Industries Served

Our tungsten carbide materials and technical services support a wide range of high-demand industrial sectors where wear resistance, thermal stability, and material reliability are critical.

Oil & Gas Industry

We supply tungsten carbide powders for hardfacing, wear protection, and surface reinforcement used in drilling tools, valves, pumps, and downhole equipment. Our EU-based supply ensures consistent quality, fast delivery, and reduced operational risk.

Aerospace & Aviation

High-performance tungsten carbide materials for aerospace tooling, thermal spray coatings, counterweights, and high-temperature components, meeting strict quality and traceability requirements.

Mining & Mineral Processing

Durable solutions for abrasion-resistant components, including cutting tools, wear plates, crushers, and material handling systems exposed to extreme mechanical stress.

Thermal Spraying & Surface Engineering

Specialized powders for HVOF, PTA, plasma spraying, and laser cladding, optimized for flowability, particle morphology, and coating performance.

Automotive & Transportation

Applications include tooling reinforcement, brake components, wear-resistant coatings, and high-density fillers, supporting long service life and production efficiency.

Heavy Machinery & Industrial Manufacturing

Tungsten carbide materials for machining tools, molds, dies, and mechanical wear parts, ensuring enhanced durability under continuous industrial operation.

Energy & Power Generation

Used in turbine components, heat-resistant coatings, radiation shielding, and high-temperature assemblies, supporting both conventional and renewable energy systems.

Metallurgy & Powder Metallurgy

High-purity tungsten and tungsten carbide powders for sintering, metal matrix composites, and advanced alloy development, including customized particle size and phase composition.

Recycling & Sustainable Materials

Supporting tungsten carbide recycling and circular economy initiatives, delivering cost-efficient and environmentally responsible material solutions without compromising performance