High Density Tungsten Alloy products
High Density Tungsten Alloy products
High Density Tungsten Alloy products
High Density Tungsten Alloy products
High Density Tungsten Alloy products
High Density Tungsten Alloy products
High Density Tungsten Alloy products
High Density Tungsten Alloy products
High Density Tungsten Alloy products
High Density Tungsten Alloy products
High Density Tungsten Alloy products
High Density Tungsten Alloy products
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Product Introduction
Application examples include aerospace counterweights (requiring high precision and density), medical shielding components (requiring surface finish and corrosion resistance), and drilling tools (requiring wear resistance). Optimization should be adjusted according to target performance. For example, HIP and nickel plating for medical parts, while drilling tools emphasize carburizing and coating.
Technology Category Key Method Typical Parameters Target / Effect
Machining Turning 40-60 m/min, 0.1 mm/r Surface roughness Ra 1.6 μm
Grinding 20-30 m/s, Ra 0.4 μm High-precision surface
Heat Treatment Annealing 900°C, 2 hours Stress reduced to 50 MPa, elongation +10%
Aging 600°C, 4 hours Strength 1100 MPa, hardness 480 HV
Surface Treatment Nickel Plating 5 μm thick Corrosion rate reduced to 0.2%
Carburizing 950°C, 3 hours Hardness 600 HV, wear resistance +30%
Joining Technology Electron Beam Welding 5 kW, 1 m/min Weld strength 90%
Brazing 850°C, Ag-Cu filler metal Shear strength 200 MPa
Post-processing
Optimization
HIP 200 MPa, 1400°C Porosity 0.1%, service life +50%
Laser Etching Micro-pores 50 μm Friction coefficient +20%
Note: The table data is based on typical processes of our experience, specific values may vary according to application requirements.

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