Material

Strong, Extremely Impact Resistant, Low Shrink, Good Dimensional Stability And Heat Resistance, Accepts High Cosmetic Finishes Well.

High Precision, Smooth Surface, Brittle, Prone To Yellowing After Long-Term Exposure.

Lightweight, High Thermal Conductivity, Corrosion-Resistant, Suitable For Complex Structural Design.

Exceptional Corrosion Resistance, Maintains Strength At High Temperatures, Preferred For Visual And Functional Uses.

Robust, Versatile In Hardness, Supports A Broad Range Of Industrial Applications.

Excellent Electrical And Thermal Properties, Ductile, Antimicrobial, Enhances Heat Transfer.

Outstanding Strength-To-Weight Ratio, Corrosion-Resistant, Essential In Aerospace And Medical Sectors.

Stainless Steel Can Efficiently Manufacture Complex And Precise Small Parts In Metal Injection Molding (MIM). This Process Is Like Making Plastic Toys

Low Alloy Steel Has Strong Processing Adaptability And High Cost-Effectiveness In The Metal Injection Molding (MIM) Process. Due To The Low Content Of

Tool Steel Can Produce Complex Geometric Shapes That Are Difficult To Achieve With Traditional Processing Through Fine Powder Molding And Sintering In

Soft Magnetic Alloys Have High Adaptability And Precision Processing Capabilities In The (MIM) Process. With Excellent Magnetic Permeability And Low L

It Can Efficiently Manufacture Complex Precision Parts. Due To Its High Hardness And High Processing Difficulty, Traditional Processes Often Require M