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Maintaining, reconstructing and conserving tools and components of technical devices and machines as well as their surfaces by methods of hardening techniques carried out in vacuum furnaces such as such as vacuum hardening, vacuum tempering, vacuum hardening and high-temperature tempering, stress-relieved annealing, recrystallization annealing, normal annealing, soft annealing, homogenising, solution annealing, ageing and precipitation hardening, by methods of hardening techniques carried out in salt baths such as salt bath hardening, neutral hardening, salt bath tempering, salt bath hardening and high-temperature tempering, salt bath nitrocarburising (tenifer treating), carburising, case hardening, partial tempering, soft annealing, by methods of hardening techniques carried out in chamber furnaces and air-circulation furnaces such as hardening, tempering, hardening and high-temperature tempering, stress-relieved annealing, recrystallisation annealing, normal annealing, soft annealing, ageing, precipitation hardening, cyclic annealing, carburising, case hardening, by methods of hardening techniques in form of laser hardening, laser alloying, laser remelting and melting off, by methods of heat and surface treating carried out in a controlled gas atmosphere such as hardening, soft annealing, normal annealing, homogenising, solution annealing, ageing, recrystallisation annealing, stress-relieved annealing, hardening and high-temperature tempering, partial hardening, tempering, nitriding, nitrocarburising, carbonitriding, case hardening, carburising, cyclic annealing, oxidation, by methods of surface technology such as plasma nitriding, plasma nitrocarburising, plasma oxidation, steam tempering, hard material coating by plasma coating processes such as physical vapour deposition (PVD) processes and plasma-assisted chemical vapour deposition (PA-CVD) processes, lapping (wet and dry), pickling, planishing, polishing, grinding, brushing, stripping of hard material layers, vacuum degassing; cleaning of surfaces particularly using solvents and alkaline cleaning, ultrasonic cleaning with and without degreasing. Processing and refinement of metallic objects particularly of tools and components of technical devices and machines as well as their surfaces by methods of hardening techniques carried out in vacuum furnaces such as vacuum hardening, vacuum tempering, vacuum hardening and high-temperature tempering, stress-relieved annealing, recrystallisation annealing, normal annealing, soft annealing, homogenising, solution annealing, ageing and precipitation hardening; by methods of hardening techniques carried out in salt baths such as salt bath hardening, neutral hardening, salt bath tempering, salt bath hardening and high-temperature tempering, salt bath nitrocarburising (tenifer treating), carburising, case hardening, partial tempering, soft annealing; by methods of hardening techniques carried out in chamber furnaces and air-circulation furnaces such as hardening, tempering, hardening and high-temperature tempering, stress-relieved annealing, recrystallisation annealing, normal annealing, soft annealing, ageing, precipitation hardening, cyclic annealing, carburising, case hardening; by methods of hardening techniques in form of laser hardening, laser alloying, laser remelting and melting off; by methods of heat and surface treating carried out in a controlled gas atmosphere such as hardening, soft annealing, normal annealing, homogenising, solution annealing, ageing, recrystallisation annealing, stress-relieved annealing, hardening and high-temperature tempering, partial hardening, tempering, nitriding, nitrocarburising, carbonitriding, case hardening, carburising, cyclic annealing, oxidation; by methods of surface technology such as plasma nitriding, plasma nitrocarburising, plasma oxidation, steam tempering, hard material coating by plasma coating processes such as physical vapour deposition (PVD) processes and plasma-assisted chemic … (liste kısaltıldı; tamamı TÜRKPATENT kaydında)