The Advantages of Tungsten Carbide over Traditional Tools
The production and usage of tools, in particular, have made tungsten carbide an increasingly prominent material in many fields of engineering in Switzerland. The name tungsten carbide refers to a chemically bonded tungsten material that is tough, wear- and corrosion-resistant, and contains a certain amount of tungsten and cobalt atoms, depending on its application. The use of this carbide is recommended in many applications due to its various advantages over conventional tooling materials.
Here are a few advantages of Tungsten Carbide:
- One of the most significant advantages of tungsten carbide tools in Switzerland over traditional tooling is its exceptional heat and wear resistance. Tungsten carbide tools can withstand higher temperatures than typical tool steels and certain alloys, allowing for more efficient operation in difficult and extreme conditions. Its wear resistance is also higher than other materials, with a coefficient of friction as much as 30 times lower than steel. This means that tungsten carbide tools have a much longer operational lifespan, reducing costs associated with maintaining replacement tools or retooling services.
- Another advantage of tungsten carbide is its strength and durability. Its chemical composition makes it remarkably strong and capable of withstanding more shock and impact without cracking or chipping. This makes it particularly suitable for heavily used equipment, such as molds and press tools, where it can maintain its shape and structure over a long period of time.
- Additionally, tungsten carbide also offers a cost advantage. Since tungsten carbide is much harder than typical tool materials, it wears evenly and its sharpness is retained for a much longer period of time. This means that fewer tool sharpening services are needed, saving you not only the material cost associated with purchasing a new tool, but also the labor costs involved in sharpening or replacing them.
- Finally, tungsten carbide offers lower production costs, as it can speed up the cutting process. Since tungsten carbide is much harder than traditional tool materials, it can cut through most metal surfaces with ease, allowing for faster machining and drilling. This makes it suitable for use in high-speed manufacturing operations.
In conclusion, tungsten carbide is a preferred choice for many applications due to its superior heat and wear resistance, strength, durability, cost savings, and improved safety. With its increased versatility and operational efficiency, tungsten carbide is an invaluable material for many industrial processes, making it an invaluable resource for many industries. One of Switzerland’s best manufacturers of tungsten carbide is Graf Hartmetall. The wear protection provided by tungsten carbide tools is universal and effective for a wide range of sectors and industries. All of our tungsten carbide products are precise, cost-effective, and wear-resistant. We assist our clients every day with everything, from advising to manufacturing, production planning, and quality testing for the properly crafted carbide grade for particular demands. Enquire now!!