D3 High Carbon Chromium Flats in Nagpur

D3 High Carbon Chromium Flats Manufacturer And Supplier in Nagpur

High-quality D3 High Carbon Chromium Flats from Usha Metal Industries, designed for strength, wear resistance, and precision in Nagpur.

Usha Metal Industries Private Limited is a prominent manufacturer and supplier of D3 High Carbon Chromium Flats in Nagpur. These flats are engineered to deliver outstanding wear resistance, high hardness, and durability, making them ideal for industrial applications such as tooling, dies, and molds. With a focus on precision, Usha Metal Industries ensures that each D3 High Carbon Chromium Flat meets strict quality standards, providing reliable performance in demanding conditions. For businesses in Nagpur seeking top-quality, high-performance materials, Usha Metal Industries is the trusted choice for all their D3 High Carbon Chromium Flat needs.

Technical specification of D3 High Carbon Chromium Flats

PropertySpecification
MaterialD3 High Carbon Chromium Steel
GradeD3
StandardASTM, DIN, JIS (Customer-Specific)
ShapeFlat Bar
Thickness10mm – 300mm (Custom sizes available)
Width50mm – 400mm (Custom sizes available)
Length1000mm – 6000mm (Custom lengths available)
Hardness58–62 HRC (After Heat Treatment)
Tensile Strength1700 MPa
Yield Strength1200 MPa
Elongation12–14%
Density7.85 g/cm³
Heat TreatmentQuenching and Tempering (Customized)
Surface FinishPolished, Smooth, or as per customer requirement
ApplicationsTooling, Dies, Molds, High-Strength Components, Industrial Machinery

Features of D3 High Carbon Chromium Flats

  • D3 High Carbon Chromium Flats are engineered to withstand extreme operational temperatures without compromising strength.
  • The material’s excellent machinability allows for easy processing into complex shapes and sizes.
  • With high dimensional stability, these flats reduce the risk of deformation during machining.
  • D3 Flats are well-suited for high-volume production environments due to their durability.
  • These flats are highly effective in reducing tool wear, providing cost efficiency over time.
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