Lab tube furnaces with temperatures up to 1800°C. A broad selection of accessories allows these professional tube furnaces to be precisely customized to suit your specific process requirements. Facerom Furnaces offers an extensive selection of standard lab tube furnaces designed for laboratory applications. Maintaining a diverse inventory of these furnaces ensures quicker delivery times and enhances customer satisfaction.
Facerom Furnaces offers an extensive selection of standard tube furnaces designed for laboratory applications. Our tube furnace is constructed from durable, low-maintenance stainless steel. The double-walled design keeps the exterior cool during high-temperature operation, while the internal insulation fibers ensure thermal stability. Facerom’s split tube furnace model is engineered to accommodate mechanical testing equipment and can be custom configured to meet your specific requirements. By maintaining an inventory of standard models for faster delivery, Facerom Furnaces enhances customer satisfaction.
Tube and multi-zone furnaces are standard types of furnaces currently in production.
Please refer to the technical brochures and reach out to us for additional details and any questions you may have.
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Tube furnaces are well-suited for both laboratory and industrial use.
Tubes:
- Alumina Silamentin containing 60% Al2O3 - Suitable for temperatures up to 1500°C (vertically up to 1600°C) - Exhibits strong thermal resistance but is permeable to vacuum gases - Chemically resistant, though not airtight in case of leaks - Not recommended for vacuum applications
- Alumina IAP, rated for temperatures up to 1450°C (vertically up to 1500°C) - Exhibits excellent thermal resistance - Vacuum gas-tight sealing - Chemically resistant except to fluorine; resistant to sulfur and coal atmospheres
- Aluminous alumina RCA with 99.8% Al2O3 content - Suitable for temperatures up to 1800°C (vertically up to 1900°C) - Maximum temperature decreases under vacuum, limited to approximately 1500°C depending on vacuum level - Displays strong thermal resistance - Impermeable to vacuum gases - Resistant to chemical corrosion except from fluorine
- Quartz, suitable for temperatures up to 1150°C (vertically up to 1200°C) - Provides excellent thermal resistance and is impermeable to vacuum gases - Lacks chemical resistance at elevated temperatures
- APM (Advanced Powder Metallurgy) FeCrAl, durable up to 1300°C (vertically up to 1350°C) and up to 1200°C under vacuum - Impermeable to vacuum gases and resistant to oxidation
- Inconel, a NiCr alloy, withstands temperatures up to 1100°C and up to 750°C under vacuum, with vacuum-tight sealing. - SS314 metal is suitable for operation up to 1100°C and up to 600°C under vacuum, also vacuum-sealed, offering excellent thermal resistance and oxidation protection.
Tube furnaces provide consistent heating, accurate temperature regulation, and adaptable atmospheric environments, making them suitable for both laboratory research and industrial production. Horizontal tube furnaces are utilized in metalworking processes including forging, annealing, hardening, and tempering. Vertical tube furnaces are commonly employed in the fabrication of batteries and semiconductors.
A tube furnace heats materials inside a cylindrical chamber with uniform temperature. Depending on the process, it can cool materials at controlled rates to develop desired properties. Equipped with multiple temperature zones, it allows materials to be treated under vacuum conditions along the entire length of the tube.
lab tube furnace?
When operating a tube furnace:
A tube furnace enables continuous processing of samples with controlled atmospheric conditions tailored to specific gas environments. In contrast, a muffle furnace offers consistent temperature uniformity and isolates samples, making it ideal for tasks that demand precise temperature regulation without direct contact with flame.
Discover our collection of furnace accessories and components for additional functionality, efficiency, and safety measures.
Divas is established in 2009, focusing on LED Anti Fog Mirrors and more LED mirrors, our head quarter is located in Shanghai, We built manufacturing branches in Foshan. Our precisely crafted LED Anti Fog Mirrors demonstrate our strong commitment. Driven by a deep passion for modern design, we are dedicated to creating premium LED mirrors customized for industry innovators. All our LED Anti Fog Mirrors must be 100% tested to ensure their functionality, reliability, security and durability before shipment.
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