The goal of stress relieving schoenheider is the reduction of residual stresses in the material. Such stresses arise, for example, by microstructural transformations, cold deformation and machining. Important for a good result is not only the right temperature, but also a prudent cooling. Only in this way can a renewed formation of tension be avoided. Typically, stress relieving takes place at temperatures around 600 ° C (for previously tempered components, but 30-50 ° C below the last tempering temperature). Heat treatment is the most common finishing process, with which the properties of the steels are specifically changed and their optimum performance properties are brought about for the respective application. Only by a steel composition, the purpose of the heat treatment, the potential of the steel is optimally utilized. Bogie kiln scooter kiln chamber kiln rotary kiln car kiln kiln tunnel kiln hood kiln Shaft furnace special systems zirlguss b Heat treatment after hot forming Different units are available for setting the desired properties. These include cookers annealing stoves chamber forge ovens heat treatment chamber ovens Heat treatment chamber furnaces Heat treatment gienanth shaft kilns Hood furnaces Harden tempering at low and high temperature annealing Normalizing Austenitizing Stress relieving Preheating before forging roller hearth furnaces Continuous ovens for the heat treatment of non-ferrous metal strips Plant for heat treatment of car chassis casings Furnaces for heat treatment of transformer sheet Hot run test systems Ovens for fire resistance tests Lifting beam and Hubherdöfen Shaft furnace Hood furnace Roller hearth furnaces Pusher hardening Annealing Annealing Normalizing Soft annealing Tempering Starting Relaxing Push-through furnaces Lifting beam furnaces Hubherdofen Drying ovens Roller hearth furnaces Rotary hearth furnaces Chamber furnaces Multi-chamber ovens Mobile zirlguss Hood ovens Shuttle kilns Chamber furnaces Hood ovens Rotary hearth furnaces Thermal afterburning plants Abkühlhauben kammern Kammerofen Herdwagenofen Mehrzweck kammerofen Durchlauf anšlage Vakuumofen Plasmanitrieranlage PA-CVD-Beschichtung Induktionshärte anlage Fixturhärtepresse Presshärten Aluminium NE-Metalle Reduktionsmetallurgie Stahlerzeugung Sekundärmetallurgie Stranggießtechnik anlagen Warmwalzwerke Kaltwalzwerke Bandanlagen Thermische Prozesstechnik Aluminium – Glühöfen Abschreckbäder Beschickungsanlagen für Druckgußmaschinen buerstlein Drehherdöfen Doppelkammeröfen Draht – Glühöfen Durchlauföf en Elevatoröfen Glühöfen für verschiedene Einsatzarten Gas – Nitrieröfen Härteöfen Härtebäder Herdöfen Hubbalkenöfen Herwagenöfen Haubenöfen Industrie schoenheider T rockenanlagen Kammeröfen Kunststoff - Beschichtungsöfen Kipp – Tiegelöfen Laboröfen siehe Lack – Einbrennöfen Lack – Trockenöfen Messing – Glühöfen Muffelöfen Magnesium –Schmelzöfen Ölversorgungsanlagen Ölbrenneranlagen Retortenöfen Teil-Vakuum Rollenherd - Durchlauföfen Rohrglühöfen Salzbadöfen Schmiedeöfen Schachtöfen Stoßöfen Schüttelherd - Härteöfen Schutzgas Topfglühöfen Tiegelschmelzöfen Truhenöfen Transporttiegel für Flüssigmetall Transport - Warmhalteöfen für Flüssigbeschickung Umschmelzöfen für Aluminium Verzinkungsöfen gienanth Vergüteöfen Warmhalteöfen Härten Vergüten Härten von Kaltarbeitsstahl Härten von Warmarbeitsstahl Induktivhärten Flammhärten Anlassen / Glühen Bainitisieren Entspannen / Anlassen Anlassofen Aushärteöfen Chargentrockner Drucksinteröfen Durchlauföfen Continuous dryers Electric industrial furnace Electric furnaces Heating furnaces Gas ovens Gast rockner Industrial furnaces Industrial dryers Chamber furnaces Kammertrockenöfen chamber dryer kilns oil furnace powder coating dryer Powder kilns Tunnel kilns Finishing kilns Sintering furnaces Special kilns Special dryers Tempering ovens Drying ovens Dryers Drying plants Preheating furnace Heat treatment furnaces Heating furnace Heat processing furnaces Holding furnace Warm air ftofe www uterna com Europe |