Classical V-Belts are the most commonly used V-Belts, available in 5 different cross-sections, namely A, B, C, D & E.

Flat belts are another common type of harvester belt, varying in width from 100-175mm.

Banded Wedge Belts are designed to manage drives with shock loads and limited space. Transmission power is better delivered by these banded belts where the drive trains include shocks and tremors, ensuring smooth operation of the machines even in smaller spaces.

Banded Belts - Raw Edge Cogged have serrated cogs enabling increased grip on the respective pulleys. These are used in smaller-sized pulleys due to their extensive flexibility in confined and limited space.

Wedge V-Belts are designed to be used in limited space. The belt design enables more effective power transmission in limited space, making it an essential transmission tool when there are space constraints.

Narrow belts are specifically designed to enable power transmission with greater energy savings. The width constraints are easily managed with narrow belts.

Raw Edge Cogged Belts have serrated cogs enabling increased grip on the respective pulleys. These are used in smaller-sized pulleys due to their extensive flexibility.

Hexagonal V-Belts are double-sided wedge belts used for multiple pulley drives. These are extensively utilised in rice mills all across the globe.

Harvester belts are specialised belts used in agricultural machinery for harvesting crops. They are designed to transfer power from the engine to the harvester components.

Banded Belts are designed to manage drives with shock loads. Transmission power is better delivered by these banded belts where the drive trains include shocks and tremors, ensuring smooth operation of the machines.

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Raw Edge Cogged Wedge Belts have serrated cogs enabling increased grip on the respective pulleys. These are used in smaller-sized pulleys due to their extensive flexibility.