HIGH SPEED STEEL HOBS

Specializing in the production of high-end high-quality materials of high speed steel hobs

High Speed Steel Hobs is a cutting tool for metal processing with the following basic characteristics and advantages:

High Hardness:

Hobs made of high speed steel materials have excellent hardness and can maintain a stable tool shape and size in high-speed cutting.

Excellent Wear Resistance:

High speed steel hobs have excellent wear resistance, and can maintain good cutting performance even during a long time of use, extending the service life of the tool.

High Speed Cutting Capability:

Due to the characteristics of its material, the high-speed steel hob can adapt to the needs of high-speed cutting, improve the processing efficiency and shorten the processing cycle.

Suitable For All Kinds Of Metal Materials:

High speed steel hob is suitable for steel, aluminum alloy, copper and other metal materials processing, has a strong versatility and adaptability.

High Precision:

High precision and surface quality can be obtained by using high speed steel hob to meet the needs of precision machining.

High Temperature Resistance:

In high temperature processing environment, high-speed steel hob can still maintain stable performance, not easy to deform or lose cutting ability.

Easy To Grind And Repair:

High speed steel hob has good repairability and can be repaired by grinding and other methods, which extends the service life of the tool and reduces the use cost.

Product application field

1. Machinery Manufacturing :

In the field of mechanical manufacturing, High Speed Steel Hobs is widely used in machining various gears, drive shafts, bearings and other parts to improve production efficiency and processing accuracy.

2. Automobile Manufacturing :

In the automotive manufacturing industry, High Speed Steel Hobs is mainly used to manufacture components for transmission systems such as automotive gears, transmissions and differentials, as well as various gears and connecting rods inside engines.

3. Aerospace :

In the aerospace field, due to its High precision and high temperature resistance, High Speed Steel Hobs are widely used in the manufacture of high-precision components such as aircraft engines and spacecraft transmission systems.

4. Rail Transport :

In the field of railway transportation, High Speed Steel Hobs is used to process railway locomotives, various gears in train transmission systems, drive shafts and other key components to ensure the safe and reliable operation of trains.

5. Heavy Machinery :

In the field of heavy machinery manufacturing, High Speed Steel Hobs is widely used in processing all kinds of construction machinery, excavators, cranes and other large mechanical equipment transmission system and parts.

6. Mold Manufacturing :

In the mold manufacturing industry, High Speed Steel Hobs is used to process various gear, spline, rack and other parts in the mold to improve the accuracy and life of the mold.

Classification of High-Speed Steel Hobs

Classified By Gear Type

Spur Gear Hobs :

The cutting face of the tool is linear, which is suitable for machining straight gear.

Helical Gear Hobs :

The cutting face of the tool is helical, which matches the tooth shape of the helical gear, and can effectively process the helical gear.

Spiral Bevel Gear Hobs :

The cutting face of the tool is helical, which matches the tooth shape of the helical bevel gear, and can effectively process the helical bevel gear.

Classification By Processing Object :

Steel Hobs

The hob made of high-speed steel materials for processing hard metals such as steel has high hardness and wear resistance, can maintain stable cutting performance in the high-speed cutting process, can achieve high-precision processing, and ensure the dimensional accuracy and surface quality of the workpiece.

Aluminum Hobs :

The hob specially used for processing soft metals such as aluminum alloy is made of high-speed steel, which is suitable for efficient processing of soft metals such as aluminum alloy and improves processing efficiency and productivity. The heat generated during the cutting process is less, which is conducive to preventing the deformation of the aluminum alloy material and the wear of the tool.