HBD CoCrMo Cobalt Alloy 3D Printing Material
HBD CoCrMo Cobalt Alloy 3D Printing Material
HBD

HBD CoCrMo Cobalt Alloy

Cobalt Chromium Alloy

CoCrMo is a cobalt-based alloy known for its strength and ductility at high temperatures, widely used in biomedical and aerospace sectors.

LPBF (Laser Powder Bed Fusion)Metal Powders
Color: Gray
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Technical Specifications

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Co (Balance), Cr 27.0–30.0, Mo 5.0–7.0, W ≤ 0.2, Si ≤ 1.0, Fe ≤ 0.75, Mn ≤ 1.0, Ni ≤ 0.1 (GB/T 20878-2007)

15–53 µm (GB/T 19077-2016)

~ 8.3 g/cm³ (GB/T 3850-2015)

> 99.9% (GB/T 3850-2015)

≥ 6 µm (GB/T 40389-2021)

820 ± 50 MPa (GB/T 228.1-2015)

1,165 ± 50 MPa (GB/T 228.1-2015)

9 ± 2 % (GB/T 228.1-2015)

35–37 HRC (GB/T 230.1-2018)

680 ± 50 MPa (GB/T 228.1-2015)

1,130 ± 50 MPa (GB/T 228.1-2015)

14.5 ± 2 % (GB/T 228.1-2015)

4 Hours at 1,000 °C, Air Cooling

HBD 150, HBD 200, HBD 200Pro, HBD 400, HBD 500, HBD 600, HBD 800, HBD 1600

Besides the listed systems, the material can also be used with third-party systems that meet its requirements. Parameters must be developed separately.

Key Features and Applications

Key Features

  • Offers biomedical-grade corrosion resistance.
  • Suits joint surfaces thanks to its high wear resistance.
  • Heat treatment increases ductility.

Applications

  • Dental prostheses and orthopedic joint implants.
  • Wear-resistant parts for aerospace and automotive.

Compatible Systems

Besides the listed systems, the material can also be used with third-party systems that meet its requirements. Parameters must be developed separately.

Typical values are for reference only; specimens were tested at room temperature. Heat treatment conditions are given in the material data sheet.

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HBD 150
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HBD 150

HBD 200
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HBD 200

HBD 200Pro
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HBD 200Pro

HBD 400
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HBD 400

HBD 500
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HBD 500

HBD 600
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HBD 600

HBD 800
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HBD 800

HBD 1600
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HBD 1600