Vacuum Sintering
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Vacuum Sintering Applications □ Vacuum sintering of hard metals, cermets, rare earth (RE) magnets □ Sintering of oxide and non-oxide ceramics □ Overpressu re vacuu m si ntering of hard metals □ Sintering in Metal Injection MoldingTechnology (MIM) □ Dewaxing (PEG, Paraffi n oi I, etc) Furnace Features □ Temperature uniformity □ Wide temperature range □ Industrial computer/PLC control □ Compactdesign Process Advantages □ Wide rangeof applications □ Short cycle time □ Low operating cost □ Environmentallyfriendly Technology □ Sintering of hard alloys with densification pressures u pto60 bar □ Powder metall urgy of tool steels, such as HSS cutting tools and trimm i ng dies □ Sintering of corrosion resistant steelsforchemical and medical industry □ Sintering of AINiCo materialsfor manufacturing of soft magnetic products □ Sintering of rearearth metals, such as Samarium/Cobalt a Hoys, Neodymium/Iron/Boron for production of permanent magnets □ Sintering of high alloyed materials for the aerospace industry □ Sintering of ceramics components □ Sintering atthe temperatures up to 2200°C □ Control of carbon content in sintered components madefrom Tungsten carbide □ Outgassing of metal powder

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□ Heating system, well proven in most advanced vacuu m heattreatmentan ■ curved heating elements, surrounding the load from all sides for excellent temperature uniformity with deviation less than ±3°C a critical parameterfor positive sintering results, ■ low surface load for longer life of the heating elements and lower maintenance costs. □ Four differenttypes of binder removal systems, depending on the technological requirements of the end users. □ Segmented graphite muffle for easy serviceand lower maintenance costs. □ PLC/Industrial Computerwith color touch screen for fully automatic...

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