Part Size: 1-150 mm
Weight: 0.1-300 g
Tolerance: ±0.3%
Surface Finish: Ra 0.8–1.6 um
Materials: SS316L, 17-4PH, SS420, Ti Alloy etc
Density: ≥96–99% Wrought
Secondary Operations: CNC, Polishing, Laser Marking
Industry Expertise
Factory Price
OEM/ODM Services
Powder Metal Lock Components are precision structural parts manufactured through conventional Powder Metallurgy (PM) technology for mechanical locking systems, security hardware, furniture locks, padlocks, and industrial locking devices. Powder Metallurgy enables the cost-effective production of medium-sized lock components with simple to moderately complex geometries, excellent dimensional consistency, and high mechanical strength.
Compared with traditional machining and casting, PM technology produces near-net-shape components that significantly reduce material waste, machining operations, and production costs while maintaining reliable performance for high-volume OEM manufacturing.
Powder Metallurgy is particularly suitable for structural lock components such as cams, levers, latches, locking plates, lock rotors, spacers, guide plates, and actuator components. For miniature precision components with complex three-dimensional geometries—such as smart lock gears, internal transmission mechanisms, tiny springs, or integrated multifunctional parts—Metal Injection Molding (MIM) offers greater design flexibility and tighter tolerances.
As an experienced Powder Metallurgy parts supplier, we provide OEM Powder Metal Lock Components manufactured according to customer drawings, samples, and technical specifications.
Overview:
Powder Metallurgy is an ideal manufacturing process for lock components requiring:
Medium-sized structural designs
Simple to moderately complex geometries
High mechanical strength
Good wear resistance
High-volume production
Excellent dimensional consistency
Cost-effective manufacturing
Reduced secondary machining
Compared with MIM, Powder Metallurgy is more economical for structural lock components with relatively simple shapes. MIM is generally recommended for miniature precision lock parts requiring thin walls, undercuts, internal side holes, or highly integrated features.
Available Materials
| Material Category | Typical Grades |
| Iron-Based Materials | FC-0205, FN-0205 |
| Alloy Steels | Fe-Cu-C, Fe-Ni-C |
| Stainless Steel | 17-4PH, 304L, 316L, 410L |
| Bronze Materials | CuSn10 |
| Soft Magnetic Materials | Fe-Si, Fe-P |
Powder Metal procedure:

Key Advantages:
Cost-Effective Mass Production
Powder Metallurgy is highly economical for medium- and high-volume production, reducing both material waste and machining costs.
Excellent Dimensional Consistency
Precision tooling ensures stable dimensions and reliable assembly performance.
Good Mechanical Strength
Iron-based and alloy steel materials provide excellent structural strength and durability for demanding locking applications.
Excellent Wear Resistance
Suitable for lock components subjected to repeated movement and long-term operation.
Near-Net Shape Manufacturing
Most parts are produced close to their final dimensions, minimizing secondary machining and improving production efficiency.
Stable Quality
Highly repeatable manufacturing ensures consistent product quality across large production batches."
FAQ:
What lock components are suitable for Powder Metallurgy?
Powder Metallurgy is ideal for structural lock components such as cams, levers, locking plates, spacers, rotors, and other medium-sized parts with simple to moderately complex geometries.
Can Powder Metallurgy replace machined lock parts?
Yes. For many structural lock components, PM provides lower production costs, better material utilization, and excellent dimensional consistency while maintaining reliable mechanical performance.
Do you provide custom lock components?
Yes. We manufacture OEM Powder Metal Lock Components according to customer drawings, samples, material specifications, and application requirements.
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