This design provides an excellent transverse rigidity that prevents belt turnover, reduces vibration and eliminates excessive belt slip in case of heavy starts of the drive.

• Excellent transverse rigidity
• Low elongation during operation
• Oil and heat resistant
• Fully wrapped to resist abrasion
• Reduced energy consumption and increased mean time between failures

Banded classical V-belt

Belts provide a very efficient and cost-effective method for transmitting power from prime movers to driven machines. Banded classical belts are made up of two or more V-belts that are joined together on the top with a reinforced rubber band. This design provides an excellent transverse rigidity that prevents belt turnover, reduces vibration and eliminates excessive belt slip in case of heavy starts of the drive.

• Excellent transverse rigidity
• Low elongation during operation
• Oil and heat resistant
• Fully wrapped to resist abrasion
• Reduced energy consumption and increased mean time between failures