Powder Metallurgy Car Stainless Steel Lock Part
- Type: Solid Metal Injection Car Parts
- Material:Stainless steel 316L 304 17-4PH, Iron Powder, Composite Material
- Item Name:Metal Injection Car Parts
- Surface Treatment:CNC Machining, Oil Immersion
- Minimum order quantity: 5000PCS
- Application: Manufacturing Plant
- Supply capacity: 200000pcs/month
- Forming Method: Powder Injection Molding
- Post-Sintering: Polishing,Wiredrawing,Sandblasting,Plating,Coated,etc
- Regular packaging: custom made, PE bag / carton / fumigation-free tray customized / PE bag + carton + wooden pa
Powder Metallurgy Car Stainless Steel Lock Part
Precision MIM parts High purity, low inclusion MIM parts Irregular and spherical powder shape Low oxygen content MIM parts Powder Injection Molding (PIM), which encompasses Metal Injection Molding (MIM) ), is a new type manufacture technology which combines plastic injection molding process with powder metallurgy process. It is a net-shape process for the manufacturing of high volume high precision components for use in a diverse range of industries. MIM parts can now be found in all areas of life, from our cars and trucks to watches, dental braces, mobile phones, IT equipment, DIY tools and much more.
Powder metallurgy (sintered metal) products are used as components in various applications. A typical application is the automotive industry. Many powder metallurgy and sintered metal products are used in automobiles, such as engine parts, shock absorber parts, transmission parts, power steering parts, chassis parts, compressor parts, electric window parts, door parts, exhaust-related parts, etc. Additionally, they are used in other industries including engineering machinery, transportation machinery, agricultural machinery, textile machinery, embroidery machinery, medical machinery, office machinery, gas stations, hairdressing equipment, motors, appliances, tools, furniture, and all other fields.
Important components in the production of automotive shock absorber parts include the shock absorber piston and the shock absorber base. By developing and manufacturing pistons and bases with specialized materials and high-precision seating surfaces, as well as using low-friction resin-packed pistons, the stability of the damping force of the shock absorber is ensured, contributing to improved driving stability and passenger comfort.
MIM is widely used in the automotive industry
Ignition control lock parts, turbocharger rotors, valve guide parts, automotive brake parts, automotive sunshade parts, clutch inner ring, fork bushing, distributor bushing, automotive conduit, etc.
MIM Industrial Product Solutions
Door hardware – Lock housings, cylinders, carriers, pins
Hand and power tools – Handles, bits, keyless chucks, blade clamps, pawls, ratchet mechanisms
Electronics – Sensor housings, fiber optic connectors, microwave packages, heatsinks
Hydraulics – Valve spools, housings, lavatory fixtures
Fasteners and Hardware – Aerospace
Plumbing – Valve spools, faucet hardware
Safety – Fall protection mechanisms
Oil & Gas – Valve components for high corrosion applications
Auto Parts Manufacture Compare with other process
Parameter | MIM | CONVENTIONAL PM | MACHINING | INVESTMENT CASTING |
Density | 98% | 88% | 100% | 98% |
Tensile Strength | High | Low | High | High |
Elongation | High | Low | High | High |
Hardness | High | Low | High | High |
Min. Wall Thickness | 0.5 mm | 1 mm | 0.5 mm | 2 mm |
Complexity | High | Low | High | Medium |
Surface Finish | High | Medium | High | Medium |
Production Volumes | High | High | Low | Medium |
Range of Materials | High | High | High | Medium-High |
Cost | Medium | Low | High | Medium |
Auto Parts MIM Material
Material | Composition |
Low alloy steel | Fe-2Ni, Fe-8Ni |
Stainless steel | 316L, 17-4-PH |
Tool steel | 42CrMo4, M2, Skd-11, C45 |
Carbide | WC-Co(6%) |
Ceramics | Al203, ZrO2, SiO2 |
Tungsten alloy | W-Ni-Fe, W-Ni-Cu, W-Cu |
Powder Metallurgy Ultra Power Auto Parts
owder metallurgy products have advantages in energy saving, material saving, environmental protection, economy, high efficiency and so on, which are gradually recognized by various industries and widely used; especially the application and development of automotive powder metallurgy products, which pushes the powder metallurgy industry into the fast lane of development.
Powder metallurgy parts used in automobiles are products with very high scientific and technological content, which can reduce the weight of automobiles and lower manufacturing costs, and have the effect of optimizing the production process of automobile industry products and improving the competitiveness of the automobile industry, and at present, the powder metallurgy parts used in automobiles in the world are more than 400 kinds of powder metallurgy parts.
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