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LAB Muffle Furnace Test Machine

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LAB Muffle Furnace Test Machine Specification

Gas Pressure
Atmospheric

Interface Type
Panel Control

Features
High Temp Insulation, Overheat Protection, Energy Efficient

Specimen Size
Up to 100 x 100 x 50 mm

Max Height
350 mm

Mounting Type
Benchtop

Operating Voltage
220V AC

Hardness
Ceramic Chamber

Equipment Type
Laboratory Muffle Furnace

Accuracy
1C

Power Supply
Single Phase, 220V, 50Hz

Application
Material Testing, Ash Content Analysis, Heat Treatment

Test Range
Ambient to 1200C

Resolution
1C

Number of Specimens
1

Humidity
Up to 80% RH

Temperature
Room Temp to 1200C

Display Type
Digital LED

Automation Grade
Semi Automatic

Measuring Range
Up to 1200C

Response Time
Rapid, <10 min to reach 1000C

Frequency
50 Hz

Port Size
Standard 40 mm

Usage
Laboratory Testing

Capacity
5 liters

Machine Weight
18 kg

Test Width
120 mm

Test Stroke
300 mm

Control Mode
Digital PID Controller

Heat Up Time to Max Temperature
Approx. 30 minutes

Door Type
Front-loading insulated door with handle

Heating Element Type
Kanthal (FeCrAl) wire

Ambient Operating Temperature
5°C - 40°C

Safety Features
Thermal cut-off, insulated casing, door safety switch

Color
White & Blue

Chamber Material
High Alumina Ceramic Fiber

Max Power Consumption
2.4 kW

Insulation Thickness
80 mm

About LAB Muffle Furnace Test Machine

Get it now! Experience the ineffable efficiency of the LAB Muffle Furnace Test Machinea true asset for laboratory material testing, ash content analysis, and heat treatment. Wrapped in glorious white & blue, this uncommon device features a Kanthal heating element, high alumina ceramic fiber chamber, and robust front-loading insulated door. Enjoy a rapid heat-up time to 1200C, precise digital PID control, and intelligent safety with thermal cut-off, overheat protection, and insulated casing. Fresh discount available for immediate ordersdont miss out on this advanced lab solution.

Advanced Application & Superior Features

The LAB Muffle Furnace Test Machine is ideal for university labs, industrial R&D centers, and materials testing facilities. Primarily used for material testing, ash content analysis, and heat treatment, its robust construction guarantees consistent result accuracy. High temp insulation, overheat protection, energy-efficient performance, and a user-friendly digital LED control panel set it apart. The front-loading insulated door and thick alumina ceramic fiber chamber provide safety and operational comfort for semi-automatic testing processes.

Reliable Supply, Packaging & Quick Dispatch

Enjoy confident procurement with our powerful logistics network! The LAB Muffle Furnace Test Machine is supplied from India through prominent FOB ports with packaging tailored for safe transit. We offer prompt and reliable dispatch after order confirmation, so your urgent research or testing needs are met efficiently. Payment terms are flexible, supporting advance payment and other secure modes to ensure seamless business transactions and uninterrupted laboratory operations.

FAQs of LAB Muffle Furnace Test Machine:

Q: How do I operate the LAB Muffle Furnace Test Machine for material testing?

A: To operate, load the specimen into the chamber, set the desired temperature on the digital PID controller, and initiate the cycle. The front-loading insulated door ensures safe sample placement, and results are displayed clearly on the digital LED panel.

Q: What safety features are included in the furnace design?

A: The furnace incorporates an insulated casing, a door safety switch, overheat protection, and a thermal cut-off mechanism to safeguard users and maintain laboratory safety standards during operation.

Q: Where can this furnace be effectively used?

A: It is perfect for laboratory environments such as educational institutions, R&D labs, and quality control departments where precise heat treatment and testing are essential.

Q: When can I expect the furnace to reach its maximum temperature?

A: The furnace heats up to its maximum temperature of 1200C in approximately 30 minutes, with a rapid response time of less than 10 minutes to reach 1000C.

Q: What are the benefits of using a high alumina ceramic fiber chamber?

A: The high alumina ceramic fiber chamber offers excellent insulation, faster heating efficiency, and improved energy conservation, ensuring high-precision results even at extreme temperatures.

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