Fusion has only been achieved for a few seconds but the benefits that can be brought to the world from this clean technology once productionised are shown in the planet’s commitment. There are multiple development projects all over the world. Two of these were JET (Joint European Taurus) and subsequently the ITER project, a longer term multi-billion pound global investment funded by 35 countries.Fusion requires materials to withstand immense temperatures in electromagnetic fields and Precision Ceramics has supported this research over many decades.We specialise in supplying a wide range of ceramics for use in hydrogen fusion environments. Whether its parts for vessel first wall or ancillary equipment and peripheral apparatus we can help design and supply whatever your ceramic needs are.With over 25 years of experience of supplying ceramics to spherical Tokumaksystems, and high vacuum, high temperature, high magnetism environments,we can help support your designs and material selection.We supply ceramics for the following environments …Ultra-High VacuumHigh temperatureHigh magnetic fieldRadioactive environmentsHigh energy systemsCryogenic temperaturesWe can offer …Custom designQuick turnaroundComplex piecesHigh tolerancesHight integrityBespoke ceramicsSmall to large quantitiesComplex GeometriesMachine on 4th/5th Axis machines, CNC grindingManufactured in-houseKey materials Shapal Hi-M SoftMacor Machinable Glass CeramicAluminaBoron Carbide and Boron NitrideZirconiaTypical applications …Radiation ShieldingThermally conductive ceramicsThermally insulating ceramicsRadiation stableHigh electrical insulation
Above & below: A selection of bespoke technical ceramic components designed & manufactured by Precision Ceramics.