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RAD-CON Inc. specializes in bell-type batch annealing furnaces for the ferrous and non-ferrous, wire and strip industries. RAD-CON is a global leader in bell-type batch annealing technology, with installations worldwide.
RAD-CON has many years experience installing 100% Hydrogen Annealing systems. The RAD-CON design takes full advantage of the benefits of hydrogen, including cleaner product, shorter cycle times, lower utility costs, and greater production per base. RAD-CON is proud of its perfect safety record for hydrogen installations, and credits its redundant safety elements on the equipment and controls.
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Maximum operating temperature 750°C
Chamber capacities of 22, 112 & 324 litres
Heating is provided by resistance wire elements on both sides of the chamber
Powerful centrifugal fan and air guide system forces air over the elements & back through the chamber to ensure good thermal uniformity
Easy clean stainless steel inner chamber
Choice of PID controller or programmers
Applications in general industry include, low temperature ferrous metal heat treatment processes; annealing, tempering, normalising and stress relieving
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RAD-CON Inc. specializes in bell-type batch annealing furnaces for the ferrous and non-ferrous, wire and strip industries. RAD-CON is a global leader in bell-type batch annealing technology, with installations worldwide.
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RAD-CON Inc. specializes in bell-type batch annealing furnaces for the ferrous and non-ferrous, wire and strip industries. RAD-CON is a global leader in bell-type batch annealing technology, with installations worldwide.
RAD-CON is the premier choice for Cold-Heading Quality wire producers. The 100% Hydrogen Super-High Convection™ system along with the AC/APEx™ atmosphere control system increase productivity while lowering operating costs. These innovative and proven technologies coupled with economical solutions to customers’ applications make RAD-CON the preferred brand for CHQ.
RAD-CON also services other steel wire processors. RAD-CON designs the best possible solution for specific annealing requirements based upon the customers’ needs. Providing 100% hydrogen systems, nitrogen systems, direct-fired furnaces or radiant-tubes, RAD-CON has a design for any situation.
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Atmosphere controlled bell furnace
Designed for aluminising and coating of steel alloy components
Complies with international aerospace standards
Operating temperature : 1200°C
Maximum process temperature 1150°C
Uniform operating zone within the retort : 1500mm (diameter) x 1150mm (high)
Maximum charge weight : 2500kg
Power rating : 250kW
Supplied with 2 walking hearths and an overhead furnace transfer system
Fully programmable gas system with vacuum purge facilities
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RAD-CON Inc. specializes in bell-type batch annealing furnaces for the ferrous and non-ferrous, wire and strip industries. RAD-CON is a global leader in bell-type batch annealing technology, with installations worldwide.
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RAD-CON Inc. specializes in bell-type batch annealing furnaces for the ferrous and non-ferrous, wire and strip industries. RAD-CON is a global leader in bell-type batch annealing technology, with installations worldwide.
In many applications the requirements for sintering can be performed more economically with a bell-type batch annealing furnace. Please contact RAD-CON with specific project requirements
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Maximum operating temperatures of 1100°C, 1200°C or 1300°C
Chamber capacities of 5, 13 or 23 litres
Powerful free radiating coiled wire elements on both sides of the chamber ensure good thermal uniformity
Heats up to operating temperature in half of the time of traditional "slab" designs
Hard wearing refractory insulation inside chamber and around the entrance provides good resistance to abrasion
Hard ceramic hearth provides robust base, and can be replaced in the event of spillage
Vertical counter-balanced door keeps hot door insulation away from operator
Postive break door safety switch isolates chamber from power supply, when the door is opened
Double skinned construction allows convection air flow to cool the outer case, to conform to EN61010 safety standard
Choice of PID controller or programmers
Applications include, ferrous metal heat treatments; annealing, hardening, tempering, stress relieving, and simulation of a larger industrial process, on a laboratory scale
Applications in quality control include, testing of component materials or finished products
This product can also be used for maintenance include, heat treatment of metal tools and tool steels.
