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Sintered Spur Gear and Pinion

Sintered Spur Gears and Pinions are designed for power transmission applications where precision and efficiency are critical. Produced through powder metallurgy, these components offer uniform density and excellent wear resistance. Suitable for automotive systems, electric tools, and industrial machinery.

Spur Gears and Pinions Features:

  • Precision-machined teeth for smooth engagement
  • Uniform material density for better load distribution
  • High resistance to wear and fatigue
  • Quiet and efficient transmission performance
  • Can be customized for various gear ratios and configurations
  • Suitable for high-speed and continuous-load applications

Product Details:

Gear Type Spur Gear
Form External Gear, Straight Teeth
Number Of Teeth 8 - 10
Pressure Angle Typically 20° (standard)
Bore Type Plain Cylindrical Bore
Sintered Density 6.6 – 7.2 G/cm³
Finish Matte
Surface Hardness 30 – 60 HRC
Manufacturing Method Powder Metallurgy
Dimensional Precision (Length) IT 10-13
Sound Dampening Inherently Good Due To Porous Structure
Weight Lightweight
Material Utilization Rate 95% Due To Near-net Shape
Tooth Profile Involute
Application Gearboxes, Food Processor, Electric Parking Brake System
Manufacture By Growth Industries
Country Of Origin India
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Frequently Asked Questions (FAQ)

  • What are sintered spur gears and pinions?
    They are gear components manufactured using powder metallurgy, designed for precise power transmission in various machinery and automotive applications.
  • Where are they used?
    They are used in gearboxes, power tools, conveyors, automotive transmissions, and other mechanical systems requiring smooth torque transfer.
  • Why use sintered gears?
    Sintered gears offer high dimensional accuracy, wear resistance, and cost-effective production while allowing complex designs.
  • Can Growth Industries produce custom gears?
    Yes, we design and manufacture spur gears and pinions to meet specific size, tooth profile, and material requirements.
  • What materials are used?
    Iron-based and alloy powders are commonly used, selected based on load capacity, operating conditions, and required hardness.
  • How does the sintering process benefit gears?
    Sintering produces uniform material properties, enabling smooth meshing, reduced noise, and long service life.
  • Are these gears suitable for high-speed use?
    Yes, when designed for the application, our sintered gears perform reliably at high speeds without excessive wear.
  • How does Growth Industries ensure gear quality?
    We use precision tooling, controlled sintering, and strict dimensional inspections to meet exact specifications.

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