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Maximum temperature: 0 °C - 2,200 °C
... cooling in gas, pyrometer, etc. We customize our furnaces to your specific needs. The hot zone features tungsten rod or mesh heating elements, ensuring excellent uniformity and longevity. This furnace comes equipped ...
Materials Research Furnaces
Maximum temperature: 0 °C - 2,200 °C
... cycling. The furnace front door is hinged and water-cooled and provides full access to the loading area. The rear cover is removable for maintenance. The optional gas heat exchanger allows for quick-cooling down to room temperature. The ...
Materials Research Furnaces
Maximum temperature: 0 °C - 1,750 °C
... x 24″ x 24″ usable zone and a +/- 10°C temperature gradient. The rod heating elements provide four-sided heating. The elements feature excellent uniformity and longevity. The furnace chamber is manufactured from double-walled ...
Materials Research Furnaces
Maximum temperature: 0 °C - 2,200 °C
... logging of alarms, unlimited recipe profiles for temperature control, user security, etc. This furnace is suitable for both R&D and as a small batch furnace for production. Specifications General specifications: 4″ ...
Materials Research Furnaces
Maximum temperature: 0 °C - 2,500 °C
... hot zone power and a sight window. The standard hot zone is made from Tungsten and Molybdenum (different materials available), with 7 shield layers to reduce power loss. The specimen rests on a tungsten hearth. Power ...
Materials Research Furnaces
Maximum temperature: 1,650, 1,350 °C
... Described is our 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 ...
Materials Research Furnaces
Maximum temperature: 0 °C - 2,000 °C
... Our Hydrogen Bell Jar Furnace features a space-saving design and includes an electric actuator raising the chamber for easy and complete access to the loading area. Pneumatic locking clamps ensure a vacuum-tight seal ...
Materials Research Furnaces
Maximum temperature: 0 °C - 2,300 °C
... Our bottom loading sintering furnace is tailored for high temperature sintering of electronic components. Cycles consist of atmosphere preparation, heating, forced cooling and controlled oxidation. This furnace ...
Materials Research Furnaces
Maximum temperature: 0 °C - 2,100 °C
... 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 ...
Materials Research Furnaces
Maximum temperature: 0 °C - 2,300 °C
... indexing sintering furnace is our highest throughput model tailored for high temperature sintering of electronic components. Four loads are processed simultaneously, creating a semi-continuous process sintering process. The ...
Materials Research Furnaces