FURNACE MANUFACTURER

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.

Facerom Lab Muffle Furnaces are engineered for high-temperature laboratory tasks demanding accuracy and durability. They provide consistent heating with minimal temperature variation. Built with high-quality insulation and sturdy steel castings, these units are designed for continuous, long-lasting use. Featuring programmable controls, digital readouts, and intuitive interfaces, these furnaces are well-suited for annealing, ashing, heat treatment, and other applications in both research and industrial laboratories.

Our high-precision lab muffle furnaces feature fiber-insulated chambers, carefully engineered by experienced professionals and constructed from premium materials. Critical elements such as robust metal components and thermal insulation are produced in-house to guarantee exceptional quality. These lab muffle furnaces are fitted with accurate digital controllers and certified heating elements, ensuring superior temperature stability. Featuring ceramic hearth plates, they are well-suited for scientific laboratories, educational settings, medical facilities, and industrial uses. Designed for processes like hardening, annealing, and normalizing, they can attain temperatures of up to 1100°C or 1300°C.

Facerom offers a wide selection of laboratory chamber furnaces crafted to precise specifications, guaranteeing both longevity and user satisfaction. Depending on your requirements, you can choose from front, top, or bottom loading options. Facerom will recommend the ideal furnace solution tailored to your application and budget.

For more than a decade, our commitment to quality and dependability has driven company expansion and global acclaim. Numerous organizations continue to operate Facerom chamber furnaces in their labs and production facilities after 20 to 30 years of continuous service.

Facerom's extensive Ashing Furnace lineup delivers ideal conditions for thorough sample combustion. Within this AAF Ashing series, an advanced model, along with one from the general-purpose laboratory chamber furnace range, features built-in balances designed for thermogravimetric analysis (TGA) and loss on ignition (LOI) applications.

In an atmosphere furnace, a slight vacuum (up to 0.1 MPa) is generated using a rotary vane oil-filled vacuum pump, followed by purging with inert gases such as argon or nitrogen. This process surrounds the material, typically metals or ceramics, with argon or nitrogen gas to prevent the formation of oxides. Lab atmosphere-controlled furnaces are ideal for applications involving larger material volumes. Utilizing a range of heating elements suited for various temperatures and atmospheric conditions, these advanced furnaces deliver exceptional performance and ensure maximum customer satisfaction.

As a manufacturer, Facerom provides a broad selection of protective atmosphere furnaces. These furnaces are applicable across various technological fields, especially in the automotive and aerospace industries. The primary purpose of processing components in a protective atmosphere furnace is to enhance their mechanical properties. These furnaces can achieve maximum temperatures up to 1300 °C.

A lab vacuum furnace consists of a dual-chamber box structure, with the inner chamber serving as the primary heating zone and the outer shell maintaining vacuum conditions. Vacuum is established using a rotary vane vacuum pump supported by components such as a vacuum gauge, vacuum valve, and door seal. This type of furnace is extensively utilized in institutional laboratory research, vacuum annealing and sintering processes, as well as brazing of stainless steel and copper.

Facerom is a leading manufacturer of laboratory vacuum furnaces in China, specializing in electric vacuum furnaces for research applications. Their models operate within temperature ranges of 1100°C to 1300°C, with options reaching up to 1600°C. Standard inner chamber volumes range from 1 liter to over 27 liters. Each vacuum heat treatment furnace comes equipped with essential accessories including a rotary vane vacuum pump, vacuum gauge, flanges, fittings, and door block. The 30-segment programmable temperature controller allows precise temperature settings with controlled heating and cooling rates up to 15°C per minute. The inner chamber is constructed from imported high alumina ceramic fiber, while the exterior housing is fabricated from thick steel sheet coated with

Thanks to their sturdy construction and air circulation, these pit-type furnaces are well-suited for professional heat treatments requiring precise temperature uniformity. They are capable of performing production processes such as tempering, solution annealing, artificial aging, and soft annealing.

Our pit furnaces are engineered and produced to accommodate workpieces ranging from very small to very large sizes. Available with or without retorts, these furnaces come in customized dimensions and configurations to support the entire heat-treatment process.

Pit furnaces are utilized in diverse applications, including the gas carburizing and nitriding of gears for wind power generation and bearings used in the railway industry.

