Direct Sales of High-Performance Textile Machinery Parts From The Manufacturer

• Customization: Available
• Warranty: Permanent
• Classification: Gear Parts
• Model NO.: Sintered gear
• Processing Type: Metal Processing
• Match Machine: Textile Machine Components
• Material: Metal
• Processing Level: Super Precision Finishing
• Mechanical Process: Pm Powder Metallurgy
• Processing Trade: Processing with Material Supplied
• Certification: IATF16949
• Customized: Customized
• Condition: New
• After-sales Service: Permanent
• Powder Metallurgy Gear: Central Gear
• Synchronous Wheel: Synchronous Wheel
• Transport Package: Cardboard Box +PE Plastic Bag
• Specification: Custom
• Trademark: Custom
• Origin: Zhejiang
• Production Capacity: 5000000PCS
• Package Size: 38.00cm * 18.50cm * 8.00cm
• Package Gross Weight: 20.000kg

Product Description

We use the metal powder forming and sintering process, combined with subsequent finishing.
The gear with high strength, wear resistance and complex geometric structure is produced to meet the needs of modern transmission systems for lightweight, low noise and high efficiency.
Advantages of Powder Metallurgy:
• High material utilization rate: Near-net-shape forming process reduces cutting waste
• Complex structure forming: It can manufacture porous and irregular-shaped parts to meet the requirements of precision assembly.
• Stable performance: Uniform material, wear-resistant and corrosion-resistant, suitable for high-load environments.
• High batch production efficiency: Mold forming, good consistency, suitable for large-scale production.
• Controllable cost: Minimal or no cutting, reducing processing costs and energy consumption.

^{_{Powder metallurgy processes, through the optimized design of materials and structures, are gradually replacing traditional processing techniques in the field of small and medium-sized oil pumps, especially suitable for scenarios with high requirements for cost, precision, and self-lubrication.
No cutting processing is required. The material utilization rate exceeds 95% (traditional cutting processes are only 60% to 70%), and the weight is reduced by 10% to 30%. It is suitable for lightweight design requirements (such as in the automotive and aerospace fields).}}