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USBCO Steels Private Limited
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USBCO, steel trading company of Kejriwal group of companies, established in 1960, holds a leading position in the market segment of high quality tool, alloy, die and high speed steels. We meet the nee Read More
Hot Working Tool Steels
USBCO Steels manufactures Hot Working Tool Steels contain chromium, tungsten, and molybdenum. Their properties are matched specifically to high-temperature applications. They are used for hot-work too read more
Plastic Mould Steels
USBCO Steels Pvt Ltd offers a range of Plastic Mould Steels. Manufacturers of plastic products need dies with a long operation period that will retain their high standard quality on a continuous basis read more
High Speed Steels
USBCO Steels Pvt Ltd offers a range of High Speed Steels. High speed steels contain molybdenum and tungsten. They are hardened to 62-67 HRC and maintain this hardness in service temperatures as high a read more
High Speed Steels
USBCO Steels manufactures High Speed Steels contain molybdenum and tungsten. They are hardened to 62-67 HRC and maintain this hardness in service temperatures as high as 540°C. Their properties are h read more
Special Steels
USBCO Steel offers Special Steels, the stainless, acid- and heat-resistant steels have an excellent resistance to corrosive media, provide high strength and elongation, and high thermal stability. Bec read more
Cold Working Tool Steels
USBCO Steels manufactures Cold Working Tool Steels have high chromium contents. They ensure high surface hardness, good toughness and compressive strength, and provide excellent wear resistance. They read more
Plastic Mould Steels
USBCO Steels manufactures Plastic Mould Steels needs dies with a long operation period that will retain their high standard quality on a continuous basis. When selecting steel for plastic moulds, the read more
Alloy Construction Steels
USBCO Steels Pvt Ltd offers a range of Alloy Construction Steels. During the last fifty years, engineers have demanded steels with higher and higher tensile strength, together with adequate ductility. read more
