Ceramic fiber insulation is bundled into braided silica to construct and size collars and discs according to client requirements. At the load end of the furnace, collars give a clean and manageable insulation, while discs provide the same benefits at the furnace’s source end.
The Radial Engineers Oven is a perfect option for high-temperature thermal processing of large-area sheets and batches of tiny flat components because of its unique dual-drawer design. It is possible to load and unload each of these drawers separately without interfering with the operation, and the heating conditions may be precisely adjusted thanks to four separate temperature control zones. Through the use of integrated data recorders, they are recorded in real-time, enabling oven operators to closely monitor the heating process.
DRAWER OVENS FROM RADIAL ENGINEERS :
Since no two thermal processing applications are alike, Radial Engineers take a customer-first approach to oven design. The Drawer Oven was created by skilled Radial Engineers in accordance with client requirements. In order to guarantee the ideal fit for each manufacturing floor, we also strive to offer vertical integration for all of our bespoke ovens.
Get in touch with a Radial Engineers staff member right now if you have any concerns about how to modify our Drawer Oven design to meet your particular needs. In addition, our Capabilities Catalog is a useful resource for further details.
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.
The FibercraftTM low mass vacuum formed ceramic fiber heating components combine insulation and heating in a single, integrated unit. Alumina-based ceramic fiber of the highest caliber and purity is used in the production of these heaters. Maximum working temperatures of 1100°C (2012°F) or 1200°C (2192°F) are available for them.
Lower operating costs, more radiant energy, longer life, less heat loss, more energy efficiency, quicker heat up, improved temperature uniformity, quicker recovery rates, shorter process cycle times, less maintenance, quicker cool down, shorter installation times, and increased productivity are just a few benefits of FibercraftTM.
Flat Plate Heating Elements 1010°C (1850°F) :
Helically wrapped 80-20 nickel-chrome wire is inserted into a ceramic refractory holder with a groove. The wire is visible but may be embedded if desired. Standard (single strand) and braided (two strands twisted) leads are both available. Available with or without insulating packages and flanges. For the majority of applications, length can be modified.
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.
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