Precision Powder Metallurgy Gears: The Ideal Solution for Lock Systems

When it comes to high-performance lock mechanisms, the quality of internal components makes all the difference. Our custom powder metallurgy gears provide unmatched durability and precision for demanding lock applications.

Why Choose Our Powder Metallurgy Gears?

Our W10 series nickel alloy gears are manufactured using advanced powder metallurgy techniques to deliver superior performance:

• Material: High-quality nickel alloy for excellent wear resistance
• Manufacturing Process: Atomization method for powder preparation
• Forming: Bidirectional die pressing with hard alloy molds
• Sintering: Solid-phase sintering in decomposed ammonia atmosphere
• Post-processing: Heat treatment for enhanced mechanical properties

Technical Specifications

Our powder metallurgy gears are produced to the highest standards:

Parameter	Specification
Powder Pretreatment	Screening
Molding Method	Die pressing
Mold Type	Compression mold
Sintering Temperature	1050-2000°C
Prototype Lead Time	8-15 days
Production Lead Time	8-15 days

Applications

Our precision gears are specifically designed for lock systems, offering:

• Smooth operation and reliable performance
• Excellent dimensional accuracy
• Long service life even under frequent use
• Custom designs to fit specific lock mechanisms

Customization Options

We specialize in custom solutions for your specific requirements:

• Custom gear designs to match your lock specifications
• Various nickel alloy compositions available
• Multiple surface treatment options
• Different gear tooth profiles

Quality Assurance

Every gear undergoes rigorous quality control:

• Dimensional inspection
• Material composition verification
• Mechanical property testing
• Surface quality examination

Ordering Information

Ready to order or need more information? Contact us today to discuss your specific gear requirements for lock systems.

Item Code: W10

Processing: Custom orders available

Powder Metallurgy Process: Traditional powder metallurgy