• 3D Printer SLM Copper-tin Alloy
  • 3D Printer SLM Copper-tin Alloy
  • 3D Printer SLM Copper-tin Alloy
  • 3D Printer SLM Copper-tin Alloy
  • 3D Printer SLM Copper-tin Alloy
  • 3D Printer SLM Copper-tin Alloy
  • 3D Printer SLM Copper-tin Alloy
  • 3D Printer SLM Copper-tin Alloy
  • 3D Printer SLM Copper-tin Alloy
  • 3D Printer SLM Copper-tin Alloy

3D Printer SLM Copper-tin Alloy

No.JS-SLM-Copper-tin CuSn10

SLM Material Copper-tin Alloy CuSn10

JS-SLM Material Copper-tin Alloy CuSn10 is a Copper-tin alloy with high elongation and medium hardness suits for a wide range of industrial applications.

3D Printer SLM Copper-tin Alloy CuSn10
SLM Material Copper-tin Alloy CuSn10 JS-SLM Material Copper-tin Alloy CuSn10 is a Copper-tin alloy with high elongation and medium hardness suits for a wide range of industrial applications.
3D Printer SLM Copper Alloy:
SLM Copper Alloy
  • 3D Printer SLM Copper-tin Alloy
  • 3D Printer SLM Copper-tin Alloy
  • 3D Printer SLM Copper-tin Alloy
  • 3D Printer SLM Copper-tin Alloy
  • 3D Printer SLM Copper-tin Alloy

Description

Product Details

TECHNICAL DATASHEET       

PRODUCT DESCRIPTION

JS-SLM 3D Printing Material Copper-tin Alloy CuSn10 is a Copper-tin alloy with high elongation and medium hardness suits for a wide range of industrial applications.

TYPICAL FEATURES

> Resistance to cavitation in sea water

> Excellent abrasion performance

> Good thermal conductivity

> Non-magnetic

> Good corrosion resistance

Ideal Applications

> Parts and housings for maritime applications 

> Bushings, Bearings

> Heat Exchangers

> Copper Shields

Technical Datasheet

General Properties

Density ISO3369

8.78 g/cm3

 

Mechanical Properties

(As-built)

Tensile Strength ISO6892-1

≥540 MPa

Yield Strength ISO6892-1

≥400 MPa

Elongation after Fracture ISO6892-1

20 %

Vickers hardness ISO6507-1

≥115 HV5/15

Hardness (HRC) ISO6507-1

147

Thermal conductivity at   20 ºC

59W/mK

Surface roughness Ra X, Y

m

Surface roughness Ra Z

1m -26 μm

 

Mechanical Properties

(Heat treated)

Tensile Strength ISO6892-1

N/A

Yield Strength ISO6892-1

N/A

Elongation after Fracture ISO6892-1

N/A

Vickers hardness ISO6507-1

N/A

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