To find specific products, filter by furnace type, maximum temperature, hot zone size, hot zone material or by application. Products can be viewed in list, detail or thumbnail view. Please contact us for custom designs, we build custom furnaces to specific customer specifications offering new designs and solutions.
Our mini hot press kit can be added to select furnaces.
- Low cost
- rated 1000 lbs
- air operated
- 2″ of travel
- simple controls
- includes vacuum insulated bellows& flanges
- water cooled cold rods
- 0.001″ dial indicator for travel
- No mounting frame required
Our 5 Ton (44.4KN) and 10 Ton (88.9 kN) hot pressing furnace have a two post load frame and are capable of temperatures up to 2300C in gas or vacuum, 2600C in batch configuration. Travel 4” (101mm) with 0.001” (0.01mm) control increments, Pressure Control with 1lbs (4N) Force increments
MRF’s 15 Ton Hot Pressing Furnaces are available with larger hot zone sizes and are housed in a larger frame able to handle the higher forces and samples. Temperature and material specifications are similar to the HP 5-10 Ton model, 2300°C max. with the press rods installed, 2600°C in batch configuration.
25 – 100 Ton Hot Pressing Furnaces come with larger chamber sizes and are housed in a large 4 post frame rated at 25 to 100 Ton.
6” (152mm) of travel is standard for increased sample or die sizes. Temperature specifications are 2300°C max. with the press rods installed, 2600°C in batch configuration.
A 12” dia. X 12” high (305mm dia. X 305mm high) usable zone is standard with other sizes available.
Our Small Tri-arc melting furnace TA-200 equipped with our crystal puller, which allows Crystal Growing with the Czochralski method.
Crystal growing kit uses the top chamber port of select front loading furnaces. The crystal pulling speed is adjustable and controls accurately as low as 0.001”/min. (0.025mm/min). Seed rod rotation motor is also provided. The Crystal Growing Kit allows crystals to be produced with the Bridgman ,Czochralski or Stepanov method.
A crystal growth tube furnace incorporating a programmable motion system to “rock” the complete hot zone for long durations while maintaining temperatures up to 1300°C in an oxidizing environment.
Crystal Growth Arc Melt Furnace ABJ-900-3 is the larger cousin of our TA-200, and produces crystals with the Czochralski method.
High Temperature Laboratory Furnace capable of sustained operation at 3000°C. Top loading design, graphite or tungsten hot zone.
3000C graphite tube furnace that can be operated in horizontal and vertical position. The tube diameter is 4″ and the usable length is 8″ or 12″ long.
Our 3000°C top loading graphite furnace with a near 2 cubic foot work area will satisfy all your ultra-high temperature requirements. Operation in vacuum is possible but the maximum temperature is limited to 2200°C to maximize lifetime of the heating element and shields.
Our small heat treat furnace with 0.3cuft (10l) usable volume, maximum temperature of 2200°C in vacuum, Inert gas or Hydrogen
Our popular Mid sized heat treat furnace with 1 cuft (28l) usable hot zone features excellent uniformity, front and rear access, optional turbo or diffusion pumping system and custom gas systems.
Large 3 cuft (82 l) usable hot zone front loading furnace with 800 lb (364 kg) load capacity, 16 inch diffusion pumping system and fully automated cycles.
Our largest heat treat furnace has a usable volume of 8 cuft (224 l) and a low load height which makes loading and unloading with our load cart a breeze.
Top loading laboratory furnace capable of 2500°C. Usable hot zone of 3″x 6″ with larger sizes and several options available.
Front Loading versatile Laboratory or small batch furnace ideal for R&D. Large array of options and accessories.
Hydrogen Bell Jar Furnace with an electric actuator to lift chamber and hot zone, gives full access to the loading area. A retort separates the work load from the hot zone and improves temperature uniformity.
Industrial vacuum furnace with a maximum temperature of 3000 °C (5432°F) with our tungsten hot zones and 2200 °C (3992°F) with our graphite hot zones with operation in vacuum. Available with different sized hot zones and pumping systems.
Furnace chambers designed to mount in physical test frames to add controlled temperature and atmospheric conditions to the physical tests.
Thermomechanical testing furnace for high temperature materials. The furnace chamber is designed to mount in different manufacturers’ test frames allowing a combination of thermal, environmental and physical test conditions.
Small top loading sintering furnace for laboratories or small batch production. Tantalum, tungsten or molybdenum hot zones, 2500°C maximum.
Tailored for high temperature sintering of electronic components. Cycles consist of atmosphere preparation, heating, forced cooling and controlled oxidation. This furnace has a usable zone of 12” dia. x 22” high (305mm dia. x 559mm high), and is suited for large batch processing.
Our two-station sintering furnace is based on our bottom loading sintering furnace, but is capable of simultaneously processing two loads, essentially doubling throughput within the same footprint. Our sintering furnaces are widely found in the electronics industry for sintering or heat treating electronic components at high temperatures. Cycles consist of atmosphere preparation, heating, rapid cooling and controlled oxidation.
