Does carbide cutting wheels are definitely suitable for you?
The material of key machine cutting wheels is an important factor that affects their performance and service life.
Different materials of key machine cutting wheels have their own unique characteristics and applications.
Here are some common materials of key machine cutting wheels , along with their differences and characteristics:
Choosing the right material can improve processing efficiency, reduce costs, and ensure processing quality.
When selecting key machine cutting wheels, it is essential to consider specific processing requirements and material characteristics comprehensively to achieve the best processing results.
Different materials of key machine cutting wheels have their own unique characteristics and applications.
Here are some common materials of key machine cutting wheels , along with their differences and characteristics:
- High-Speed Steel (HSS):
This is a common material with good hardness and wear resistance, suitable for processing metals with lower hardness. Suitable for general processing applications.
We don't use this most common materials.
- Cobalt Steel Alloy (HSS-Co):
Cobalt steel alloy is a mixture of high-speed steel and cobalt alloy, with higher hardness and thermal stability.
Its advantages include better wear resistance, excellent cutting performance, and suitability for high-load, high-temperature processing environments.
Our HSS cutters are all made from this material.
- HSS-Co with Coating:
Building on the HSS-Co material, adding various different coatings, distinguished by color, they come in yellow, black, etc.
The main purpose is all about improving the wear resistance and sharpness of the tool, making it more suitable for machining harder key blanks, such as iron keys.
It is a cost-effective choice between uncoated HSS products and carbide products.
The two different colors items below are from our coating center.
- Carbide:
This is an extremely hard material with very high hardness and wear resistance, suitable for processing key blanks with extremely high hardness, such as iron and alloy steel.
Carbide offers high cutting efficiency and strong wear resistance, suitable for high-speed, high-precision processing requirements.
If your machine operates at high speeds with high precision key requirements, you can opt for this material.
In conclusion, key machine cutting wheels made of different materials are suitable for different processing needs and key blank materials.
Choosing the right material can improve processing efficiency, reduce costs, and ensure processing quality.
When selecting key machine cutting wheels, it is essential to consider specific processing requirements and material characteristics comprehensively to achieve the best processing results.