Industrial Furnace Muffle, Digital, Max. Temp. 2000F (1093C), 95.7L

Industrial Furnace Muffle, Digital, Max. Temp. 2000F (1093C), 95.7L

Muffle, Digital, Max. Temp. 2000F (1093C), 95.7L

3.38ft³ (95.7L) Muffle Furnace with touchscreen controller. Chamber furnaces are often used interchangeably with muffle furnaces due to their precise temperature control and uniform heating. MF-8A has a max temp of 2,000°F (1,093°C).

Front open door model with built-in stand that lifts the firing chamber off the worktable so no extra stand is needed. Chamber interior walls are 2.5in (63.5mm) thick refractory firebrick and heating elements are mounted inside the firebrick for easy access. Ceramic hearth plate protects the bottom heating element and other heating elements for safety and efficiency. Meets strict quality standards for reliability and durability.

When the door is opened the heating elements stop; the open door can be used to hold trays for loading or unloading. Touchscreen controller has multiple programming options, adjust during firing, alarm, error codes and more. Can store up to 30 user programs, 32 segments per program and is Wi-Fi enabled.

Heating Applications Heat Block | Lab Hotplates Heaters for Temperature Uniformity

• Ashing

• Ignition tests

• Gravimetric analyses

• Soil testing

• Asphalt core testing

• Aggregate testing

• Cement testing

Features

• Painted, heavy-gauge steel case for long life

• Touchscreen controller has easy to follow screen descriptions, graphical display of firing process and built-in diagnostics testing for use with current sensor

• Heating elements stop when open

• Vent hole with stainless steel cover

One year warranty. Add to cart to purchase. If you have any issues with the cart during checkout our customer support team is here to help.

Maximum Temperature          2,000F (1,093C)

Chamber Volume      3.38ft³ (95.7L)

Plug      NEMA 6-50R

Electrical     240V, 50/60Hz, 30 amps, 1 phase, 7,200 Watts

Chamber Size 21 x 21 x 13.3in (533.4 x 533.4 x 337.8mm), WxDxH

Product Size 37.5 x 30 x 23in (952.5 x 762 x 584.2mm), WxDxH

Accessories:

• Crucible Tongs to safely remove beakers and other labware from the furnace

• Porcelain Crucibles for loss-on-ignition testing of cement, fly ash, and soils available in 10, 30 or 45mL

• Heat Resistant Gloves for operator protection when placing or removing items in the furnace

• Economy Muffle Furnace Exhaust Kit to remove fumes from the furnace to the outdoors through the venting system

Product Description

Thermo Scientific Thermolyne Industrial Benchtop Muffle Furnace is a high performance, ultra-high temperature furnace for industrial and laboratory applications. Max temp 1200°C. Ideal for heat treatment processes, ashing, ignition and determination of volatile matter. Compact design for small scale heat treatment and laboratory applications. Combines efficiency with precision for all your high temperature needs.

Temperature Control

Thermo Scientific Thermolyne Industrial Benchtop Muffle Furnace has 30 segment easy to use, programmable temperature controller for precise temperature control. Allows for accurate temperature control and uniformity for consistent results in all applications. Chamber door safety switch prevents furnace from operating when it is open for safe operation. This level of control and safety makes the benchtop muffle furnace a must have for any laboratory or industrial setting.

Safety Features and Considerations

Thermo Scientific Thermolyne Industrial Benchtop Muffle Furnace is designed with safety in mind. It has an excessive thermocouple which monitors chamber temperatures and prevents overheating. It has a vary heat up rate which allows for controlled and prevents thermal shock. It has a ceramic hearth plate which provides a safe and durable surface. These features ensure the furnace operates reliably and safely even under demanding conditions.

Applications

Thermo Scientific Thermolyne Benchtop Muffle Furnace is suitable for industrial and laboratory applications:

• Heat treatment processes like annealing, hardening and sintering

• Ashing and ignition of materials

• Determination of volatile matter in materials

• Laboratory research and testing

• Production applications

With ultra-high temperature capabilities it is ideal for applications that require precise control and uniformity. Compact design and safety features make it perfect for small scale treatment and laboratory applications. Whether you are researching or testing, this muffle furnace delivers the performance and reliability you need.

Operating and Maintenance

Proper operation and regular maintenance is essential to ensure safe operation and long life of any muffle furnace especially in demanding laboratory and industrial applications. The heart of every muffle furnace is its heating elements which are designed to withstand high temperatures and deliver precise control across a wide temperature range. To maintain optimal performance it is important to regularly inspect these elements for signs of wear or damage as their condition directly impacts the furnace’s ability to reach and sustain its maximum temperature.

For benchtop muffle furnaces used in universities, research labs and production facilities the design and construction of the equipment plays a crucial role in meeting the specific needs of each application. The furnace’s chamber size, robust construction and well-sealed are all designed to ensure operation and prevent loss even during high temperature processes like annealing and sintering. Regularly check the seal and overall construction to maintain a consistent internal environment and support precise control.

To avoid overtemperature protection issues calibrate the furnace’s temperature control system periodically. This ensures the equipment responds to setpoints and maintains temperature throughout the program. Many modern muffle furnaces have programmable controllers with customizable time and temperature settings which should be reviewed and set according to your lab process requirements.

Regular maintenance tasks like cleaning the chamber, inspecting the elements and verifying the safety features are crucial to prevent equipment failure and extend the life of the furnace. Users should read the manufacturer’s instructions for installation, operation and maintenance to use the furnace correctly and safely. Addressing common issues like temperature fluctuations or unexpected shutdowns promptly can help minimize downtime and ensure the furnace meets the high expectations of lab users.