Precision Powder Metallurgy Gears: The Ideal Solution for Locking Mechanisms

When it comes to manufacturing high-quality, durable gears for locking systems, traditional powder metallurgy offers unmatched precision and reliability. Our custom powder metallurgy gears are designed to meet the exact specifications of your locking applications, ensuring smooth operation and long-lasting performance.

Why Choose Our Powder Metallurgy Gears?

Our gears are manufactured using premium nickel alloy materials through advanced powder metallurgy processes:

• Material: High-grade nickel alloy for superior strength and corrosion resistance
• Powder Preparation: Atomization method ensures uniform particle distribution
• Forming Process: Bidirectional die pressing in hard alloy molds
• Sintering: Solid-phase sintering in decomposed ammonia atmosphere (1050-2000°C)
• Post-processing: Heat treatment for enhanced mechanical properties

Custom Solutions for Your Specific Needs

We understand that every locking system has unique requirements. That's why we offer:

• Fully customizable gear designs (reference number: W10)
• Prototyping service with 8-15 day lead time
• Production runs with same 8-15 day turnaround
• Traditional powder metallurgy process for cost-effective manufacturing

Applications in Locking Systems

Our powder metallurgy gears are specifically engineered for:

• High-security locking mechanisms
• Precision locking assemblies
• Durable locking system components
• Corrosion-resistant locking applications

Quality Assurance

Every gear undergoes rigorous quality control:

• Precise powder screening before forming
• Strict dimensional control during molding
• Controlled sintering atmosphere for consistent results
• Post-sintering heat treatment for optimal performance

Get Started with Your Custom Gear Project

Whether you need prototypes or full production runs, our team is ready to deliver high-quality powder metallurgy gears tailored to your locking system requirements. Contact us today to discuss your project specifications and lead time needs.