Custom Sintered Gears for Gearmotors China Factory and Leading Suppliers

Leading China factory and suppliers of powder metallurgy gears. Our sintered gears feature one-time molding for high precision, lubrication-free operation, and resource efficiency. Available in stainless steel and MPIF 35 with density 6.0-7.2g/cm3 and hardness HRA45-75.

SupplierSHIJIAZHUANG JINGSHI NEW MATERIAL SCIENCE AND TECHNOLOGY CO.,LTDwww.jssintering.com

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Our premium custom gears for gearmotors are engineered using advanced powder metallurgy technology, providing a superior alternative to traditional machining. Designed specifically for high-precision automotive and industrial applications, these sintered gears offer an optimal balance of structural integrity and cost-efficiency, ensuring seamless power transmission in compact gearmotor assemblies.

By leveraging a precision molding process, we deliver components that meet stringent dimensional requirements without the need for secondary gear tooth machining. Whether you require planetary, helical, or bevel gears, our custom solutions are tailored to optimize the performance and longevity of your motor drive systems.

Detailed Parameters

Manufacturing Process	Powder Metallurgy / Sintering	Material Grade	Custom Steel/Alloy Powders
Product Categories	Sintered Gears & Structural Parts	Gear Types	Sun, Planetary, Bevel, Helical
Accuracy Level	High Tooth Shape Precision	Production Capacity	Mass Production (10k - 100k+ pcs)
Finishing State	One-time Molding/Finished	Lubrication Option	Oil-impregnated (Lubrication-free)
Customization	Based on Technical Drawings	Application	DC Motors, Gearboxes, Automotive

Key Advantages

One-Time Molding

High-efficiency production that eliminates the need for post-molding tooth reprocessing, significantly reducing lead times.

Lubrication-Free

The porous nature of sintered metal allows for oil-containing parts, creating self-lubricating components for low maintenance.

Resource Efficiency

Near-zero material waste during the forming process, making it the most sustainable choice for steel resource utilization.

Extreme Repeatability

Consistent quality across hundreds of thousands of units thanks to high-precision pressing molds.

Dimensional Accuracy

Precise control over tooth shape and geometry, ensuring smooth engagement and reduced noise in gearmotors.

Cost Optimization

Lower overall production costs compared to traditional CNC cutting, especially for high-volume orders.

Product Gallery

Management Platforms

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Custom structural components integrated with sintered technology for maximum durability.

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Mini Motor Gears

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Investment Return Comparison

Comparison Factor	Traditional Machining	Powder Metallurgy
Material Waste	High (Chips/Scrap)	Near Zero (Efficient)
Production Speed	Slow (Step-by-step)	Fast (One-time Molding)
Consistency	Variable (Tool Wear)	High (Mold Based)
Secondary Processing	Often Required	Rarely Needed
Unit Cost (High Vol)	Higher	Significantly Lower

Frequently Asked Questions

Q: What are the primary benefits of powder metallurgy gears over CNC gears?

Powder metallurgy gears offer lower production costs, higher material utilization, and the ability to create self-lubricating parts, making them ideal for high-volume automotive production.

Q: Can you produce custom gear types based on my specific drawings?

Yes, we specialize in custom manufacturing. We can produce sun gears, double gears, planetary gears, helical gears, and bevel gears based on your technical blueprints.

Q: How does the lubrication-free feature work in sintered gears?

Through a process of oil impregnation, the interconnected pores of the sintered metal are filled with lubricant, which is released during operation to reduce friction.

Q: What is the typical production volume for these sintered parts?

Because we use precision pressing molds, we are optimized for mass production, typically ranging from tens of thousands to hundreds of thousands of pieces per mold set.

Q: Which automotive components are best suited for powder metallurgy?

Gearbox parts, DC motor gears, engine components, and various structural parts that require high repeatability and cost-efficiency.

Q: How does sintering affect the dimensional accuracy of the gear teeth?

Our process ensures high tooth shape accuracy during the initial molding, meeting strict dimensional requirements without the need for further reprocessing.