The Facerom Controlled Atmosphere Tube Furnace, supplied by Across International, is engineered for precise high-temperature applications across industries including materials science and semiconductor manufacturing. This portable furnace features a top-opening design with spiral wire coils embedded in Mitsubishi (Japan) alumina fiber insulation, offering outstanding thermal stability and efficiency. Suited for both laboratory and industrial use, it is ideal for processes such as ceramic sintering and silicon wafer processing.

The furnace utilizes a microprocessor-based self-tuning PID control system, enabling smooth management of multiple atmosphere processes within a single cycle, such as sintering under rough vacuum or inert gas. Designed for demanding applications, it offers a maximum working temperature of 1200°C and maintains a stable operating temperature of 1100°C. Equipped with standard stainless steel vacuum sealing flanges, the furnace can be customized with options like vacuum configurations and mass flow controllers to meet specialized needs. CE certified, it incorporates safety features including overheat protection and power failure recovery.

Bell furnaces are typically employed for intermittent or batch operations. While their primary function is heat treatment, they are also suitable for sintering and low-temperature drying processes. The load or product is heated within a mobile cover or dome that can be removed using a traveling hoist. Alternatively, an automatic lifting mechanism can be designed to meet specific customer requirements.

The Bell Sintering Furnaces not only minimizes the transfer time of workpieces but also enhances overall product performance. It serves as an effective alternative to furnace turning, preventing collisions between workpieces that could result in surface damage or impact craters.

The bell-type furnace uses burning gas primarily for metal casting annealing and stainless steel solid solution treatment, as well as rapid quenching. After lifting the furnace cover, a mobile forklift with a shovel quickly removes the workpiece for immediate quenching in water or oil. This entire process is completed within 50 seconds.

Facerom produces a range of industrial chain furnaces designed to facilitate efficient product transport during heat treatment. Chain-type furnaces encompass various methods of moving castings or forgings through the furnace, with designs tailored to meet specific customer requirements. Facerom pioneered and subsequently promoted the heat treatment of components within a furnace without employing trays or baskets to support castings, forgings, or similar parts.

Both powered and free monorails are suitable for conveying materials and can withstand heat processing temperatures up to 1950 °F, enabling the austenitizing of microalloy parts. Facerom has engineered systems that handle aerospace and automotive castings and forgings for leading manufacturers worldwide.

The chain furnace design enables products to enter the furnace without the need for baskets, racks, or trays, eliminating heat loss associated with heating these carriers. Processed parts can be transferred directly from casting dies or forging presses without requiring cooling. Facerom offers a wide range of chain furnace configurations to help automate foundry or forge operations with cutting-edge heat treatment technology.

Thermal debinding is effectively carried out using an ashing furnace. Both debinding and ashing processes focus on material removal, with debinding specifically involving the elimination of binder within the furnace chamber.

Since the 2010s, Facerom Furnace has produced combined debinding and sintering furnaces, establishing itself as a leader in technology for debinding and sintering a wide range of metals and ceramics.

Facerom provides a range of debinding furnaces designed to meet diverse application requirements. During debinding, the polymer binder undergoes thermal decomposition. Binders are essential for maintaining cohesion among powder particles and preserving the component’s shape. This step typically precedes the sintering of metal or ceramic parts.

The Continuous Pusher Type Furnace from Facerom is a heat treatment furnace specifically designed for small components used in the automotive and aerospace sectors. Currently installed and operational at the HIGHTEMP Furnace facility in Bangalore, this furnace features a main pusher that moves the basket from the vestibule chamber to the first furnace basket position, with each tray subsequently shifting down one position. It is engineered to improve steel’s ductility and machinability by modifying its microstructure.

Facerom Furnace Company produces industrial pusher furnaces suited for a wide range of applications. These continuous furnaces accommodate processing of both small and large products placed in trays and baskets. The hearth is composed of a series of steel, alloy, or ceramic skid supports. To handle heavy loads, alloy rollers can be integrated into the hearth or trays to minimize the pushing force needed. Furnaces are available in electric, direct-fired, and indirect gas-fired configurations to fulfill specific processing demands.

Pusher furnaces are employed in metallurgy and machine manufacturing to heat metal workpieces for hot pressure forming or heat treatment processes. These furnaces can operate across a broad temperature range from 400°C to 1400°C.