Fenner Coupling Manufacturer in India

Fenner Coupling Supplier and Exporter

BV Transmission is the well known brand name in the industrial market as a leading Manufacturer and Supplier of Fenner Coupling. We are manufacturing the high strength Fenner Couplings using the high quality steel or cast iron and incorporating the latest polymer composite technology. Our Fenner Couplings are used in many different industries due to its unique features, strength and durability.

Fenner Couplings are simple devices used to connect two shafts so that they can transfer power from one to the other. They are commonly used in machinery like pumps, compressors, and conveyors. The coupling consists of two parts called hubs, which are typically made of strong metals like cast iron or steel. These hubs attach to the shafts that need to be connected. Between the hubs is a flexible piece made of tough rubber that helps absorb shocks and vibrations and allows for small alignment errors between the shafts. Fenner Couplings are easy to install and require minimal maintenance. They are designed with a safety feature: if something goes wrong, the rubber piece breaks first, preventing damage to the rest of the equipment.

As a leading manufacturer, we offer Fenner Couplings offering them in a variety of technical specifications to meet the specific needs and requirements of our customers. They are available in the market at very competitive prices. Our dedicated team of diverse quality checker inspects to guarantee the finest quality Fenner Couplings that are offered to the customers at the specified period of time. These couplings are precision designed using premium cast iron or steel for their powerful and unbreakable structure. We provide our clients with equally as adjusted scopes of these couplings based on their needs at the lowest possible cost.

Special Features :

  • High Tensile strength
  • Seamless finish
  • Easy to install
  • Durability
  • Precisely designed
  • Sturdy construction
  • Corrosion-resistance
  • High functionality