Muffles are an important part of laboratory equipment, as they serve to keep materials at a suitable temperature. It is a kind of chamber used to control the temperature of materials during the manufacturing or storage process.

These equipment are used both to heat and cool materials, and their temperature can be precisely controlled. This makes them very useful for a variety of applications in the laboratory, such as the decomposition of organic compounds, the synthesis of new materials and the manufacture of medicines.

They also provide a variety of benefits in the laboratory. By protecting samples from direct heat from the oven, they help ensure reproducibility and prevent contamination. They can also be used to create a controlled environment, allowing precise control over temperature and atmosphere.

Properties of Laboratory Muffles

They are usually made of stainless steel or aluminum, and are coated with an insulating material to prevent heat from escaping. They can be obtained in different sizes and shapes, and their use varies depending on the type of material to be treated. For example, cylindrical muffles are used to cool organic compounds, while rectangular muffles are used for the synthesis of new materials. Copper pipes are often used in the manufacture of medicines, since copper is a good heat conductor.

Most are controlled by a thermostat, which keeps the temperature inside the muffle at a constant level. This is important to ensure a consistent result in the manufacturing or storage process.

Usage Applications

Muffles are used in a wide variety of sectors, from the pharmaceutical industry to the manufacture of medicines, as it allows precise temperature control during the process. In the food industry, for food packaging, as they ensure that food is kept at an appropriate temperature during the process. They are also used in the cosmetic industry, as they allow to produce high quality products.

Muffles are used both to heat and cool materials, and their temperature can be precisely controlled. This makes them very useful for a variety of applications in the laboratory, such as the decomposition of organic compounds, the synthesis of new materials and the manufacture of medicines.

There are some key considerations to consider when selecting a mule for your application. First, consider the temperature range you need to reach. They are available with a variety of maximum temperature classifications, so it is important to choose one that is capable of reaching the temperatures you need. Second, consider the atmosphere in which you will be conducting your experiments. Some are designed for use in the air, while others are designed for use in an inert atmosphere. Finally, consider the size and shape of the samples you are using.

Muffles brand Kalstein

For the different medical sectors, the use of Muffles becomes the best allies for the annealing processes of different materials. At Kalstein we have the best lines in equipment, able to meet all the needs of our users, also, as manufacturers we offer you the best equipment belonging to the YR series. It features: PID automatic control through the phase angle current limiter triggered resistance, e.g. SC R (silicon controlled rectifier); Power control with 30 programmable segments.

For more information check out our catalog at HERE

In addition, as manufacturers we can guide them, so that their purchase is ideal and at excellent prices. For more information, visit our website at HERE