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MIM\'s Role in Lock and Key Systems MIM\'s Role in Lock and Key Systems
MIM\'s Role in Lock and Key Systems MIM\'s Role in Lock and Key Systems
MIM\'s Role in Lock and Key Systems MIM\'s Role in Lock and Key Systems
MIM\'s Role in Lock and Key Systems MIM\'s Role in Lock and Key Systems

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MIM's Role in Lock and Key Systems

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Exploring MIM Technology for Lock Fastener Manufacturing

Metal Injection Molding (MIM) Process Using S17-4PH Stainless Steel Material Single-forming, 

 Tensile Strength: ≥790 MPa 

 Yield Strength: ≥650 MPa 

 Hardness: HV220-320 

 Density: ≥7.60g/cm3 

*The specific product parameters vary according to the customer's actual requirements.

Lock hardware components often require complex geometric shapes to enhance security and functionality. MIM powder injection molding technology can easily produce parts with intricate shapes and internal structures without requiring additional processing steps.

Application

Smart lock hardware, intelligent lock accessories, smart door lock components, connected lock hardware, electronic lock parts, IoT lock components, wireless lock accessories, smart home lock hardware, keyless entry components, electronic door lock parts

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