Sanitisation of Materials

MET Advanced Technology Microwave Ovens: Sanitisation of Materials

What is it?

MET Mikrodalga tarafından geliştirilen çözümler, un, hububat, baharat, mercimek, fasulye, mantar, kakao çekirdeği, fındık, tohum, kenevir, süt tozu gibi kuru The solutions developed by MET Microwave offer an economical and efficient process for the sanitisation or disinfection of dry food and ingredients such as flour, cereals, spices, lentils, beans, mushrooms, cocoa beans, nuts, seeds, hemp, milk powder.

How is it done?

The process consists of short-term exposure of the product to a microwave or radio frequency field within a temperature-controlled processing cavity.

What Does It Provide?

The process, which takes only a few minutes, allows the product to be brought to the desired temperature quickly and homogeneously. The processing time is short enough to prevent changes in the physical, chemical, and organoleptic properties of the product.

There are many applications for material processing in industrial microwaves, including welding, casting, forging and sintering. In welding, microwaves can be used to quickly and efficiently heat materials and fuse them together. In casting, microwaves can be used to quickly heat materials such as metals and ceramics to high temperatures for casting. In forging, microwaves can be used to rapidly heat materials such as metals to high temperatures for forging.

In sintering, microwaves can be used to rapidly heat materials such as metals and ceramics to high temperatures for sintering. Overall, material processing in industrial microwaves is a fast, efficient and versatile method for heating and processing a wide variety of materials. It has the potential to revolutionise the materials processing industry and is an important technology to consider for anyone involved in materials processing applications.

Industrial microwave sanitisation of materials refers to the process of eliminating or reducing harmful microorganisms on the surface of materials using microwaves. Microwaves are a type of electromagnetic radiation with wavelengths ranging from about one millimetre to one metre. They can penetrate materials and generate heat through a process called dielectric heating. This happens when microwaves cause molecules in the material to vibrate and generate heat. The depth of penetration and the amount of heat generated depend on the frequency of the microwaves and the electrical properties of the material.

In the sanitisation of industrial microwave materials, microwaves are used to kill or inactivate harmful microorganisms such as bacteria, viruses and fungi. Microwaves generate heat and create thermal stress on microorganisms, disrupting their cellular structure and rendering them inactive. It is an important process in various industries, including food processing, pharmaceuticals and healthcare. It is used to ensure that materials are free of harmful microorganisms and safe for use. Industrial microwave systems are designed to be efficient, reliable and easy to maintain and can be used in both batch and continuous processing applications.

Advantages

Industrial microwaves are a powerful sanitisation tool used in many industrial processes. Microwave energy provides many advantages when used in the sanitisation of equipment and materials in food production and processing plants, as it kills microorganisms by breaking down their cell membranes:

• Fast and Effective Sanitization: Microwave energy quickly kills microorganisms on the surface and thus the sanitization process is much faster and more efficient.
• Reduces Chemical Use: Microwave energy reduces environmental impacts by reducing the use of chemicals in the sanitization of materials.
• Temperature Control: Microwave energy provides temperature control in the sanitization of materials, making it a suitable method for the disinfection of sensitive materials.
• High Efficiency: The efficiency of industrial microwaves is high, so sanitization processes are completed quickly and facilities need less time.
• Easy Applicability: Industrial microwaves can be easily used for the sanitization of materials and to reduce operating costs.

In conclusion, the use of industrial microwaves in the sanitization of materials is a fast, effective, environmentally friendly, efficient, and easily applicable method.