Hot Zone Usable Size (Liters): 1
Applications: Alloy creation, Binding, Compound Synthesis, Densification, Hot Pressing, Physical Testing, Powder Metallurgy, Reaction Bonding, Sintering
Hot Zone Usable Size (Liters): 1
Applications: Compound Synthesis, Densification, Diffusion Bonding, Hot Pressing, Physical Testing, Powder Metallurgy, Sintering
Hot Zone Usable Size (Liters): 2
Applications: Compound Synthesis, Densification, Diffusion Bonding, Hot Pressing, Physical Testing, Powder Metallurgy, Sintering
Hot Zone Usable Size (Liters): 4
Applications: Compound Synthesis, Densification, Hot Pressing, Physical Testing, Powder Metallurgy, Sintering
Hot Zone Usable Size (Liters): 1
Applications: Alloy creation, Arc Casting, Arc Melting, Compound Synthesis, Crystal Growing, Metallic & non Metallic button creation
Hot Zone Usable Size (Liters): 2
Applications: Crystal Growing, Gem Creation
Hot Zone Usable Size (Liters): 6
Applications: Annealing, Ceramic Firing, Crystal Growing, Heat Treating, Purification, Quenching
Hot Zone Usable Size (Liters): 1
Applications: Alloy creation, Arc Casting, Arc Melting, Casting, Crystal Growing, Gem Creation, Powder Metallurgy
Hot Zone Usable Size (Liters): 1
Applications: Annealing, Fiber Drawing, Heat Treating, Hardening, Nano-technology, Powder Metallurgy, Reaction Bonding, Sintering
Hot Zone Usable Size (Liters):
Applications: Annealing, Brazing, Binding, Ceramic Firing, CVD, CVI, Fiber Drawing, Heat Treating, Hardening, Laboratory Research, MIM, Nano-technology, Powder Metallurgy, Purification, Silicon Nitriding, Reaction Bonding
Hot Zone Usable Size (Liters): 82
Applications: Annealing, Brazing, Binding, Ceramic Firing, Compound Synthesis, Degassing, Fiber Drawing, Heat Treating, Hardening, Laboratory Research, Nano-technology, Powder Metallurgy, Purification, Reaction Bonding, Sintering
Hot Zone Usable Size (Liters): 10
Applications: Annealing, Brazing, Casting, Ceramic Firing, CVD, CVI, Heat Treating, Hardening, MIM, Powder Metallurgy, Purification, Sintering, Surface Heat Treatment
Hot Zone Usable Size (Liters): 28
Applications: Annealing, Brazing, Binding, Casting, Ceramic Firing, CVD, CVI, Debinding, Degassing, Heat Treating, Hardening, Laboratory Research, MIM, Powder Metallurgy, Sintering, Surface Heat Treatment
Hot Zone Usable Size (Liters): 82
Applications: Annealing, Brazing, Ceramic Firing, CVD, CVI, Gem Creation, Heat Treating, Hardening, MIM, Powder Metallurgy, Purification, Sintering, Surface Heat Treatment
Hot Zone Usable Size (Liters): 224
Applications: Annealing, Brazing, Binding, Casting, Ceramic Firing, CVD, CVI, Heat Treating, Hardening, MIM, Powder Metallurgy, Purification, Sintering, Surface Heat Treatment
Hot Zone Usable Size (Liters): 2
Applications: Annealing, Brazing, Ceramic Firing, CVD, CVI, Compound Synthesis, Heat Treating, Laboratory Research, MIM, Nano-technology, Powder Metallurgy, Reaction Bonding, Sintering
Hot Zone Usable Size (Liters): 2
Applications: Annealing, Brazing, Binding, Ceramic Firing, CVD, CVI, Compound Synthesis, Crystal Growing, Debinding, Degassing, Diffusion Bonding, Gem Creation, Heat Treating, Hardening, Laboratory Research, MIM, Nano-technology, Powder Metallurgy, Purification, Quenching, Silicon Nitriding, Reaction Bonding, Sintering, Surface Heat Treatment, Temperature Sensor Calibration
Hot Zone Usable Size (Liters): 2
Applications: Annealing, Brazing, Binding, Ceramic Firing, Compound Synthesis, Degassing, Diffusion Bonding, Fiber Drawing, Heat Treating, Hardening, Laboratory Research, MIM, Nano-technology, Powder Metallurgy, Purification, Silicon Nitriding, Reaction Bonding, Sintering, Surface Heat Treatment
Hot Zone Usable Size (Liters): 127
Applications: Annealing, Brazing, Binding, Ceramic Firing, CVD, CVI, Degassing, Diffusion Bonding, Heat Treating, Hardening, Laboratory Research, MIM, Powder Metallurgy, Purification, Quenching, Sintering, Surface Heat Treatment, Temperature Sensor Calibration
Hot Zone Usable Size (Liters): 223
Applications: Hot Pressing, Physical Testing
Hot Zone Usable Size (Liters): 1
Applications: Hot Pressing, Laboratory Research, Physical Testing
Hot Zone Usable Size (Liters): 1
Applications: Annealing, Brazing, Diffusion Bonding, Powder Metallurgy, Sintering
Hot Zone Usable Size (Liters): 13
Applications: Annealing, Brazing, Ceramic Firing, CVD, CVI, Compound Synthesis, Debinding, Degassing, Diffusion Bonding, Heat Treating, Hardening, MIM, Powder Metallurgy, Purification, Silicon Nitriding, Sintering
Hot Zone Usable Size (Liters): 13
Applications: Annealing, Brazing, Binding, Ceramic Firing, CVD, CVI, Compound Synthesis, Debinding, Degassing, Diffusion Bonding, Heat Treating, Hardening, MIM, Powder Metallurgy, Purification, Silicon Nitriding, Sintering
Open 8AM-5PM business days