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High temperature furnaces with maximum operating temperatures of 1700°C or 1800°C
1700°C chamber capacities of 3 or 10 litres
1800°C chamber capacities of 4 or 8 litres
Powerful MoSi2 elements located on both sides of the chamber ensure good thermal uniformity
Thick diameter MoSi2 elements can withstand the stress of everyday operation and provide good longevity
Low thermal mass insulation and good element design is used to ensure energy efficiency and rapid heating
Manually operated vertical counter-balanced door keeps hot door insulation away from operator
Postive break door safety switch isolates chamber from power supply, when the door is opened
Double skinned construction allows fanned air flow to cool the outer case, to conform to EN61010 safety standard
Eight segment programmer is fitted as standard, with options for other types
Adjustable overtemperature protection is fitted as standard
Applications in general industry include sintering alumina, smelt trials and checking Al2O3 content in alumina
Applications in the ceramics industry include disintegration, testing and analysis of cement samples, refractory porosity tests, long term high temperature temperature tests and firing & sintering of ceramic samples
Applications in the semi-conductor industry include annealing silicon, silicon carbide & nitride samples and solid state synthesis
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The chamber furnaces type LLF are versatile plants that are easily integrated in automatic c treatment lines.
The main features are:
The heating system, with high efficiency self-regenerative burners, guarantees atmospheric emissions within the limits of the European laws;
The configuration of the heating area which guarantees an optimum temperature uniformity;
The quenching bath, where the ratio between the weight of the charge and the volume of the vat (within the required standards), combined with a programmable agitation system, permits the operator to obtain matchless results as far as deformation, hardness and homogeneity are concerned, even with charges of considerable dimensions;
The possibility to install different types of atmospheres, automatically controlled by means of probes and/or analysers;
Different choices as far as the control equipment is concerned, depending on the customer’s requirements: the current plant is equipped with a dedicated instrument provided by Demig (D). This controller which is a real PC, equipped with a colour display, has the complete control of the machine, both in automatic and in process running, executing all functions "ON LINE".
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RAD-CON Inc. specializes in bell-type batch annealing furnaces for the ferrous and non-ferrous, wire and strip industries. RAD-CON is a global leader in bell-type batch annealing technology, with installations worldwide.
Our vacuum purge system rapidly reduces the contaminant levels to facilitate the brightest finish possible. Systems can operate using 100% hydrogen or a mixture of hydrogen and nitrogen to accommodate a variety of alloys. RAD-CON’s team of engineers, metallurgists, and technicians work closely with non-ferrous customers to support and optimize their cycles based on the needs of copper and brass annealing.
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· Definition : electric furnace for glass work.
· Construction : robust constructed in bent plate. Hydraulic cylinders provide assisted opening. Interior surface treated to prevent deterioration.
· Aeration : upper vent with plug.
· Insulation : multilayer insulation with body ventilation.
· Heating : electrical coil resistors on furnace ceiling with quartz tube protection.
· Electricity : 3 x 400V, 50Hz.
· Regulation : 1 thermocouple with Axron PID temperature controller.
· Documentation : certification CE and operating instructions in English.
· Delivered with : vent plug.
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• Definition : compact electric chamber furnace for all applications.
• Construction : horizontal swing door with door opening switch. One-piece muffle.
• Insulation : multilayer ceramic fibre insulation .
• Aeration : rear exhaust, can be neutralised using ceramic plug.
• Heating : Kanthal heating elements integrated into muffle.
• Electricity : single-phase 230V, 50 Hz.
• Regulation : 1 thermocouple with Axron PID temperature controller.
• Documentation : certification CE and operating instructions in English.
• Delivered with : exhaust port, metal oven sole.
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· Definition : electric chamber furnace for all applications
· Construction : robust construction of bent plate. Vertical opening door with safety switch.
· Insulation : multilayer insulation with refractory bricks
· Aeration : air supply device with option of rear outlet
· Heating : Kanthal Globar type heating elements, Silicon Carbide series
· Electricity : 9 litres and less, single-phase 230V, 50Hz; from 15 litres, 3 x 400V.
· Regulation : 1 thermocouple with Axron PID temperature controller.
· Documentation : certification CE and operating instructions in English.
· Delivered with : two-piece removable ceramic oven sole.
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· Definition : industrial chamber furnace for all applications.
· Construction : main door includes 3 small doors with access to modular shelves.
· Insulation : ceramic fibre and refractory brick insulation.
· Aeration : air intake and exhaust through a Belimo actuator, controlled by temperature controller.
· Heating : shielded electrical resistors on 4 surfaces
· Electricity : 3 x 400V power supply, 230V control voltage, 50 Hz frequency
· Regulation : 1 or more thermocouples depending on model. PID temperature controller Axron.
