Advantages of ultra-thin tungsten steel inserts:

High hardness and wear resistance: the tungsten steel material itself is very hard, so the ultra-thin tungsten steel blades have excellent wear resistance. This high hardness makes the blade can easily cut various hard materials, and can maintain the sharpness for a long time, reducing the frequency of blade replacement.

High-precision cutting: Due to the complexity and precision of the tungsten carbide insert manufacturing process, ultra-thin tungsten carbide inserts are able to achieve very precise cutting operations. This is especially important in applications that require high precision cutting, such as precision machining, electronic component cutting, etc.

High-temperature stability: Tungsten steel has a high melting point, so ultra-thin tungsten steel inserts can withstand high-temperature environments and are not easily deformed or softened. This enables the insert to maintain stable cutting performance under high temperature conditions, which is suitable for some scenarios that require high temperature processing.

Long service life: Due to the high hardness and wear resistance of tungsten steel, the service life of ultra-thin tungsten steel inserts is relatively long. This not only reduces the cost of blade replacement, but also improves productivity and reduces downtime due to blade replacement.

Wide range of applications: Ultra-thin tungsten carbide inserts are suitable for cutting a wide range of materials, such as steel, copper, aluminium and so on. This wide applicability makes the blades have a wide range of application prospects in different industries and fields.

However, ultra-thin tungsten steel inserts also have some drawbacks, such as higher price and manufacturing difficulty. Therefore, when choosing whether to use ultra-thin tungsten steel inserts, you need to consider the specific processing needs, budget and cost-effective and other factors.

Ultra-thin tungsten steel inserts have shown excellent performance and application value in many fields with their advantages of high hardness, wear resistance, high precision cutting, high temperature stability and long service life.