We are H.C. Starck Tungsten Powders, a company of the Masan High-Tech Materials Group. For over 100 years, we have developed and produced high-quality powders from the refractory metal tungsten and its compounds for our customers. Our product portfolio ranges from tungstates to tungsten carbides in ultrafine to coarse grain sizes. All of them meet the strictest requirements for quality and performance. And thanks to our team’s comprehensive expertise in chemistry and metallurgy, we create innovative paths to develop solutions with optimal added value for you. For our customers, this means receiving exactly the individual required powder.
Thanks to its unique properties, tungsten is indispensable in many key industries. Here’s an overview of sectors that make use of high-quality products from H.C. Starck Tungsten Powders.
High-performance tools are essential to mechanical engineering. By constantly increasing the tools’ precision and lifespan, toolmakers can ensure users an optimised workflow. H.C. Starck Tungsten Powders supplies the ultrapure, application-specific tungsten carbide powders this requires.
The production technologies in modern car manufacturing require carbide tools, for example, when working on engine blocks or brakes. Our high-quality tungsten carbide powders are ideally suited for manufacturing tools for machining, forming and for metalworking in general.
Ironically, the aviation industry, which rises and falls on lightweight construction, makes use of one of the heaviest metals of all. Thanks to their high density and strength, tungsten and tungsten alloys are used here in counterweights, anti-vibration parts for tailgates, and to balance out rotor blades.
H.C. Starck Tungsten Powders develops and produces tungsten powders especially for use in oil and gas exploration. The technology metal is used not only in high-performance drill heads, but also in shaped charges that perforate the rock around a borehole so that oil and gas can flow out.
Tungsten has many different applications in the chemical industry, especially in the area of catalysts. Oxidation catalysts are one example. And we know how to manufacture the right tungsten chemicals.
Medical technology uses tungsten to make equipment that performs better and conserves resources. Precision components made of tungsten are used, for example, in modern diagnostic radiology and radiotherapy to shield or focus harsh X-ray or gamma radiation.
Tungsten-copper materials have a high thermal resistance combined with very good thermal and good electrical conductivity, which makes these materials suitable for applications in high-performance electrical switching contacts, such as heat sinks in the electrical industry, or for use as discharge electrodes.
We process recycled materials containing tungsten into high-performance tungsten metal and compounds. We also offer tantalum and niobium carbide powders. We can develop the optimum powder mixture for you. Please contact us!
We offer high-quality powders for a broad range of individual applications. Benefit from our expertise and discover the possibilities with powders from H.C. Starck Tungsten Powders.
Tungsten carbide is the material of choice for tools and wear parts that have to withstand extreme loads.
Manufacturers of high-performance drill bits and perforation charges for use in oil and gas exploration rely on tungsten.
Components made of tungsten and tungsten alloys are used in medical technology as radiation shields, amongst other things.
Tungsten chemicals are recommended for numerous chemical applications, such as catalysts.
H.C. Starck Tungsten GmbH, a subsidiary of Masan High-Tech Materials Group, is planning to establish a recycling center for lithium-ion batteries in the Harz region together with partners. To this end, a Memorandum of Understanding was signed yesterday in Hanover in the presence of Lower Saxony’s Economics Minister Olaf Lies.
Masan High-Tech Materials continued its path on growth through sustainability.
H.C. Starck Tungsten Powders is now marketing special tungsten powders for use in lithium-ion batteries under the ‘starck2charge®’ product brand.
