Herringbone Gears
32 Module 40CrNiMo Steel Herringbone Gear 4500mm Tip Diameter 120mm Width for Heavy-Duty Transmissions
High-performance 32 Module herringbone gear made from 40CrNiMoA alloy steel with 4500mm tip diameter and 120mm width. Features ISO 8-9 accuracy, induction hardening to 50-55 HRC, and balanced thrust force design for heavy-duty industrial applications requiring reliable power transmission.
AISI 4340 Steel Herringbone Gears 5-25 Module with 230-260 HB Hardness for Industrial Applications
Custom AISI 4340 steel herringbone gears featuring balanced axial thrust force, ISO 8-9 grade accuracy, and customizable modules from 5-25. Manufactured using precision gear milling with quenching and tempering heat treatment for superior durability and performance in demanding industrial applications.
11.33 Module Herringbone Gear Set for Punching Machines - 18 & 67 Teeth, 50-55 HRC Hardness
Precision-engineered herringbone gear set with 11.33 module and 18/67 teeth configuration. Features 42CrMo material with induction hardening to 50-55 HRC, ISO 8-9 grade accuracy, and balanced thrust force design for heavy-duty punching machine applications.
Custom Rolling Mill Herringbone Gears 56 Teeth 230-260 HB Hardness Without Central Gap
Custom cylindrical herringbone gears designed for rolling mill applications. Features 56 teeth, 20° pressure angle, and 230-260 HB surface hardness. Manufactured using precision gear milling with ISO 8-9 grade accuracy. Eliminates axial load issues while providing superior durability and smooth operation.
Custom Herringbone Gears with 12 Module and Customizable Number of Teeth for Industrial Applications
1) Description of Herringbone Gear In the industrial field, the herringbone gear is a crucial transmission component used to achieve power transmission and motion conversion between mechanical parts. It achieves stable and efficient transmission through its unique herringbone tooth shape. 2) Feature of Herringbone Gear It can withstand a large load and is suitable for harsh industrial environments; the transmission process is smooth, effectively reducing the vibration during