Forged Hypoid Gear Alloy Steel Pinion Helical Tooth Mini Bevel Gear

By integrating with the forging process, hypoid gears have become a high-performance, highly reliable and environmentally friendly transmission solution, which is very suitable for the needs of high-performance transmission systems in modern industry.
Forged hypoid gear is a high-precision, high-performance transmission element. Its tooth surface design cleverly combines the characteristics of hyperboloid and cylindrical surfaces to adapt to high-speed and large-load transmission requirements. Using precision forging technology and high-quality alloy steel materials, and undergoing rigorous heat treatment, these gears not only have excellent wear resistance and high transmission efficiency, but are also widely used in heavy industry and the automotive industry, becoming key components in the transmission system.

1.High strength and durability: The forging process increases the material density and mechanical properties of the gear, allowing the hypoid gear to withstand higher loads while maintaining a longer service life.​

2.Excellent transmission performance: The design of the hypoid gear combines the high precision of forging to achieve smooth and efficient transmission, reducing energy loss and improving transmission efficiency.

3.High precision and reliability: The forging process ensures the dimensional accuracy of the gear and reduces the need for subsequent processing. Combined with the meshing characteristics of the hypoid gear, it improves the reliability and stability of the entire transmission system.

4.Good error tolerance: The tolerance of hypoid gears to installation errors, combined with the high precision of forged gears, enables good transmission effects to be maintained even with certain errors.

5.Strong environmental adaptability: Forged hypoid gears are suitable for a variety of harsh environments, such as high temperature, high speed or heavy load conditions, and the fatigue resistance of the gears has also been improved due to the forging process.

6.Maintenance costs reduced: The durability of forged gears and the smooth transmission of hypoid gears reduce maintenance frequency and costs, making overall maintenance more economical.

7.Strong customization capabilities: The forging process allows the size and shape of the gear to be customized according to specific needs, which combined with the design flexibility of the hypoid gear can meet the needs of different application scenarios.

8.Environmentally friendly production: The forging process produces less waste and pollution than casting, which meets the requirements of sustainable development. At the same time, the high efficiency of hypoid gears also contributes to energy saving and emission reduction.

Forged Hypoid Gear Alloy Steel Pinion Helical Tooth Mini Bevel Gear

Who we are?

We're the production R&D base specializing in professional design, reserch, manufacture and sales of high-quality small module spiral bevel gears and high reduction hypoid gears and cylindrical gears.

We have strong scientific research and development capabilities and is also equipped a full set of advanced equipment including seven-axis five-linkage CNC spiral bevel gear grinding machines and gear milling machines. By making the best use of the scientific and technological achievements and equipment of the Gear Research Institute of Central South University, machanical processing, heat treatment and testing. We have developed high-quality products featuring high reduction, high speed, heavy load, low noise and less teeth for users.

Welcome to Customized: Non-standard customization of Dinghan gears

1.Our company has a complete set of software to realize digital closed-loop manufacturing of spiral bevel gears, Functions such as gear design, strength calculation, contact analysis, tool calculation, tooth profile error reversal, etc. can be realized.

2.Machining methods include five tools machining(fixed setting) & G-plete of tapper , spiral format tilt(SFT) method & hypoid format tilt (HFT) method of Cycloid equidep, etc.