D3 High Carbon Chromium Flats in Bangalore

D3 High Carbon Chromium Flats Manufacturer And Supplier in Bangalore

Durable D3 High Carbon Chromium Flats by Usha Metal Industries, ideal for tooling and industrial use in Bangalore.

Usha Metal Industries Private Limited is a leading manufacturer and supplier of D3 High Carbon Chromium Flats in Bangalore. Known for their exceptional hardness, wear resistance, and superior performance, these flats are ideal for tooling, molds, and dies. The D3 High Carbon Chromium Flats are designed to withstand extreme working conditions, ensuring longevity and reliability in industrial applications. Usha Metal Industries adheres to strict quality control standards, providing tailored solutions to meet the specific needs of industries in Bangalore. Choose Usha Metal Industries for durable, high-quality D3 High Carbon Chromium Flats.

Technical specification of D3 High Carbon Chromium Flats

PropertySpecification
MaterialD3 High Carbon Chromium Steel
GradeD3
StandardASTM, DIN, JIS (Custom Standards)
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 ideal for industries requiring precision and durability in high-stress environments.
  • These flats are designed for excellent resistance to deformation, even under intense pressure.
  • They help improve overall machining efficiency, making them perfect for complex tooling applications.
  • The material offers long-term performance, reducing the frequency of replacements and maintenance.
  • D3 High Carbon Chromium Flats are engineered to provide consistent results in various industrial processes.
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