Microwave Chamber Furnace

A microwave chamber furnace is a specific type of furnace that heats materials in a regulated environment or vacuum using microwave radiation. Research on nanotechnology, materials science, and semiconductor processing frequently uses this kind of furnace.

A sample holding or crucible is located in the center of a sealed, gas- or vacuum-pressurized chamber that makes up the microwave chamber furnace. After that, a waveguide is used to provide microwave radiation to the sample, creating an electromagnetic field that quickly and evenly warms the material. The capacity of a microwave chamber furnace to heat materials quickly and evenly can result in more effective and reliable processing, which is one of its main benefits. Furthermore, materials that are susceptible to oxidation or other atmospheric effects can be processed in a furnace because the heating takes place in a vacuum or controlled atmosphere.

High-temperature furnaces, such as microwave chamber furnaces for sintering ceramics and other advanced materials, are made by Kerone. With 48 years of experience, we are one of the leading producers and suppliers of industrial equipment globally. We help the customer make a decision by helping them understand the specifications for the finished product, including its size, form, and moisture content. We also take into account the manufacturing environment, the construction materials—most frequently stainless steel—and the pattern of energy use. the type and amount of nourishment.

Kerone is now working in business cooperation and partnership with Fricke and Mallah GMBH on the research, development, and sales of Microwave Chamber Furnace applications. We also produce additional varieties of microwave heating systems, including vacuum technology, air jet plasma technology, solid state generators, chemical vapor deposition systems, and other varieties.

Features of Microwave Chamber Furnace

• Temperature control: A microwave chamber furnace typically has precise temperature control capabilities, with the ability to control the temperature up to several thousand degrees Celsius.
• Gas flow control: The furnace may also have the ability to control the gas flow and pressure within the chamber, which is important for maintaining a specific atmosphere or vacuum during the heating process.
• Sample size and capacity: The sample size and capacity of a microwave chamber furnace can vary widely depending on the specific model, ranging from a few grams to several kilograms.
• Heating rate: Microwave chamber furnaces are known for their rapid heating rates, with the ability to heat samples at rates of several hundred degrees per minute.
• Control and monitoring: Many microwave chamber furnaces have advanced control and monitoring capabilities, such as programmable temperature profiles, real-time temperature and pressure monitoring, and automated data logging.

Application of Microwave Chamber Furnace

• Sintering of ceramics and metal powders
• Synthesis of advanced materials, such as composites and nanomaterials
• Processing of electronic and semiconductor materials
• Heat treatment of metals and alloys
• Processing of biomaterials, such as sterilization and tissue engineering

Advantages of Microwave Chamber Furnace

• Rapid Heating
• Energy Efficiency
• Precise Temperature Control
• Uniform Heating
• Reduced Oxidation
• Cleaner Operation
• Reduced Footprint
• Improved Product Quality
• Process Automation

KERONE is pioneer in application and implementation engineering with its vast experience and team of professionals. KERONE is devoted to serve the industry to optimize their operations both economically and environmentally with its specialized heating and drying solutions.