Tungsten carbide cutting tools have excellent performance and many kinds. Today, we will introduce several common tungsten carbide knives.
Titanium tungsten cobalt carbide
TiC-WC-Co tools made of titano-tungsten-cobalt carbide are suitable for processing high-strength steel, titanium alloys, nickel-based alloys, stainless steel and other difficult materials.
TiC-WC-Co tools made of titano-tungsten-cobalt carbide are suitable for processing high-strength steel, titanium alloys, nickel-based alloys, stainless steel and other difficult materials.
Material characteristics:
High hardness: Has extremely high hardness, so that it can maintain a sharp edge during the cutting process.
High strength: good strength, can withstand large cutting force and impact.
Wear resistance: Wear resistance is very good, can extend the service life of the tool.
Oxidation resistance: can maintain mechanical properties in high temperature cutting, reduce tool wear and deformation.
Typical application:
Automotive manufacturing: For the production of high-strength parts and engine components.
Aerospace: Manufacture of aircraft fuselages, engines and other critical components.
Medical devices: For the manufacture of high-precision medical tools and equipment.
Energy industry: Used to process key components in oil, gas and power equipment.
Compared with other cemented carbide, titanium tungsten cobalt cemented carbide has better oxidation resistance and heat resistance, especially suitable for high strength and durability requirements in high temperature environment processing tasks.
Aluminum oxide based cemented carbide
Al2O3 aluminum oxide-based carbide tool, suitable for processing heat-resistant alloys, high hardness materials and non-metallic materials.
Material characteristics:
Typical application:
Compared with other cemented carbide, titanium tungsten cobalt cemented carbide has better oxidation resistance and heat resistance, especially suitable for high strength and durability requirements in high temperature environment processing tasks.
Aluminum oxide based cemented carbide
Al2O3 aluminum oxide-based carbide tool, suitable for processing heat-resistant alloys, high hardness materials and non-metallic materials.
Material characteristics:
High hardness: With extremely high hardness, the tool stays sharp during cutting.
Wear resistance: Excellent wear resistance to extend the service life of the tool.
High temperature resistance: Maintain mechanical properties in high temperature cutting, reduce tool wear and deformation.
Chemical stability: Good tolerance to acid, alkali and other chemicals.
Typical application:
Aerospace: For the manufacture of high-temperature components and combustion chambers.
Semiconductor manufacturing: Production of high purity semiconductor wafers.
Optical industry: Used for optical lens processing.
Chemical equipment: Manufacture corrosion resistant chemical reactor.
Compared with other cemented carbides, aluminum oxide-based cemented carbides have higher chemical stability and are particularly suitable for precision machining in high temperature and corrosive environments.
Tungsten titanium tantalum cobalt carbide
TiC-TaC-WC-Co Tools made of tungsten, titanium, tantalum and cobalt tungsten carbide are suitable for processing high-strength steel, titanium alloys, nickel-based alloys, stainless steel and other difficult materials.
Material characteristics
Compared with other cemented carbides, aluminum oxide-based cemented carbides have higher chemical stability and are particularly suitable for precision machining in high temperature and corrosive environments.
Tungsten titanium tantalum cobalt carbide
TiC-TaC-WC-Co Tools made of tungsten, titanium, tantalum and cobalt tungsten carbide are suitable for processing high-strength steel, titanium alloys, nickel-based alloys, stainless steel and other difficult materials.
Material characteristics
High hardness: Has extremely high hardness, so that it can maintain a sharp edge during the cutting process.
High strength: good strength, can withstand large cutting force and impact.
Wear resistance: Wear resistance is very good, can extend the service life of the tool.
Oxidation resistance: can maintain mechanical properties in high temperature cutting, reduce tool wear and deformation.
Typical application
Typical application
Automotive manufacturing: For the production of high-strength parts and engine components.
Aerospace: Manufacture of aircraft fuselages, engines and other critical components.
Medical devices: For the manufacture of high-precision medical tools and equipment.
Energy industry: Used to process key components in oil, gas and power equipment.
Compared with other cemented carbide, tungsten titanium tantalum cobalt carbide has higher oxidation resistance and heat resistance, especially suitable for long-term precision machining under high temperature and high strength conditions.
Compared with other cemented carbide, tungsten titanium tantalum cobalt carbide has higher oxidation resistance and heat resistance, especially suitable for long-term precision machining under high temperature and high strength conditions.