Muffle Furnace 10L

Product Code

KBL

Muffle Furnance 10L

Standards

EN 12697-1, EN 1367-5, EN 196-2, EN 459-2

Muffle furnace is one of the critical equipment used in laboratories and especially when analyzing materials and geological data. These furnaces are used to heat samples up to high temperatures thus ensuring that the materials are tested under specific conditions.

The Muffle Furnace 10 L is especially useful for organisations that have small laboratories or little space to spare. In particular, its compact size does not impede its performance, which makes it suitable for both educational institutions and specialized testing laboratories. Whether you are doing construction material, ceramics, or any other specimens, this furnace offers the assurance and precision required to give accurate results.

Understanding the characteristics of the Muffle Furnace 10 L, decision-making related to laboratory equipment will be easier to undertake.

Main Characteristics of the Muffle Furnace 10 L

Muffle Furnace 10 L is developed with several characteristics that make it the best for material testing laboratories and geotechnical applications. Here are some of its key features:

Compact Size and Design

Small to mid-scale labs for the processing of a wide range of materials. Offers a greater heating area increasing the number of samples that can be treated at once. Works well for multiple material testing, and performs very well when testing metals as well as composites.

Wide Temperature Range

Thus, the Muffle Furnace 10 L can be used for ashing samples, or other applications requiring temperatures. However, this feature is important for labs that are involved in various types of test.”

Digital Control System

This furnace is easily controlled through a digital control panel that makes it easier to make adjustments to temperature controls. This feature makes sure that there is adequate heat for the test, which is very important for the tests to be correct.

4. Safety Features

Precautious are always very important when working in any laboratory. The Muffle Furnace 10 L also comes with features such as over-temperature protection, and a sturdy outside jacket, which prevents heat from escaping, thereby posing minimal risks to the users.

Efficient Heating

Specifically built with energy conservation in mind, this furnace is energy efficient, heating the contents to a given temperature and retaining heat, thus saving energy and costs of operation.

Easy Maintenance

The interior part of the furnace is designed to use very high quality materials that are very easy to reclean. Regular maintenance is easy to do which will help the unit stay in good working order for a long time.

Available Capacities

Apart from the 10 L model, the Muffle Furnace also comes in 4L, 7L and 14L. These models mean that laboratories can select one that serves their storage and testiness best.

cOMPARISON BETWEEN mUFFLE FURNANCE 4L, 7L, 10L, 14L

4 L Muffle Furnace

Best For: Firms that have a small area of working space of small laboratories or educational institutions.
Advantages: It possesses compact design, and its use is more advisable when heating small samples with high accuracy. Ideal for ashing and sintering jobs.
Typical Applications: Structural and construction material leaching, ceramics, and tiny environmental specimens.

7 L Muffle Furnace

Best For: Labs that need slightly more volume without actually growth larger in scale.
Advantages: Additional shelving unit provides space for larger samples, yet does not take as much space in small laboratories.
Typical Applications: Supplementary to the above, it is ideal for slightly larger amounts of material making it useful for growing labs.

10 L Muffle Furnace

Best For: Small to mid-scale labs for the processing of a wide range of materials.
Advantages: Offers a greater heating area increasing the number of samples that can be treated at once.
Typical Applications: Works well for multiple material testing, and performs very well when testing metals as well as composites.

14 L Muffle Furnace

Best For: Labs that conduct large volume testing or those doing different testing projects at the same time.
Advantages: Sheer capability for extensive material processing, is best suited for research organizations.
Typical Applications: A broad range of mechanical testing, extensive assessment of environmental impacts, and rapid throughput analysis.