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Follow on Google News | Cambridge Aerospace Heat Treatment and Hard Coatings Specialist Soars with Rolls-Royce ApprovalWallwork Cambridge has secured Rolls-Royce's seal of approval for vacuum brazing and Plasma nitriding. Both these processes and the company's heat treatment services are seeing soaring demand.
By: Wallwork Heat Treatment Ltd A million pounds is being spent on the installation of a new Seco vacuum brazing furnace and on two new Rübig and Eltro Plasma nitriders. This will more than double the nitriding capacity at the Cambridge site. Importantly, the two new nitriders are fully aerospace specified units with high temperature capacity. Being more versatile and energy efficient than the older units, they will also enable quicker processing of aerospace components. "Receiving Rolls-Royce approval for these processes is essential to working with company. It also gives confidence to all our customers that we can meet the exacting standards required by aerospace primes and therefore other precision industries such as motorsport and medical implant/devices," A 20 percent increase in orders is anticipated in the coming months, which it is hoped will create two extra skilled jobs in the vacuum brazing cell. With locations in Cambridge, Manchester, Birmingham and Newcastle, Wallwork offers a truly nationwide service to the aerospace industry which has its big biennial trade show this year in Farnborough. Wallwork will be there on stand 2427. More Information Howard Maher, Sales Manager Tel. +44 (0)161 797 9111 Fax. +44 (0)161 763 1861 E-mail: howard.maher@ Wallwork Group, Lord Street, Bury, Greater Manchester, BL9 0RE Images: http://www.ainsmag.co.uk/ Additional Information Vacuum Brazing is a method of joining dissimilar materials, performed under a vacuum, and produces clean joints of exceptional strength and integrity. Plasma Nitriding is method of heat treating metal components to improve their toughness, wear and corrosion resistance. Importantly, this achieved with minimal or no distortion and reduces the need for further machining. End
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