THERMCONCEPT – LABORATORY CHAMBER FURNACES
Model: KLS SERIES: 1100°C , 1200°C , 1300°C
Specifications:
- Volume(l): 7,10,15,30,45,60
- Power:2kW,3.6kW,3.6kW,6kW,7.5kW,9.6kW
- Very good temperature uniformity in the furnace chamber
- Double-walled design with rear ventilation, extremely low outside wall temperature
- Parallel guided door moving up-wards, user is protected from hot door insulation surface
- Furnace insulation of high-quality fiber materials with low thermal mass
- Powerful heating elements in both sides of the furnace, fast heating rates
- Switching via solid state relay, very precise furnace control, wear-free, noiseless
- Vapor vent duct with exhaust chimney on the rear wall of the furnace
Specifications:
- Volume(l): 7,10,15,30,45,60
- Power:2kW,3.6kW,3.6kW,6kW,7.5kW,9.6kW
- Very good temperature uniformity in the furnace chamber
- Double-walled design with rear ventilation, extremely low outside wall temperature
- Parallel guided door moving up-wards, user is protected from hot door insulation surface
- Furnace insulation of high-quality fiber materials with low thermal mass
- Powerful heating elements in both sides of the furnace, fast heating rates
- Switching via solid state relay, very precise furnace control, wear-free, noiseless
- Vapor vent duct with exhaust chimney on the rear wall of the furnace
Specifications:
- Volume(l): 16,32,64,125
- Power:7 KW,8KW,11KW,15KW
- Double-walled design with rear ventilation, extremely low outside wall temperature
- Heating from 5 sides (left, right, door, rear wall, floor), very even temperature distribution in the furnace chamber
- Multi-layer insulation (lightweight refractory bricks and rear insulation), low heat loss, low energy consumption, low electricity costs
- Heating elements mounted on ceramic support tubes, in front of the furnace wall, free heat radiation into the furnace chamber
- Air inlet opening in the furnace floor, exhaust air opening with exhaust chimney at the rear wall of the furnace, both operable from the front
THERMCONCEPT – HIGH TEMPERATURE FURNACES
HIGH-TEMPERATURE FURNACES -with SiC rod heating
High-temperature furnaces with SiC rod heating reliably cover the temperature range from 1400 to 1600 °C.
- Volume(l): 5,9,15,30
- Powerful SiC heating elements in both furnace sides, very fast heating rates
- Parallel guided door moving up-wards, hot door insulation surface averted from the user
- Double-walled design with rear ventilation, extremely low outside wall temperature
- Switching via solid state relay, very precise furnace control, wear-free, noiseless
- vapor vent duct with exhaust in the rear wall of the furnace
HIGH-TEMPERATURE FURNACES -with MoSi2 heating elements-TABLE TOP
- Volume(l): 1,2,4,10,16,21
- Power:5,1.6,3,4,8 KW
- Compact tabletop furnaces with user-friendly parallel guided door moving up-wards
- High-quality heating elements made of molybdenum-disilicide (MoSi2)
- Furnace insulation made of Aluminium-oxide material with low thermal mass, fast heating and cooling possible
- State-of-the-art switching and control technology via thyristors for very precise, wear-free and noiseless furnace control
HIGH-TEMPERATURE FURNACES -with MoSi2 heating elements-STAND ALONE
- Volume(l): 16,21,`37,48,64
- Power:8KW to 18 KW
- Floor standing furnaces with operator-friendly parallel guided door moving side-wards, hot door insulation surface averted from the user
- High-quality MoSi2 heating elements mounted on both sides in front of the insulation, for free heat radiation into the furnace chamber and very fast heating rates
- Adjustable over-temperature protection for furnace and load acc. EN 60519-2
- Furnace insulation made of high-quality alumina material with very low thermal mass for rapid heating and cooling
- . Exhaust air opening in the furnace roof with motorized flap controlled via event function of the programmer
THERMCONCEPT – TUBE FURNACES 1200°C -1800°C
Model: ROT SERIES: 1200°C & 1300°C
TUBE FURNACES ROT- with exchangeable tubes
- tubes with outer diameter of 60, 85 or 120 mm, can also be individually adapted to fit with customer‘s tube
- Heated lengths of 300 mm, 450 mm and 600 mm
- Designed for horizontal operation
- Furnace insulation of high quality fiber materials with low thermal mass
- Heating via heating wire mounted on ceramic support tubes, thus free and direct heat radiation to tube and sample, high temperature accuracy and long life of the heating elements
Model: ROS:1200°C
TUBE FURNACES ROS– with 1- and 3-zone heating
- Tube inside diameter from 20 mm to 105 mm
- Heated lengths from 250 mm to 900 mm
- Designed for horizontal operation
- Integrated work tube made of ceramic, delivery including two fiber plugs
- Protection grid for low temperatures on the tubular module
- Heating elements switched via solid state relay, particularly precise furnace control, wear-free, noiseless
SPLIT-TYPE TUBE FURNACES ROK -hinged VERTICAL & HORIZONTAL
Furnaces are prepared as standard for a maximum outside tube diameter of 70, 100, 130, 160, 200 and 250 mm, on request individual adapted tube diameters
- Heated lengths modularly expandable
- Designed for horizontal operation with furnace module on the switchgear housing or with rack and separate controller housing for vertical operation. On request for individual installation in test setups
- Module insulation made of high-quality fiber materials with low thermal mass
- Heating via wire embedded in fiber modules, thus direct heat radiation onto tube and sample as well as high temperature accuracy and long heating element life
HIGH-TEMPERATURE TUBE FURNACES ROC with- exchangeable tubes
- Tube diameter from 50 to 105 mm
- Heated lengths of 250 mm, 450 mm and 610 mm
- Designed for horizontal, vertical and universal operation
- Furnace insulation of high quality fiber materials with low thermal mass
- Furnaces are supplied with tube, can also be individually adapted to fit with customer‘s tube
- Heating via SiC heating elements, mounted parallel to the process tube, thus free and direct heat radiation to tube and sample, high temperature accuracy and long service life of the heating elements
HIGH-TEMPERATURE TUBE FURNACES ROHT- with- exchangeable tubes
- Tube diameter from 40 to 75 mm
- Heated lengths of 200 mm, 300 mm, 400 mm and 600 mm
- Designed for horizontal operation, vertical design on request
- realizable Very powerful heating via MoSi2 heating elements, with free heat radiation onto the tube and sample, high temperature accuracy and long service life of the heating elements.
