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Floor Stand
The double rotating hinged door on this Floor Stand Box Furnace keeps the operator safe by keeping the door’s hot inner facing away. Although it may also be utilized in a laboratory or research and development setting, this kind of box furnace is primarily intended for industrial application.
Bench Top
Industrial and laboratory applications are the intended uses for this Bench Top Box Furnace with control system. The maximum temperature this kind of box furnace can attain is 1200°C (2192°F).
There is a hydrogen atmosphere system in this bottom loading elevator hearth furnace. The pace at which the pieces cool down is regulated by use of two crucibles on either side.
The highest throughput is the goal of this dual car bottom elevator hearth furnace’s design. There is a total power rating of 180 kW over three temperature zones. At its highest point, the heated chamber, which measures 44 W by 20 H by 192 L, may reach 982°C (1800°F). A 3000 pound weight may be supported by each hearth.
There are two doors for unloading on the back of this Dual Chamber Front Loading Box Furnace. This furnace has an atmosphere control system with flame curtains and low explosion level detection, and it is intended for use in an oxygen-free heat treatment environment.
The upper chamber of the Dual Chamber Tool Room Furnace on exhibit can reach temperatures of 1260°C (2300°F), while the bottom chamber may reach 677°C (1250°F). Shown with a roller hearth, pneumatic door opener, and optional roll-out quench tank.
An automated manipulator controlled by a PLC is used to load and unload products in this front loading box furnace. Operating temperatures for the furnace go up to 1200°C (2192°F).
The chamber of this Gas Fired Box Furnace is 48 H by 60 W by 84 D. Its six direct-fire burners can reach an operational temperature of up to 1260°C (2300°F) and generate 2.4 million BTUs in total.
The upper chamber of the Dual Chamber Tool Room Furnace on exhibit can reach temperatures of 1260°C (2300°F), while the bottom chamber may reach 677°C (1250°F). Shown with a roller hearth, pneumatic door opener, and optional roll-out quench tank.
Applications requiring temperatures up to 1530°C (2800°F) can use Thermcraft’s Hinged High Temperature Split Tube Furnaces. Our tube furnaces may be configured in single or multiple zones, with the option to operate vertically or horizontally. The heating components of the furnace are made of silicone carbide (SiC). Molybdenum disilicide heating components (MoSi2) and insulation rated for temperatures up to 1700°C (3092°F) can be used in the construction of higher temperature furnaces.
Many various thermal processes and industries, including heat treatment, ceramics, chemical processing, glass manufacture, and powder metallurgy, may be handled using a split tube furnace.
You may need degassing, drying, annealing, sublimation, tensile testing, graphitization, pyrolysis, and other processes in certain situations. You may also need inorganic or organic purification.
Because they may be made to function in a variety of environments, tube furnaces are adaptable to a wide range of operations. The design of the split tube furnace makes sure that different materials may be added and taken out without any problems.
Safety comes first at all times. For example, the heating components are shut off to assist safeguard workers when the furnace door opens. Additional features protect operators from harm.
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Our innovative and wide-ranging skills put us in a position to offer the ideal split tube furnace for your requirements. The skilled workers in our production and engineering departments are capable of meeting the unique needs of our clients.
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