Powdered Metal Parts
HRC 60 Powdered Metal Gears Density 6.5g/Cm3 For Automotive Subassemblies
Powder metal products for small gears and miniature components powder metal products for small applications, including small gears and miniature components for planetary drives, automotive sub-assemblies, drills, and electronics, and in particular, small components and assemblies for medical devices. Specialists in stainless steel and material blending, SFT provides you with technical expertise and the ability to discover a cost effective solution that maintains the integrity
55007 Brake Caliper BPW Bearing FB090/FBB090/AB090/ABB090 Oilless Sliding Rolled Flange Wrapped Bronze Bush
Powder metallurgy copper sleeve sliding bearing precision gear bushing Product Description Engineered for Maximum Value MIM technology provides the unique ability to produce highly complex components that cannot be achieved economically by any other process. MDM MIM works closely with you on design, materials and finish requirements to extract maximum value from the MIM process. Our extensive in-house capabilities in machining, heat-treating and surface finishing provide a
Powder Metallurgy Copper Sleeve Sliding Bearing Precision Gear Bushing
Powder metallurgy copper sleeve sliding bearing precision gear bushing Product Description Engineered for Maximum Value MIM technology provides the unique ability to produce highly complex components that cannot be achieved economically by any other process. MDM MIM works closely with you on design, materials and finish requirements to extract maximum value from the MIM process. Our extensive in-house capabilities in machining, heat-treating and surface finishing provide a
High Quality Carbon Steel Powdered Metal Parts Molding Casting Powder Metallurgy Gears
Custom casting metal powder metallurgy parts powder metallurgy Main Advantages 1) Powder metallurgy can ensure the accuracy and uniformity of the material composition ratio. 2) Suitable for producing products of the same shape and large quantities, low production cost. 3) The production process is not afraid of oxidation, and no material pollution will occur. 4) No subsequent machining processing is required, saving materials and reducing costs. 5) Most difficult metals and