H.C. Starck announces that its Fabricated Products Division has received the 2014 Boeing Performance Excellence Award.
The Boeing Company issues this award annually to recognize suppliers who have achieved superior su... [More]
H.C. Starck, one of the world’s leading manufacturers of technology metals and advanced ceramics, has received confirmation for processing “conflict-free” tungsten raw materials.
The corresponding au... [More]
Plansee uses modern rolling mills to produce the world's largest molybdenum, tungsten, tantalum and niobium sheets. New investments mean that customers will immediately benefit from cost savings. [More]
H.C. Starck’s Ultra 76 Plus Tantalum alloy combats aggressive, hazardous chemical corrosion in hot concentrated acid applications and will be on display at ACHEMA 2015, Frankfurt, Germany, June 15-19, Hall 5.1, Sta... [More]
H.C. Starck, one of the leading producers of customer-specific powders and components made of technology metals and technical ceramics, has acquired a minority stake in one of Sweden’s most innovative start-ups, Me... [More]
Goodfellow offers a new copper foam with pore sizes between 300 and 600 µm and a relative density of around 37%, providing a much higher surface area than traditional copper foams. [More]
IBC Advanced Alloys Corp, a leading advanced alloys and precision castings company, has received a purchase order from UTC Aerospace Systems, a unit of United Technologies Corp. to supply advanced Beralcast® componen... [More]
H.C. Starck is taking innovation to a new level with its hottest new sputtering alloys for Touch Screen Panel (TSP) applications. Curved and flexible touch screens are the latest in HDTV, smart phones, tablets and mobile... [More]
H.C. Starck, a leading manufacturer of technology metals and advanced ceramics, announced today that its tantalum supply chain has been again declared free of “conflict minerals” following an independent audi... [More]
A research team from Qatar University and North Carolina State University has collaborated to develop a new high-entropy metal alloy, which is characterized by a higher strength-to-weight ratio when compared to other nanocrystalline alloys. [More]