Tungsten carbide powder is available as Special metal powder at the centre of advanced materials science and engineering, where it plays a key role due to its unique properties. Known for its extreme hardness, which is surpassed by only a few materials such as diamond, as well as its excellent wear resistance and thermal stability, it has established itself as an indispensable material in many industrial applications. From the manufacture of heavy-duty tools to use in aerospace technology, tungsten carbide enables the development of products that can withstand the toughest demands.
Outstanding hardness and wear resistance
The outstanding hardness of tungsten carbide makes it an ideal material for the manufacture of cutting tools, drill bits and other wear parts used in demanding environments. These properties allow tools to retain their sharpness and shape over longer periods of time, increasing efficiency and reducing the need for frequent replacements. In addition, the exceptional wear resistance provides increased reliability and durability for components used in highly abrasive or corrosive environments.
High thermal resistance
Another characteristic feature of tungsten carbide is its high thermal resistance. This makes it particularly valuable for applications where materials are exposed to extreme temperatures without losing performance. In the aerospace industry, where components are exposed to high temperatures and extreme environmental conditions, it enables the development of parts that fulfil these demanding specifications.
Application in additive manufacturing
Our tungsten carbide powder is specially designed for additive manufacturing (3D printing) has been optimised. It enables the production of complex, customised components with precise specifications that are difficult or impossible to achieve using conventional manufacturing methods. Compared to other metals, it offers superior hardness and wear resistance, which is particularly valuable in additive manufacturing as it increases the durability and functionality of the parts produced. Compared to traditional CNC and other manufacturing processes, 3D printing allows for faster iteration and complexity without the need for extensive tool preparation or changeovers, significantly reducing production costs and times.
Toolmaking with tungsten carbide powder
Our powder is particularly valuable in toolmaking as it enables tools and components to perform excellently under extreme conditions. It is widely used in the production of metalworking tools, in the mining industry and for the manufacture of wear parts that are subject to heavy use. Its use in powder form allows more precise control over grain size and chemical composition, resulting in composite materials with specific, customised properties. These customised properties are crucial for the manufacture of end mills, turning tools, saw blades and drills that require longer life and higher cutting speeds. The extremely high hardness and wear resistance of this powder makes it ideal for these applications as it extends tool life and reduces operating costs.
Sustainability and efficiency
In addition to the technical benefits, our powder also contributes to sustainability goals. Tungsten is one of the most difficult metals to recycle, and the use of our alloy in production supports the use of recycled materials to reduce the environmental footprint. In addition, the efficiency of additive manufacturing enables material-saving production, which reduces waste and minimises environmental impact.
Conclusion
Tungsten carbide powder is a material that pushes the boundaries of performance and durability in many industrial and technological fields. With its exceptional hardness, wear resistance and thermal stability, it offers a reliable solution to the challenges faced by designers and engineers. For applications requiring the ultimate in material performance, tungsten carbide is an unrivalled choice that increases efficiency and extends the life of products and components.
