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KAMAR IS AT THE FOREFRONT OF COUPLER MANUFACTURING FACILITIES

Kamar is a producer of a parallel-threaded mechanical splicing system designed for connecting concrete reinforcing bars ranging from 14 mm to 50 mm. Our mission is "Improving the Level of Foundation Construction Technology," supported by a team of engineers and skilled workers with years of experience in foundation engineering and construction design. As a result, our products have reached an advanced level in India in terms of technology and quality.
Equipped with the latest production facilities, we have developed cold-forged parallel thread couplers and construction methods for many large-scale and complex foundation projects, such as metro and monorail systems. This has helped us earn a strong reputation among our clients for delivering excellent products and services.
Our efforts to provide a world-class product range are bolstered by our state-of-the-art infrastructure. With sophisticated machinery and a wide array of amenities, we can deliver our products in bulk while adhering to tight timelines. Our facility is organized into specialized units, including production, warehousing, packaging, quality testing, and other departments, ensuring the smooth operation of our business. Our infrastructure also allows for customization of our product range to meet the specific requirements of our clients.
Kamar places a strong emphasis on international cooperation and communication. To date, our products have been exported to various countries and regions, including Dubai, Singapore, Malaysia, Bangladesh, Iraq, Saudi Arabia, South Africa, Sri Lanka, the USA, and Australia.

Reason to Purchase Rebar Couplers From Kamar

    Using Kamar Rebar Splicing offers various advantages over the method of overlapping reinforcement bars. Some of the prime reasons are as follows.
  • Spliced rebar performs like continuous reinforcement due to the mechanical joint, unlike lapping, which relies entirely on concrete.
  • Steel wastage is significantly reduced, saving on lap length steel.
  • Steel congestion is minimized by eliminating laps, which also facilitates proper concrete flow in critical zones, thereby improving the overall quality of the structure.
  • Using couplers provides superior cyclic performance compared to lap joints and allows greater flexibility for the designer.
  • It is easier to verify joint strength with couplers compared to lap splices, where testing can be cumbersome and unregulated.
  • For contractors, the use of couplers reduces labor costs associated with the installation and handling of steel. This improvement in the construction schedule also saves valuable crane time on the project.
  • Ultimately, reducing steel wastage and laps saves both money and precious time.