Material

Titanium Alloys Can Be Used To Make Complex And Fine Small Parts During Metal Injection Molding (MIM), While Retaining The Lightweight, Strong And Cor

It Can Efficiently Manufacture Complex And Precise Small Parts. Metal Powder Particles Are Small And Have Good Fluidity. With The Help Of Binders, The

Tungsten-Based High-Density Alloys Can Efficiently Manufacture Small Precision Parts With Complex Shapes. For Small Structures Or Special-Shaped Parts

It Can Efficiently Manufacture Complex And Precise Small Parts (Such As Jewelry And Electronic Components) With Advantages Such As Less Material Waste

ABS Material Is Stable In Injection Molding, Has Moderate Fluidity, Short Molding Cycle, High Yield, And Is Suitable For Mass Production Of Complex St

Nylon Is Easily Affected By Moisture And Must Be Thoroughly Dried Before Use, Otherwise Bubbles Or Surface Defects Will Easily Appear In The Finished

PEEK Material Requires High Temperature And Precise Process Control During Injection Molding Because It Is Resistant To High Temperature, High Strengt

POM(Polyoxymethylene) Has Moderate Fluidity And A Fast Crystallization Speed. During The Molding Process, The Mold Temperature And Cooling Rate Must B

Acrylic Processing Requires Precise Control Of Temperature And Injection Speed. It Has Good Fluidity At High Temperatures But Is Easily Decomposed Due

PC Materials Have Good Fluidity During Injection Molding And Can Be Formed Into Complex Structures, But They Have Extremely High Requirements For Temp

Polystyrene (PS) Performs Well In Injection Molding. It Has Good Fluidity And Is Easy To Fill Complex Molds. It Can Be Quickly Cooled And Molded, Maki

PE Has Low Processing Temperature And Good Fluidity During Injection Molding, And Can Easily Fill Complex Molds. It Has A High Shrinkage Rate, And The