· Documentation : certification CE and operating instructions in English.
· Delivered with : 3 adjustable shelves.
· Version : models 2400 litres and above equipped with double doors.
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· Definition : electric chamber furnace for all applications
· Construction : robust construction in bent plate. Vertically-opening door with safety Switch.
· Insulation : multilayer insulation and refractory bricks.
· Aeration : aeration device with rear exhaust.
· Heating : Kanthal coil resistors on ceramic tubes.
· Electricity : 30 litres and less, single-phase 230V, 50Hz; from 45 litres, 3 x 400V.
· Regulation : 1 thermocouple with Axron PID temperature controller.
· Documentation : certification CE and operating instructions in English.
· Delivered with : two-piece removable ceramic oven sole.
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Economical electric furnace SNOL 970/600 is designed for thermal treatment of various materials and components under 600ºC temperature, e.g. drying, preheating and other similar purposes.
• Circulation fan
• Working chamber made of stainless steel
• Microprocessor temperature controller
• Two shelves
• Two air bolts on the furnace ceiling
• Powder painted exterior
• High quality thermoinsulation materials
• Low power consumption
• One year limited warranty and later service
• Two years limited warranty and later service for temperature controller
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Universal precise electric furnace SNOL 360/1150 is designed for metals and other materials heat treatment.
• Micro processor temperature controller
• Chamber build from refractory bricks and ceramic fiber
• High quality thermoinsulation materials
• Vertical door opening
• Door safety switch
• Low power consumption
• One year limited warranty and later service
• Two years limited warranty for temperature controller and later service
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Tempering ovens, series VAW
Air circulation and tempering furnaces for unstressing, annealing, tempering, ageing, sintering or burning-off of organic residues on metal parts. Considerable accessories available, suitable also for use with inert gas
Working chamber volume from 200 litres
Temperature 500 °C, 650 °C and 750 °C
Air flow horizontal
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Ipsen atmosphere furnaces are used in conventional heat treatment processes, that is to say for hardening, quench hardening and tempering, carburisation, carbon nitriding, nitro-carburisation, bright tempering and annealing.
The technology involved is distinguished by its simple design and comparatively low costs.
Ipsen offers a broad range of plants based on different design principles and built to the customer's specifications.
- Pusher-type furnace
- Rotary-hearth furnace
- Ring furnace
- Roller-hearth furnace
- Belt-type furnace
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· Definition : industrial chamber furnace for all applications.
· Construction : mechanically-welded frame. RAL 5015 stainless steel surfaces.
· Insulation : ceramic fibre and refractory brick insulation.
· Aeration : air intake and exhaust through a Belimo actuator, controlled by
temperature controller.
· Heating : electrical coil resistors. (6 surfaces in the case of models 160 litres and over). Resistors mounted on ceramic tubes (sole and ceiling) and in grooves (sides).
· Electricity : 3 x 400V power supply, 230V control voltage, 50Hz frequency.
· Regulation : 1 to 3 thermocouples depending upon model. Axron PID temperature controller.
· Documentation : certification CE and operating instructions in English.
· Delivered with : two-piece removable ceramic oven sole.
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· Definition : industrial electric chamber furnace for all applications.
· Construction : manually operated vertically-opening door, ounterweighted for easy opening.
· Insulation : ceramic fibre insulation and refractory bricks.
· Heating : electrical coil resistors. Resistors mounted either on ceramic tubes (sole and ceiling) or in grooves depending upon the models.
· Electricity : 3 x 400 V power supply, 230 V control voltage, 50 Hz frequency
· Regulation : 1 to 3 thermocouples depending upon model. Axron PID temperature controller.
· Documentation : certification CE and operating instructions in English.
· Delivered with: two-piece removable ceramic oven sole.
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DYCOMETAL has a large diversity of Electrical Furnaces specialized in Ceramic and Metallurgic treatments.
Ranges of temperature to 1200ºC and optionally, 1500ºC.
It is used the most present pyrometry in Regulation as well as in Refractory Isolation through alloyes of a high density and with a very low specific gravity (Khantal alloyes).
We can see many fire-places of gas evacuation.
Control through a regulator with a ramp function and stabilization or through a Regulator/ Programmator that sections the technical process in several segments of heating system.
