About Rectangular Muffle Furnace
In a short span of time, we are acknowledged in the market as the leading manufacturer and exporter of Muffle Furnace. To manufacture these furnaces as per industrial standards, we source certified quality materials & components from trusted vendors of the market. Available in different specifications, these furnaces are widely used in pharmacy colleges, hospitals and laboratories for fast heat-up applications. Impeccable efficiency, excellent durability and sturdy structure are some of the remarkable features of our Muffle Furnace.
BTI122 Rectangular Muffle Furnace (Laboratory)
Outer shell made out of thick mild steel duly finished in attractive stoaving enamel/powder coated paint. Fitted with grooved refractory for supporting the heating elements made out of wire and are easily replaceable. Maximum temp. 1000oC and working temp. 900o C controlled by SUNVIC energy regulator. Complete with indicators, pyrometer, thermocouple, thermal fuse etc. workable on 220 V AC 50 Hz single phase.
Technical Specifications:
Inner Muffle size in mm & inches
- 225 x 100x100 (9"x4"x4")
- 250 x 125x125 (10"x5"x5")
- 300 x 125x125 (12"x5"x5")
- 300 x 150x150 (12"x6"x6")
- 300 x 200x200 (12"x8"x8")
- 350 x 175x125 (14"x7"x5")
- 475 x 175x125 (19"x7"x5")
- 450 x 225x225 (18"x9"x9")
OPTIONAL:
- Digital Microprocessor PID temp. Controller.
Advanced Thermal PerformanceExperience reliable, uniform heating with our rectangular muffle furnace. The integration of high-grade ceramic fiber insulation minimizes heat loss, ensuring rapid temperature rise and stability. Designed for demanding environments, it maintains precise thermal control even during continuous use, making it ideal for laboratory and industrial applications requiring consistent results.
Energy Efficiency and AccuracyEquipped with cutting-edge technology, the furnace operates with impressive energy efficiency, reducing operational costs. The digital controller provides 1C accuracy, supporting precise measurement for sensitive heat treatments or sample preparations. The energy-efficient design couples with robust construction to boost long-lasting performance while supporting sustainability goals.
User-Centric Design and VersatilityWith an ergonomically designed mild steel exterior and spacious inner chamber, this furnace streamlines daily laboratory and workshop functions. The straightforward digital display allows easy parameter adjustments, while safety features support smooth, reliable operation even at temperatures up to 1200C. Its versatility ensures suitability for multiple heating tasks, from material testing to industrial development.
FAQs of Rectangular Muffle Furnace:
Q: How do I operate the digital display for temperature control on the muffle furnace?
A: To operate the digital display, simply set your desired temperature using the controller, referencing the ambient to 1200C range. The digital readout will show real-time chamber temperature and alert users when the set point is achieved, enabling precise thermal management.
Q: What types of materials can be heated safely in the 5-liter capacity inner chamber?
A: The furnace is suitable for a broad range of laboratory samples and industrial materials, provided they withstand temperatures up to 1200C. Always ensure materials are compatible with high-grade ceramic environments and avoid substances that may damage the heating elements.
Q: When is this muffle furnace most commonly used?
A: This furnace is ideal for applications such as ashing, heat treatment, annealing, material testing, and sample preparation in both laboratory and industrial settings, particularly when consistent, high-temperature processing is required.
Q: Where is the furnace manufactured and supplied from?
A: The rectangular muffle furnace is expertly manufactured, exported, and supplied by reputable companies based in India. It is available to laboratories and industries internationally and domestically.
Q: What is the process for heating materials to a specific temperature using this furnace?
A: Simply place your sample in the inner chamber, seal the door, set the desired temperature via the digital controller, and initiate the heating process. The controller will regulate the temperature rise and maintain uniform heat throughout the chamber.
Q: How does the high-grade ceramic fiber insulation benefit users?
A: The ceramic fiber insulation significantly minimizes heat loss, ensuring rapid heating times and uniform temperature distribution. This improves energy efficiency and safety, making operations more cost-effective and reliable.
Q: What advantages does the energy-efficient feature offer industrial and laboratory users?
A: Energy efficiency lowers power consumption, reduces operational costs, and extends equipment lifespan through optimized thermal regulation, resulting in dependable performance for daily scientific and industrial heating tasks.