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Laboratory furnaces provide continuous heating to process samples and materials. Search by Specification | Learn More about Laboratory Furnaces
Industrial furnaces are built of several kinds of high temperature (refractory) materials to hold the process material and hold in the heat without breaking down during the several months that they usually run. Search by Specification | Learn More about Industrial Furnaces
Vacuum furnaces are heat-treating furnaces that use a low atmospheric pressure instead of a protective gas atmosphere. This helps to alleviate surface reactions. Search by Specification | Learn More about Vacuum Furnaces
Laboratory ovens are used in a variety of thermal processing applications including general lab work, component and stability testing, core hardening, drying glassware, and sterilizing. Search by Specification | Learn More about Laboratory Ovens
Laboratory fume hoods are partially enclosed workspaces that are exhausted to the outside. Search by Specification | Learn More about Laboratory Fume Hoods
Furnace controllers are used to control temperature, heat delivery, and other variables in industrial furnaces. They control the burner flame, air mixture and trim to maintain and optimize furnace performance. Learn More about Furnace Controllers
Analytical laboratory services detect, classify and/or assay chemical, material, biological, geological and environmental samples. Search by Specification | Learn More about Analytical Laboratory Services
...and weirs, impact runners, troughs, covers, furnace roofs, and skimmer paddles. Many different materials are used in ceramic tube and ceramic rod products. Alumina, a compound of aluminum metal and oxygen, is used in refractory tubes, industrial... Search by Specification | Learn More about Ceramic Tube and Ceramic Rod Products
Government agencies and government laboratories provide standards, regulations, business statistics, research, funding and technical information. Examples include the FDA, FCC, OSHA, FTC, NSF, NTIS, NASA and USDA. Learn More about Government Agencies and Laboratories
Heating furnaces convert gas, oil, electricity or other fuels into heat for distribution within a structure. They are the central heating devices within HVAC systems. Learn More about Heating Furnaces
Laboratory filters are used to remove particulates from samples in laboratory-scale applications. They consist of a filter medium and housing or holder that constrains and supports the filter media in the sample’s path. Search by Specification | Learn More about Laboratory Filters
Laboratory refrigerators and laboratory freezers are used to cool or freeze samples for preservation. Learn More about Laboratory Refrigerators and Laboratory Freezers
Laboratory mixers are used to mix, emulsify, homogenize, disintegrate and dissolve samples. Search by Specification | Learn More about Laboratory Mixers
Laboratory air handling equipment is used to protect specimens and laboratory staff from environmental contamination. Products include fume hoods, biological safety cabinets, environmentally controlled rooms and clean benches. Learn More about Laboratory Air Handling Equipment
Laboratory balances are used to measure an object’s mass to a very high degree of precision. Search by Specification | Learn More about Laboratory Balances
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New Carbolite 1200ºC Tube Furnaces Carbolite
Tube Furnace 1700 to 1800 Degrees C Carbolite
Furnace Insulation Zircar Zirconia, Inc.
Lab Furnace Zircar Zirconia, Inc.
Microwave Assist Laboratory Box Furnaces Carbolite
Sintering Tray Zircar Zirconia, Inc.
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Carbolite is pleased to announce several new and improved products in our laboratory furnace and oven range. Additional sizes and temperatures of box (muffle) and tube furnaces allow selection of the ideal product for the customer's process. Redesigned laboratory ovens are provided in four temperature ranges. (read more)
Carbolite is pleased to announce the development of a New range of laboratory furnaces that combines both radiant heating technology and microwave technology. Microwave assist furnaces offer distinct advantages over conventional radiant heating, including, Faster, more uniform sample heating, Improved material properties, Greater energy efficiency, and Improved yield. (read more)
Rath Incorporated offers a complete line of vacuum-formed insulating boards and cylinders for laboratory furnaces and kilns for applications up to 1800°C. Whether you have a front or bottom loading batch kiln, a vertical or horizontal tube furnace, electrically heated or gas-fired, oxidizing or reducing environment, (read more)
The Hot Spot's unique design and insulating materials used provide 1700 Celsius firing capability on only 110 Volts. This high temperature lab furnace fits almost anywhere and is simple to operate. The furnaces are stocked, standard items that cost thousands less than our competitors.
FEATURES & OPERATIONAL VIDEO LINK: (read more)
Rath Incorporated offers a broad range of products for thermally insulating microwave furnaces for temperatures up 1800°C. Rath Incorporated materials have low levels of impurities, resulting in minimal dielectric loss. The low mass and minimal dielectric heating of Rath Incorporated materials ensure rapid heat up of the furnace load with minimal energy lost to the furnace lining. (read more)
Custom machined hot face insulation linings for lab furnaces up to 2000 Celsius. (read more)
Carbolite 1700°C & 1800°C Horizontal Tube Furnaces (CTF) are known worldwide for their responsiveness and operational flexibility. Making heat do more. If you require further assistance on the CTF Horizontal Tube Furnace please e-mail Carbolite sales@carbolite-usa. (read more)
Rath Incorporated has the refractory lining solution for forging reheat furnace users that want to reduce maintenance downtime and costs, while improving energy efficiency. Widely proven in Europe, this lining system is now available in North America. (read more)
Four New 1700ºC & 1800ºC bench mounted box furnaces have recently been introduced by Carbolite. The 4 new Models, HTF 17/5, HTF 17/10, HTF 18/4 and HTF 18/8, all incorporate 6/12 mm Super Kanthal heating elements. (read more)
Carbolite is pleased to announce the introduction of a New Large Bore 1200ºC Solid Tube Furnace Range. Significant electrical, mechanical and aesthetic design improvements have been made over earlier models, that enhance the furnace performance. (read more)
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Custom Industrial Ovens and Laboratory Furnaces Manufacturer -... Thermcraft Inc. manufacturer's Custom Industrial Ovens, Laboratory Furnaces, and other furnace related supplies is a recognized leader in high See Thermcraft, Incorporated Information |
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RDC Seminars_06/27/00 characterization of Vertical Bridgman Growth of CZT William (Bill) Choi Lawrence Livermore National Laboratory, Chemistry and Material Sciences June |
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MRF, Inc: High-Temperature and Vacuum Furnace Experts High-Temperature and Vacuum Furnace Experts See Materials Research Furnaces, Inc. Information |
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Design and development of a transparent Bridgman furnace:... Design and development of a transparent Bridgman furnace (Proceedings Paper) |
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Materials Research in Low Gravity - Optical Science,... Crystals for these interfacial observations were grown in a two zone vertical Bridgman furnace. |
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Facilities - Access Facilities Bridgman furnace with ultrasonic diagnostics Bridgman furnace with electromagnetic stirrer and decantation device Bridgman furnace for bulk samples |
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S.M.A.R.T. Lab - Equipment and Capabilities Further, the SMART Laboratory has numerous crystal growth furnaces that actively being used to grow CdZnTe, LaBr3, and HgI2 crystals for radiation |
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Special furnace aids development of new crystals: News from... The furnace built by Lenton for the Leeds IMR enables researchers to use both the Bridgman and the Czochralski growth techniques, currently the most |
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E-11163 cover set NASA/TM--1998-207412 The Design of a Transparent Vertical Multizone Furnace: Application to Thermal Field Tuning and Crystal Growth Walter M.B. Duval |
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NASA Quest > Space Team Online International Microgravity Laboratory-2, July 1994 United States Microgravity Laboratory-2, October 1995 |