Product Description
We have successfully ranked amongst the top-notch manufacturers, exporters and suppliers of Rectangular Muffle Furnace. Offered furnace is equipped with pyrometer, indicators, thermal fuse and thermocouple. Used for heating chemical and ash analysis in laboratories and foundries, offered Rectangular Muffle Furnace is checked on several quality parameters to ensure its excellent performance. Our clients can avail this furnace from us in different capacities as per their requirements.
Features:
Other details:
Outer shell made out of thick mild steel duly finished in attractive stoving enamel/powder coated paint.
Fitted with grooved refractory for supporting the heating elements made out of wire and are easily
replaceable. Maximum temp. 1000C and working temp. 900 C controlled by SUNVIC energy regulator. Workable on 220 V AC 50 Hz single phase.
Inner Muffle size in mm & inches
a) 225 x 100x100 (9x4x4)
b) 250 x 125x125 (10x5x5)
c) 300 x 150x150 (12x6x6)
d) 300 x 200x200 (12x8x8)
e) 350 x 175x125 (14x7x5)
f) 450 x 2255x225 (18x9x9)
Advanced Safety and EfficiencyDesigned with over-temperature and fuse protection, the Rectangular Muffle Furnace assures operator safety even during high-temperature processes. Its high-density ceramic insulation (about 75-100 mm) reduces heat loss, making it both energy efficient and comfortable to operate in laboratory environments. The double-walled construction minimizes thermal dissipation, maintaining uniform internal temperatures and reducing power consumption.
Precision Temperature ControlEquipped with a digital PID controller and digital display, the furnace achieves consistent and accurate temperature monitoring, crucial for sensitive laboratory experiments. Built-in thermocouple protection further enhances accuracy, ensuring the chamber's temperature stays within 2C at 1000C. This precise control supports a wide range of analytical and preparative processes requiring stable thermal environments.
Robust Construction for Laboratory UseManufactured with a mild steel outer body and refractory ceramic chamber, this muffle furnace can withstand repeated heating cycles. The white epoxy powder-coated exterior provides corrosion resistance, while its benchtop-mounted design makes it suitable for laboratories with limited space. With a typical power requirement of 2 kW and a capacity of about 5 liters, it is ideal for routine laboratory heating, ashing, and material testing.
FAQ's of Rectangular Muffle Furnace:
Q: How does the Rectangular Muffle Furnace ensure uniform heating of samples?
A: Uniform heating is achieved through Kanthal A-1 wire heating elements arranged around the high-density ceramic insulation, providing rapid and consistent heat distribution throughout the chamber. The digital PID controller helps maintain stable temperatures for reliable results.
Q: What types of laboratory samples are suitable for use in this furnace?
A: This furnace is designed to accommodate solids, powders, and crucibles, making it versatile for various laboratory applications such as ashing, annealing, and material testing.
Q: When should I utilize the over-temperature protection feature?
A: The over-temperature protection feature is always active to safeguard both the equipment and your samples by automatically shutting off the heating element if the internal temperature exceeds set safety limits.
Q: Where is the best place to install the muffle furnace in a laboratory?
A: It is best to place the muffle furnace on a stable, heat-resistant benchtop in a well-ventilated area with access to a single-phase AC power supply. Avoid locations near flammable materials.
Q: What is the process for setting up and operating the furnace?
A: Simply position the unit on a benchtop, connect it to a 220V single-phase AC power supply using the supplied power cord, insert the thermocouple as directed, and use the digital PID controller to set and monitor the desired temperature. Detailed instructions are provided in the included manual.
Q: How does the furnace benefit laboratory operations?
A: Its rapid temperature rise, uniform heating, and energy-efficient design optimize laboratory workflows while maintaining high safety standards. Its durability and precise temperature controls make it indispensable for a wide range of thermal processing needs.