Stainless Steel Powder Metal Wheel Gears 4-wheel (60rpm)
- SUNLED
- China
The powder metallurgy gear 4-wheel (60rpm) is designed for use in the bright logic gearbox - gear.
The powder metallurgy gears are crafted from blend of Steel 214M15 powders, these wheel gears ensure exceptional durability, corrosion resistance, and longevity, guaranteeing a reliable performance over an extended lifespan.
The use of advanced powder metal manufacturing techniques ensures precision in the production of these wheel gears, resulting in consistent quality and high-performance output.
The powder metal gears are with a designed rotational speed of 60 revolutions per minute (rpm), these wheel gears offer a perfect balance between speed and efficiency, ensuring a smooth and controlled operation in diverse settings.
The stainless steel powder metal gears are suitable for diverse industries and applications, these stainless steel wheel gears find utility in robotics, automation, machinery, and other scenarios where precision and reliability are paramount.
Product Name: Powder Metal Gear 4-wheel(60rpm)
Gear Type: Spur
No.of Teeth: 36
Module (DP):0.9
Pressure Angle (deg):20
Reference Circle Dia(RCD) 32.400
Tooth Thickness @ RCD:1.414
Addendum Modification Coef. (x):0.000
Max OD (mm):34.20
Min OD (mm):34.05
Tooth Form: Involute
Specification:BS4582 Pt1 Fig1
Accuracy Class: C
The Powder Metallurgy Gear 4-wheel (60rpm) is meticulously crafted utilizing a specialized blend of Steel 214M15 powders, carefully selected to align with the specific demands of its intended application. This bespoke composition guarantees not only optimal performance but also a profound longevity, fortified by unparalleled strength, exceptional wear resistance, and unwavering durability.
The stainless steel powder metallurgy gears are formed through a sintering process after powder metallurgy. The sintering process ensures the Gear 4-wheel (60rpm) attains the desired density and strength.
After sintering, the powder metallurgy gears undergo heat treatment like carburizing or quenching and tempering to further enhance their mechanical properties,such as hardness and wear resistance.
