Facerom’s Laboratory Furnaces, operating between 1000°C and 3000°C, feature sealed designs that enable atmosphere control essential for advanced applications. These furnaces use a heat source to raise the temperature within the chamber, providing precise temperature regulation to ensure experimental repeatability and reliability. When working at temperatures from 1000°C to 3000°C, furnace quality is critical to the success of processes, particularly in high-tech industries.
Laboratory furnaces are well-suited for heat treatment, reaction studies, sintering, and ceramic firing. Our models reach temperatures up to 1600°C and offer capacities up to 22 liters. Key specifications to evaluate when selecting a laboratory furnace include the target process temperature, control capabilities, sample size, internal chamber or tube dimensions, and applicable pressure range.
The Facerom LE series Laboratory Furnaces include models with furnace volumes ranging from 15 to 120 liters, designed for temperature capacities up to 1300°C and 1400°C. This series is specifically developed to address diverse needs in both laboratory and production settings. Its cubic usable volume makes it ideal for applications such as testing, inspection, preheating, firing, sintering, melting, and incineration.
The torsion-resistant steel frame, premium insulation materials, and five-sided heating with elements mounted on support rods ensure optimal temperature distribution. A range of accessories—including air supply and exhaust flap controls, an active cooling system, and a parallel swing door—enable the furnace to be customized to your specific needs.
Featuring a compact design and elegant appearance, this furnace offers excellent cost-effectiveness, making it an ideal choice for versatile laboratory experiments. Equipped with a ceramic fiber FEC heating module and embedded resistance wire heating on three sides, it provides small heat storage, rapid temperature increase, and a uniform temperature field. This makes it particularly suitable for university laboratories, research institutes, enterprise R&D, and other standard high-temperature applications.
The FMJ series high-temperature chamber furnace features a vacuum-adsorbed ceramic fiber chamber with multi-layer insulation, enabling rapid temperature rise and strong thermal shock resistance while maintaining an exceptionally low surface temperature. It utilizes MOSI2 heating elements known for their long service life, secured by professional fixtures that allow for easy removal. Available in desktop and floor models, this furnace offers ultra-high temperature capabilities with stable control, uniform temperature distribution, and excellent repeatability, making it ideal for use in university and research laboratory environments requiring ultra-high temperatures.
The FZQ series high-temperature chamber atmosphere furnace utilizes an inorganic polycrystalline mullite ceramic fiber chamber combined with multi-layer insulation for rapid temperature rise and excellent thermal shock resistance, while maintaining an extremely low surface temperature. It features MOSI2 heating elements with a long service life, securely mounted using professional fixtures for easy disassembly. The furnace chamber employs a fully sealed design paired with a cold zone circulating water system, ensuring effective sealing performance.
The FMJ series high-temperature chamber furnace features a vacuum-adsorbed ceramic fiber chamber with multi-layer insulation, enabling rapid temperature increases and excellent resistance to thermal shock while maintaining a very low surface temperature. It uses durable MOSI2 heating elements securely mounted with specialized fixtures for easy removal. Available in desktop and floor models, it offers stable control, uniform temperature distribution, and reliable repeatability, making it highly suitable for ultra-high temperature applications in university and research laboratory settings.
FZK-12/11
The FZK series vacuum chamber furnace features a fully sealed metal shell with a double-layer design and a sandwich water-cooling structure, resulting in a low surface temperature. Inside the furnace chamber, the heating elements are categorized into electric heating wires and silicon molybdenum rods (MOSI2) based on temperature requirements. The system can achieve a pre-vacuum level of 50Pa and includes an air inlet at the bottom and an exhaust port at the top to facilitate heat treatment under vacuum or atmospheric conditions.
Achieve consistent outcomes with a reliable furnace designed to support your daily objectives. Facerom Lab Box and Tube Furnaces offer a broad selection tailored to both standard and specialized tasks, featuring temperature capabilities up to 1200°C, customizable temperature control options, and embedded or open heating elements engineered to protect samples while ensuring dependable temperature uniformity.
Tube furnaces are commonly employed for processing small samples or heating within an inert atmosphere. Their single and three-zone designs provide precise temperature control, with the three-zone configuration allowing independent temperature settings in each zone—ideal for gas applications or material testing. Certain models feature a split-hinge design that facilitates easy tube replacement.
Typically utilized for processing larger samples or facilitating easy placement and retrieval, our range includes versatile small, medium, and large box furnaces suitable for diverse industrial and laboratory applications. These furnaces feature advanced engineering and specialized construction methods such as variable density insulation, double-shell cabinets, durable heating elements, and side-swing doors (either vertical or horizontal) or swing-down doors.
When selecting a laboratory furnace, it is essential to consider factors such as the process temperature, the width or outer diameter of the tube, the length of the chamber or tube, and the height.
Application of Laboratory Furnaces
A laboratory furnace plays a crucial role in laboratory settings, serving numerous essential functions. They are widely used across scientific research and industrial applications.
Laboratory furnaces are also utilized for processes such as solvent removal, sterilization, evaporation, polymer curing, and polyimide baking.
Metallurgical laboratories depend on high-temperature furnaces for metal smelting, alloy testing, and ore refining.
Furnaces assist in analyzing samples by exposing them to extreme heat to evaluate their environmental stability or chemical composition.
In materials science, laboratory furnaces are employed to assess material properties at various temperatures, such as melting points, thermal expansion, and tensile strength.
In chemical research, laboratory furnaces are used for reactions that demand precise heating and carefully controlled environments.
Furnaces play a crucial role in the ceramics and glass industries by firing products to achieve the desired crystalline structure and material characteristics.
Furnaces within this range are commonly utilized for annealing processes to soften metals and alloys or enhance their ductility. They are also employed in ceramics for firing clay-based products and in the glassmaking industry.
The temperature range of laboratory furnaces is vital, as various scientific procedures demand precise temperature settings. Furnaces capable of operating between 1000°C and 3000°C are employed in advanced research where controlled heat treatment is critical.
Furnaces operating at the higher temperature range of 2000°C to 3000°C are utilized in advanced fields such as manufacturing ultra-high-temperature ceramics and processing sophisticated composite materials for aerospace applications.
Furnaces operating between 1500°C and 2000°C are well-suited for sintering processes, where powders are bonded without complete melting. They are also commonly employed in the production of refractories and other heat-resistant materials.
Facerom is the leading Laboratory Furnaces manufacturer in China, who is engaged in the research, development sale and manufacturing of Laboratory Furnaces and more types of furnaces. Our skilled and knowledgeable engineers have developed numerous specialized Laboratory Furnaces. Whether your project requires a muffle furnace with a multi-lifting bottom, a tube furnace with tilting and rotary capabilities, a high-vacuum furnace, or other customized features such as specialized doors, heating elements, or tailored dimensions to suit your workspace, we are dedicated to helping you design a furnace that perfectly meets your needs. Our Company has passed ISO9001 quality system certification, EU TUV certification and CE certification, and SGS factory certification, allows us to meet and exceed customer expectations.
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