Instead, AlliedSignal believes that with the help of the ATP funds, it has now pulled even with Kyocera in most applications and is able to make superior-quality products in several areas. Another clear benefit made possible by the ATP grant was the establishment of a technology-development relationship between AlliedSignal and Oak Ridge National Laboratory. Relations have continued through a scientific exchange agreement for an Oak Ridge scientist who co-invented the original gelcasting technology to work at AlliedSignal for two years. Successful development of this process would open the door to commercial gelcasting production of these high-performance ceramics. Commercialization is in progress, and the first gelcast parts made with the new technology are expected to reach the market very soon.
Opportunities exist for commercialization in a variety of fields.
The company is making excellent progress toward its commercialization goals and is expected to start producing gelcast parts in large volume in the near future. Users of vehicles or equipment made with gelcast ceramic parts will benefit from lower cost and better performance, with potentially huge benefits accruing in areas like auto engines, commercial aircraft and industrial applications such as stationary power generation.