Muffle Furnace

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MOQ : 1 Unit

Muffle Furnace Specification

Power Supply
Single Phase, 50 Hz

Heating Capacity
1200C max

Display Type
Digital display

Shape
Rectangular

Accuracy
2C

Features
Energy efficient, rust resistant body, fast heating, uniform temperature distribution

Control Type
Digital temperature controller (PID)

Temperature Resistance
Up to 1200C

Type
Laboratory Muffle Furnace

Dimension (L*W*H)
12 x 12 x 12 inch

Equipment Type
Electric Muffle Furnace

Equipment Materials
Mild Steel (MS) powder coated outer body, ceramic inner chamber

Power
2.5 kW

Voltage
220-240 V AC

Material
Ceramic Fiber and Mild Steel

Application
Ash content determination, heat treatment, material testing, laboratory research

Capacity (Ltr)
Approximately 25 Liters

Muffle Furnace Trade Information

Minimum Order Quantity
1 Unit

Supply Ability
10 Units, , Per Week

Delivery Time
1 Week

About Muffle Furnace

Muffle Furnace is used to determine ash content of material like Polymer, Polyethylene, Polyester, Nylon, Cork, or any other material. The Furnace has robust Construction with muffle of high grade Imported silicon carbide rods, temperature is controlled by digital temperature indicator and controller fitted in the base front panel of this furnace. Furthermore, we offer this Muffle Furnace at most affordable prices to our precious customers

Exceptional Heat Retention and Efficiency

Utilizing high-grade ceramic fiber blanket insulation, this muffle furnace minimizes heat loss and promotes energy efficiency. The advanced Kanthal A1 heating element ensures rapid heating and precise temperature control, helping laboratories achieve reliable results while conserving power during sustained operations.

Reliable Safety and User-Friendly Features

Safety is reinforced with over-temperature protection and a door interlock system, preventing accidental exposure to high temperatures. The front-hinged door with a heat-resistant handle offers secure access for sample placement, while the robust outer body resists rust, enhancing the furnaces longevity and performance.

Versatile Applications and Accurate Control

This bench-top muffle furnace supports a variety of laboratory tasks, including heat treatment and material testing. It is equipped with a digital PID controller for precise temperature regulation and has a fast cooling time, making it suitable for processes demanding accuracy and time efficiency.

FAQs of Muffle Furnace:

Q: How can the Muffle Furnace be used for laboratory research and material testing?

A: The Muffle Furnace is designed for precise heat treatments, such as ashing, material testing, and sample preparation. Its high maximum temperature (up to 1200C), uniform heating, and accurate digital control make it suitable for a range of laboratory applications requiring controlled thermal processing.

Q: What safety features does the Muffle Furnace offer to protect users?

A: It incorporates multiple safety measures, including over-temperature protection, a door interlock system to prevent accidental opening during operation, and a heat-resistant handle. These features ensure safe handling and minimize the risk of burns or equipment damage.

Q: When is the furnace ready for safe handling after shutdown?

A: After reaching high operational temperatures (up to 1000C), the furnace cools down to ambient conditions in less than two hours. It is recommended to wait for this period before handling to ensure safety and equipment longevity.

Q: Where should this Muffle Furnace be installed for optimal performance?

A: The furnace is designed as a bench-top unit, making it ideal for laboratory environments with proper ventilation and stable, flat surfaces. Ensure installation near a regulated power supply (220-240 V AC, 50 Hz single phase) for safe and efficient operation.

Q: What process controls and temperature accuracy does the furnace provide?

A: Equipped with a digital PID temperature controller and a K-type/N-type thermocouple, the furnace ensures accurate temperature regulation within 2C. The digital display allows real-time monitoring, enabling consistent and reproducible results for sensitive laboratory processes.

Q: How does the insulation material benefit heat retention and energy consumption?

A: The high-grade ceramic fiber blanket insulation effectively traps heat within the firing chamber, reducing heat loss. This not only enhances thermal efficiency and minimizes energy usage but also supports faster heat-up and cooling times, which benefit laboratory productivity.

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