We specialize in offering a comprehensive range of premium steel grades, with a particular focus on DIN 1.2379 steel a top-quality cold work tool steel that is also well-suited for certain plastic mold applications. As leading importers and suppliers in India,
we provide DIN 1.2379 steel in both plates and round bar forms, ensuring excellent quality, versatility, and outstanding performance for our customers.
DIN 1.2379 steel (equivalent to AISI D2) is an air-hardening, high-carbon, high-chromium tool steel renowned for its superior wear resistance, high hardness, and excellent dimensional stability during heat treatment.
This makes it particularly ideal for cold work applications such as blanking dies, cutting tools, punches, shear blades, forming rolls, and other tools that require long-term durability and resistance to abrasion.
Its unique composition also allows for limited applications in plastic mold making, especially for components exposed to high stress or requiring high wear resistance.
Available in a variety of sizes and custom dimensions, our DIN 1.2379 steel can be supplied in both plates and round bars with different finishes, including annealed, machined, or polished as per your project needs.
Our steel is sourced from top international mills, guaranteeing consistent chemical composition, precise mechanical properties, and superior surface quality.
As one of the trusted DIN 1.2379 steel suppliers in India, we pride ourselves on offering the most competitive prices in the market without compromising on quality or service.
Our prompt delivery, wide inventory, and technical support make us the preferred choice for tool rooms, mold makers, auto ancillaries, and engineering companies across India.
Choose us for your DIN 1.2379 cold work tool steel and plastic mould steel requirements and experience high-performance products, genuine materials, and exceptional customer service—every time.
Contact us today for the best price and expert assistance in sourcing the right steel grade for your exact specifications.
Showing the single result
