Thermal Process Technology
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Industrial furnaces and heat treatment systems for Annealing Hardening Tempering Ageing Solution annealing Forging Carburising Nitriding Preheating Drying Age hardening Ageing of metals and plastics THERMIONCEPT powered by innovation

Industrial furnaces and systems for Heat treatment of metals and plastics THERMCONCEPT develops, designs and manufactures furnaces and industrial systems for a broad range of heat treatment processes. THERMCONCEPT furnaces and systems are proven in daily use at satisfied customers in many countries worldwide. The reasons for our success are simple: Proven technology For the production of our furnaces only the best materials from worldrenowned suppliers are used. This ensures maximum efficiency, reliable operation and a long service life. Cutting-edge designs The furnaces are planned and...

Furnaces and systems for hardening of metals - Operating temperatures up to 1300 °C - Electrically heated and gas-fired furnaces Chamber furnaces 4 Gas-fired furnace systems 8 Inert-gas retort furnaces 10 Systems for controlled atmosphere hardening, semi-vacuum hardening, carburising 11 Salt bath furnaces 12 Conveyor belt furnaces 13 Furnaces and systems for tempering, annealing, ageing, preheating, drying and age hardening of metals and plastics - Operating temperatures 50 - 850 °C - Furnaces with air circulation - Electrically heated and gas-fired...

Bench Type Furnaces km 10/13 - km 30/13 Chamber Furnaces km 50/13 - km 90/13 T max 1300 °C • Double-lined housing with rear ventilation > Very low outer casing temperature • Outer casing side walls and door made of stainless steel > Corrosion resistant • Lintel of door also made of stainless steel • Downwards moving door • Stainless steel charging support on the door frame • Exhaust pipe in rear wall • Base included as standard supply (from model KM 50/13) • Multilayer insulation (fire bricks and rear insulation) > Low heat loss, very low energy consumption, low operating costs •...

Chamber Furnaces km 110/13 - km 2100/13 T max 1300 °C • Double-lined housing with rear ventilation > Very low outer casing temperature • Outer casing side walls and door made of stainless steel > Corrosion resistant • Lintel of door also made of stainless steel • Upwards moving door • Exhaust pipe in the rear wall • Base included as standard supply • Multilayer insulation (fire bricks and rear insulation) > Low heat loss, very low energy consumption, low operating costs • High-quality heating element, securely fixed on tubes • Heated from 3 sides (left, right and bottom) > Excellent...

Bogie-hearth Furnaces WM 800/12 – WM 7000/12 T max 900 °C and 1280 °C • Furnaces for temperatures up to 900 °C and 1280 °C • obust case designs, double lined housing with rear ventilation R > Very low outer casing temperature • Furnace door designed as hinged door > Simple, easy operation • Fitted with a door safety switch • table bogie-hearth with single-flanged rail wheels, including S rails in front of the furnace • eating elements in the bogie hearth covered with silicon H carbide plates > Protection of heating elements, charging made easy by level support • ith bottom damper and...

Options: • Furnaces completely insulated with fibre and with meander-shaped heating elements for fast heating cycles • Hydraulic lifting door • With second door at rear furnace wall for operation with two bogie hearths • Electrical bogie drive • Furnace with parallel bogie loading system • Charging grate for bogie hearth, made of heat-resistant cast steel for optimum load distribution • Automatic cooling system for forced cooling • Automatic control of exhaust flaps • Multi-zone control WM 18400/12/S Bogie-hearth furnace with fibre insulation Technical Data Model T max Inside dimensions...

Gas-fired Furnace Systems Technical features: • Furnaces for various applications • Superb heat treatment results • Low power consumption due to multilayer refractory lining with best insulation properties • roprietary burner systems with large perfor-mance P range, specially designed to match the furnace, optimised for low power consumption • utomatic control of furnace atmosphere to prevent A oxidation of the material • tart-up with ramped control giving temperature S uniformity throughout • ptimal temperature distribution by means of multiO zone control and special flue gas routing...

Gas-fired Chamber, Bogie-hearth, Hood and Continuous Furnaces We supply: • Furnaces with direct or indirect gas heating • Batch furnaces (chamber, bogie-hearth and hood furnaces) • Continuous furnace systems • Furnace systems for reduction atmosphere Optional equipment: • Conveying equipment Hood furnace system · For homogenising aluminium parts • Charging and recharging systems • Control and regulation systems • Systems for heat recovery Artificial ageing furnaces · Gas fired directly Continuous annealing furnace · With heating-up, holding and co

THERMIONCEPT powered by innovation Inert-gas Retort Furnaces Retort furnaces are suitable for heat treatment processes that must be carried out under a defined atmosphere, such as bright annealing, tempering or soldering. The product program includes chamber furnaces as well as pit-type furnaces. Retort furnaces are electrically or gas heated Retort chamber furnace Retort Chamber Furnaces km 25/11/R - km 250/11/R T max 1100 °C • Gas-tight retort furnaces in rugged design with horizontally inserted retort • Retort made of highly heat-resistant steel • Heating from several sides (both sides...

Systems for controlled-atmosphere hardening, semivacuum hardening, carburising Components specially designed for use in standard hardening furnaces enable hardening processes under inert gas, semi-vacuum hardening, carburising, etc. These controlled-atmosphere systems are modular in design and can be enlarged to form compact hardening systems. For many of these special heat treatment processes, such hardening systems are a very cost-efficient solution for the user. We can conduct tests and experiments for you in our Test Centre. Hardening Box System – Hardening, carburising, nitriding up to...