Acoustic alarms and/ or luminous beacons of the end process are installed for Metallurgical Tests.
Electric Furniture totally independent of the refractory one.
Heating elements isolated to avoid their corrosion deterioration.
Useful volume from 2 litres to 30 litres. It is possible to manufacture another volumes under request.
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· Definition : small retort furnace from the Borel Cube family, for all applications whether under protective gas or not. Multifunction unit is easily
transformable into a chamber furnace.
· Construction : Swiss made. Semi-automatic jib crane. Flat-bottomed airtight retort.
· Insulation : without refractory ceramic fibre (RCF)
· Ventilation : cooling cube, depending upon models.
· Heating : heating muffle.
· Electricity : single-phase 230V, 50Hz.
· Regulation : Axron PID temperature controller.
· Documentation : certification CE and operating instructions in English.
· Delivered with :
- P1 : 1 chamber furnace CU 1050-2, 1 airtight retort, 1 handling bracket
- P2 : 1 chamber furnace CU 1050-2, 1 airtight retort, 1 handling bracket, 1 cooling cube.
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· Definition : Multifunction 650 °C furnace, to be used with or without stainless steel retort, with or without protective gas. Use of the sealed retort allows work to be performed under protective environment (cracked ammonia, hydrogen, nitrogen, endothermic gas ...). Possible applications include annealing, bright termpering, structural hardening of aluminium, nitriding, and nitrocarburization...
· Insulation : Multilayer insulation.
· Ventilation : Air circulation by a turbine to improve homogeneity within furnace.
· Heating : 6 uniformly distributed heating elements.
· Electricity : 3 x 400V, 50Hz.
· Regulation : PID digital temperature controller, programmable clock
· Documentation : certification CE and operating instructions in English.
· Delivered as package :
P1 : Furnace only %u2192 FURNACE PO 650-S + furnace basket
P2 : Inert Gas Retort Furnace %u2192 FURNACE PO 650-S furnace basket retort inert gas equipment retort support.
P3 : Flammable Gas Retort Furnace %u2192 FURNACE PO 650-S furnace basket retort flammable gas equipment retort support.
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· Use : salt bath furnace for quenching up to 1000 °C
· Construction : access to crucible from top, manual cover closing. Crucible made of refractory steel
· Insulation : multilayer insulation, refractory bricks.
· Electricity : 3 x 400V, 50Hz.
· Heating : electrical coil resistors all around crucible. Resistors mounted on ceramic tubes.
· Regulation : 1 thermocouple with PID temperature controller.
· Documentation : certification CE and operating instructions in English.
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· Definition : small chamber furnace of the Borel Cube family, for all applications.
· Construction : Swiss made. Cylindrical working chamber in refractory ceramic + levelling base.
· Insulation : no refractory ceramic fibres (RCF).
· Heating : heating muffle. Heating interruption on door opening.
· Electrical : single-phase 230V, 50Hz.
· Regulation : Axron PID temperature controller with ramp, a programmable timer.
· Documentation : certification CE and operating instructions in English.
· Delivered with : 1 ceramic base.
· Version : retort furnace to work with or without protective gas, CP 1050.
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· Definition : small furnace with metal chamber that tilts into a quenching tank. For quenching or annealing applications, work under inert gas. Work under flammable gas (optional).
· Construction : furnace tilts, avoiding contact with air, and quenched items are recovered from quenching tank by grip-lever. Heating chamber, oven sole and muffle in refractory steel.
· Insulation : metal structure containing an insulating portion in ceramic fibre.
· Quenching tank : stainless steel tank for quenching liquid (oil, emulsions, solutions, salt...).
Heated by shielded resistors (oil: max 200 °C; salt: max. 450 °C).
· Heating : Electric heating muffle.
· Electricity : 230V, 50Hz.
· Regulation : Axron PID temperature controller. Timer.
· Documentation : certification CE and operating instructions in English.
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Furnace with heating gas VTG 275
Connect:
Industry of the synthetic matters
Application:
To dry the synthetic matter components
Characteristics:
Drying kiln heated by gas with pre-heating of the new air and recovery of heat
Drawers of loading
High homogeneity of the temperature in all useful volume
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Aluminium treatment furnaces
1. Bell furnace for aluminium ageing
2. Bell furnace for pre-heating aluminium
3. Solution heat-tratment furnace
4. Chamber furnace for aluminium ageing
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