About Muffle Furnace
- Furnace finds application in Industries & Laboratories for Ashing, Heat treatment, Ignitiontest, Gravimetric analysis, Determination of volatile and suspended solids & Cement testing.
- Heavy gauge Mild Steel construction for durability having powder coating finish.
- Outer Casing Made from Stainless Steel - 304 grade in all GMP Models.
- Un-exposed long lasting KANTHALA-1 heating elements.
- Light Weight, Ceramic Fiber Wool insulation of High quality to give maximum thermal efficiency.
- Temperature controlled by Dual Display Microprocessor based PID Temperature Controller.
- Temperature Sensor: "K" Type (Cr/Al) Thermo couple sensor.
- Working Temperature Range: 4000C to 10500C or 4000C to 11500C
- Temperature Control Accuracy : + 30C.
- Operates on 230 Volts AC Single phase 50Hz.
- Two models : ( 1) Muffle For 10500C (2) Refractoryfor 11500C
Advanced Laboratory PerformanceEngineered for precision, this muffle furnace ensures stable and uniform heating, making it suitable for a wide range of laboratory processes. Reliable digital and touch screen control options allow users to easily program and monitor temperature settings, thus enhancing usability and accuracy during experiments.
Durable and Versatile DesignWith its Stainless Steel 304 or MS powder-coated body, the furnace delivers excellent durability against continual use and harsh laboratory environments. Its compact size makes it convenient for benchtop placement without compromising functional capacity or safety.
FAQ's of Muffle Furnace:
Q: How do I operate the muffle furnace for laboratory experiments?
A: To use the muffle furnace, connect it to a 220V power source and select your desired temperature and time using the digital or touch screen control panel. Always ensure the furnace is pre-set to the required heating capacity for your specific application.
Q: What are the benefits of using a Stainless Steel 304 or MS powder-coated muffle furnace?
A: These materials offer high resistance to corrosion, longevity, and stability at elevated temperatures, making the furnace reliable for repeated use in laboratory settings.
Q: When should I use the muffle or the refractory heating capacity?
A: Use the muffle setting for heating needs up to 1050C, such as ashing or general sample treatment. For processes demanding higher temperatures up to 1150C, select the refractory mode to achieve optimal results.
Q: Where can this muffle furnace be used?
A: This furnace is specifically designed for laboratory use, suitable for research institutes, academic settings, and industrial laboratories across India.
Q: What processes can be performed with a digital/touch screen muffle furnace?
A: Typical uses include ashing, heat treatment, material testing, melting, and other high-temperature processes requiring precise control and uniform heating.
Q: How does the digital/touch screen control benefit laboratory operations?
A: Digital and touch screen controls provide easy and accurate temperature and time programming, improving experiment reproducibility and simplifying operation for laboratory personnel.