Tungsten steel brings extreme hardness and wear resistance to any cutting edge. High-speed steel offers toughness heat resistance and the ability to maintain hardness at elevated temperatures. Welding them together into finished products gives you a tool that cuts longer and performs better.
The logic is simple. The tungsten steel side handles the cutting surface where abrasion is constant. The high-speed steel side provides structural support and absorbs the shocks of interrupted cuts. Together they outperform either material alone.
Precision welding is the key. Without clean consistent bonds the joint becomes a weak point that fails under stress. Our welding process creates strong metallurgical bonds that hold up through heavy use and high temperatures.
The result is finished products that deliver excellent hardness wear resistance and cutting performance. Each component is designed for demanding tooling and machining applications where durability and long service life matter.
Whether you need drill bits end mills or custom cutting tools tungsten steel to high-speed steel welding delivers the performance that professional machining demands.
An ion source sampling cone sits at the front line of mass spectrometry. It faces high temperatures corrosive gases and constant mechanical stress. The weld quality determines whether the cone delivers accurate results or becomes a source of contamination and drift.
Beryllium copper is a high-performance copper alloy widely used in industries requiring a unique combination of electrical conductivity, strength, elasticity, and wear resistance.
Silver contacts on silicon nitride ceramic heating plates take a beating. High temperatures thermal cycling and mechanical stress eventually take their toll. When the contact degrades heating performance suffers.