Involute tooth shape: The involute tooth shape can make the gear's periodic closing
smooth and impact-free, reduce noise and vibration, and improve the
gear's periodic closing quality and smooth operation.
Load-carrying capacity: Involute bevel gears have greater load-carrying capacity, can
withstand greater torque and load-carrying capacity, and are
suitable for high-drawing and high-speed applications.
Wear resistance: Due to the characteristics of the involute tooth profile, the
tooth surface contact of this type of gear is evenly distributed
when closing slowly, thereby improving the wear resistance and
service life of the gear.
Flexible installation: Involute bevel gears can be used for power transmission between
different shafts. Due to their cone structure, different
adjustments can be achieved and are suitable for installation
environments set in space.
Manufacturing precision: The manufacturing of involute bevel gears requires high precision
to ensure their precision fit performance and operating efficiency.
Precision machining technology can improve the overall performance
of the gear by reducing the tooth surface.
Scope of application: Involute bevel gears are widely used in various auxiliary drive
systems, such as automobile differentials, transmission shafts,
transfer cases, etc., and are also commonly used in industrial
machinery and automation equipment.