news digest ♦ Equipment and Materials
approached by many customers asking for our support” comments Tim Johnson CEO of SAES Pure Gas.
“Johnson Matthey offered a full line of Palladium membrane hydrogen purifiers, and we recognize this as a critical technology for manufacturing High Brightness LEDs and other high purity applications. As the worldwide leader in ultra high purity gas purification, we understand the importance of providing on going support for customers using this technology. This agreement builds on our recent acquisition of the palladium hydrogen purifier business from Power + Energy and establishes SAES Pure Gas as the leading supplier of palladium purifiers.”
Gu Ran, President of Oxford Instruments China
David Scott, Director of Emerging Markets comments, “China continues to be a very important market for Oxford Instruments. We have a highly skilled workforce dedicated to growing our business and Gu Ran’s experience of business development and leadership across a range of international technology companies will help us improve on the success we have achieved so far.”
Oxford Instruments opened its first office in China in November 1999 with a team of six. Now the Group employs over 150 people and turnover has more than quadrupled over the last 14 years.
Oxford Instruments provides solutions needed to advance fundamental physics research and its transfer into commercial nanotechnology applications. Its strategy is to effect the successful commercialisation of these ideas by bringing them to market in a timely and customer-focused fashion.
This involves the combination of core technologies in areas such as low temperature, high magnetic field and ultra high vacuum environments, Nuclear Magnetic Resonance, X-ray, electron and optical based metrology, and advanced growth, deposition and etching.
SAES Pure Gas reaches agreement to support
Johnson Matthey customers SAES Pure Gas will provide support to customers who own Johnson Matthey gas purifiers.
SAES Pure Gas Inc. has reached an agreement with Johnson Matthey Gas Purification Technology where SAES Pure Gas will provide support to customers who own Johnson Matthey gas purifiers.
With the recent closure of the Johnson Matthey Gas Purification Technology business, customers will now be able to contact SAES Pure Gas for on going support.
“Following Johnson Matthey’s announcement of the closure of their Gas Purification Technology business, we were
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www.compoundsemiconductor.net August/September 2013
In FBCVD simple or complex shapes are coated by passing precursors over their hot (or cooled) surfaces as they are suspended in a fluidized bed of either sand or an equivalent powdered material. Heating is used when decomposing precursors and cooling is used when condensing materials such as polymers on the particles.
Coatings can be performed sequentially or as a complex multicomponent material in order to build up single, multiple, or functional layer coatings. The structures can be grown using a variety of chemistries in a variety of atmospheres and can be passivated in place for packaging. This vertical tube system is designed for researchers who desire to coat powders and small complex structures.
The system features gas inlets, a switching manifold, heating zone - a 25mm x 100mm deposition zone (alternative sizes are available), height adjustable heating for controlling readouts, easy loading, a mobile enclosed housing, and a user friendly operation. The self-contained system occupies a ~2’ by 4’ footprint.
SAES Pure Gas is now the authorized supplier of both warranty and non-warranty support or replacement for Johnson Matthey HP series, V-purge, HTG, GPT and PSH Series palladium membrane hydrogen purifiers.
FB-CVD Tool for particle and small structure coatings announced
Structured Materials Industries, Inc. has announced the delivery of a manual research and development tool for Fluidized Bed -Chemical Vapor Deposition (FB-CVD) of functionalized thin films on particles.
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