Steelmet industries

Steelmet Industries, a 35 year old organization, is based at Nagpur, Maharashtra, India. It is backed by technocrats who come with a wealth of experience in Cold Drawn Bright Bar production and related techniques.
To align its systems, techniques and practices with those of the modern day customer who has already adopted these quality systems or plans to get certified, Steelmet Industries also is now readying itself for certifications and following quality systems laid down by these standards. We expect to get ourselves certified by the end of next quarter.
Timely deliveries, quality and the adherence to specifications & requirements has helped Steelmet Industries to develop a clientele that includes Arms manufacturers, Defense machinery manufacturers, Automobiles (Cars, Two wheelers, Three wheelers, Auto Rickshaws, Trucks and other heavy vehicles), Textile mills & machinery manufacturers, Earth Moving Machinery manufacturers, OEMs and miscellaneous equipment manufacturers.
Steelmet Industries can now boast of having the most powerful and modern Bright Bar manufacturing equipment in entire Central India outside the Ordinance Factories. Further expansion and modernization is planned and would include putting up a heavy duty Coil drawing machinery and coil straightening / shearing equipment. This would be capable of handling Alloy Steel coils of up to 42mm diameter or 36mm square cross section. Further plans are also afoot to start production of specialized profiles and cross sections. Once the expansion is complete, the production capacity is expected to reach 20000 tons per annum. Current capacity stands at about 12000 TPA.
Cold finished steel bars possess improved mechanical properties, greater dimensional accuracy, better surface integrity and higher machinability. These superior product qualities provide a number of significant design advantages & benefits:
Cold drawing increases the hardness, yield and tensile strength, which can:
Serve to reduce design mass (weight), Eliminate costly heat treating, Allow the use of a less expensive grade, Provide increased fatigue strength and longer service performance, Provide better wear and corrosion resistance, Better resist handling damage, Provide faster annealing response, Provide greater cross-sectional uniformity