Hoganas AB, Bruksgatan, Sweden, announces the implementation of a combined vacuum sintering and low pressure carburizing (LPC) furnace technology to provide more cost-efficient and higher quality PM component solutions. LPC also results in reduced distortions during the heat treatment process and consequently improves the overall dimensional quality and tolerances of PM components. Chromium-alloyed powders provide a cost-efficient way to manufacture high-performance applications.
Bruker X-ray crystallography system features high-speed data acquisition
Bruker AXS, Germany, launches the ECO series for X-ray fluorescence, X-ray diffraction, and chemical X-ray crystallography. The D8 Quest ECO X-ray chemical crystallography system features the new Photon 50 CMOS detector, which is two times larger than traditional CCD cameras. It is capable of high-speed data collection in shutterless operation mode, ensuring excellent quality of data and unprecedented data acquisition speed.
Zwick Science Award 2013
Have you published a scientific paper related to materials testing? Zwick will reward the most innovative use of a materials testing machine for ground-breaking research. The entry deadline is November 30, 2013. The development and use of new materials and technologies has always played an essential role. A substantial part of this development takes place in universities.
PhoenixTM develops thermal barrier for aluminum brazing
Phoenix Thermal Measurement, Clearwater, Fla., has developed a new thermal barrier designed for use in brazing aluminum parts. It addresses the problems of protection from hydrofluoric acid produced from chemicals in the flux combining with moisture within the thermal barrier, and oxygen in the air leaking from the thermal barrier that can “pollute” the nitrogen atmosphere inside the furnace.
SUSS MicroTec and Sematech partner to develop substrate and blank cleaning technologies
SUSS MicroTec, Sunnyvale, Calif., and Sematech announce that SUSS MicroTec’s photomask equipment division has partnered with Sematech to investigate and develop extreme ultraviolet lithography substrate and blank cleaning technologies that will accelerate process availability for extreme ultraviolet pilot line manufacturing.