- Furnaces are supplied as tabletop models with a tube made of 99.7 % Al2O3 as standard
ELEVATOR FURNACES ELS, ELC AND ELHT
- Volume(l): 8 & 16 (2000L available for production)
- Table-top and floor standing models with electro-mechanically driven furnace hearth, pressure and vibration-free movement, vertical opening with low heat radiation to the user
- High-quality heating elements on four sides with free heat radiation into the furnace chamber
- Furnace insulation made of high-quality alumina material with very low thermal mass for rapid heating and cooling
- Double-walled design with rear ventilation, extremely low outside wall temperature
- Switching via solid state relay, or thyristors for precise, wear-free and noiseless furnace control
- Exhaust air opening in the furnace roof
Optional:
Controller with extended programming options
Batch temperature measurement and control
l • Adjustable over-temperature protection to protect furnace and load according to EN 60519-2 • Programming and data-logging software and interfaces • Start-up circuit for targeted, slow heating in the lower temperature range • Protective gas connection and furnace sealing as well as manual and automatic gas feed systems • Ceramic base plate for protection
THERMCONCEPT – ASHING & MUFFLE FURNACES
MUFFLE FURNACE
These universal muffle furnaces with heating elements in ceramic plates and their sophisticated, robust construction are designed for a temperature range up to 1100 °C and 1200 °C and can be used for a variety of laboratory applications.
- Volume(l): 3,5,10,15
- Power:1.2kW,2.4kW,3kW,3.5kW
- Double-walled design with rear ventilation, extremely low outside wall temperature
- Double-walled flap door with handle, can be opened easily and far down, with integrated, adjustable air inlet duct
- Furnace insulation of high-quality fiber materials with low thermal mass
- Switching via solid state relay, very precise furnace control, wear-free, noiseless
- Horizontal vapor vent duct in the rear wall of the furnace
ASHING FURNACE
- Volume(l): 7,10,15,30,45,60
- Power:2kW,3.6kW,6kW,7.5kW.9.6KW
- Combustion air preheating via ceramic inlet channels in the furnace floor
- Generously dimensioned flue in the furnace roof and stainless steel chimney with a height of 350 mm on the furnace
- Cover of the heating elements with quartz glass tubes
- Parallel guided door moving up-wards, user is protected from hot door insulation surface
- Furnace insulation of high-quality fiber materials with low thermal mass
- Switching via solid state relay, very precise furnace control, wear-free, noiseless
- Powerful heating elements in both sides of the furnace, fast heating rates
ANNEALING & HARDENING FURNACE
- Volume(l): 8,13,`18,30,44,66
- Power:2.5 KW,3.6KW,6KW,7KW,13KW,20KW
- Solid & durable Robust chamber furnaces, especially designed for the rough handling during heat treatment of metals in the laboratory, pilot plant, training and workshop
- . Double-walled design with rear ventilation, extremely low outer wall temperature
- Durable housing with side panel and door lintel made of stainless steel and robust, painted steel frame
- Parallel swing door, opening downwards, door can be opened to T max.
- Door safety switch Heating from 3 sides (left, right, floor)
THERMCONCEPT – FUEL CELL,GLASS,SOLAR CELL
Fuel Cell -Furnace
- Furnace for testing and manufacturing fuel cells
- Electrically heated chamber furnace up to 1100°C, individually tailored to customer requirements, with double-wing door and pressure ram for testing and small batch production of fuel cells.
A pneumatic pressure ram is mounted on the furnace ceiling, which acts with up to 500kg pressure on the fuel cells stacked in the furnace chamber.
Technical ceramics, glass, solar
- De-binding and drying furnaces 250 °C to 850 °C
- Combi-furnaces for de-binding and sintering in one furnace
- Firing and sintering furnaces 900 °C to 1400 °C
- High temperature sintering furnaces 1500 °C to 1800 °C
- Chamber and bogie hearth furnaces
- Hood and elevator furnaces
- Electrically or gas heated
- Normal or inert gas atmosphere
- Adapted feeding systems
Manually operated ovens up to fully automatic plant engineering
