Infrared shielding materials are generally composed of conductive materials, plastics, and insulating materials

Infrared shielding materialIt is an important application material in the field of infrared technology. It has excellent electromagnetic, thermal, and mechanical properties.
At present, infrared shielding materials mainly include metal coating, ceramic coating, and fiber weaving.
Below is a brief introduction to the characteristics of these three materials and their specific applications in the field of infrared technology.
1. Metal coating
The process of electrochemically oxidizing various metals or alloys, such as aluminum, copper, iron, etc., to form a thin and dense oxide film that reflects radiation is called "metal coating".
2. Ceramic coating
Using inorganic non-metallic materials (such as glass glaze) as coatings to cover the entire surface with a uniform and strong ceramic layer, thereby reflecting radiation, this process is called "ceramic coating".
3. Fiber weaving
Using natural or synthetic high molecular weight organic compounds, after special processing, they are interwoven with fibers to create fabrics with different structures. The structure of these fabrics determines that they have different physical properties, such as high strength, light weight, corrosion resistance, aging resistance, easy cleaning, etc.
The above are several commonly used infrared shielding materials. Among them, the first two are generally only used for high-end products due to their high cost, while the third is the most common.
Infrared shielding materials are used in electronic products, communication equipment, power equipment and other fields to shield infrared radiation and protect the safety of equipment and personnel.

     Infrared shielding materialIt is generally composed of conductive materials, plastics, and insulating materials. Among them, conductive materials are the core part of infrared shielding materials, with high electrical resistivity, which can form a path during infrared radiation to achieve shielding effect. Plastic is another important infrared shielding material with good hardness, plasticity, and heat resistance, widely used in electronic products, communication equipment, power equipment, and other fields.
When selecting infrared shielding materials, it is necessary to choose according to specific circumstances to ensure that the quality and performance of the product meet the requirements. At the same time, it is also necessary to understand relevant technology and market information in order to better choose suitable materials and products. At the same time, it is also necessary to understand relevant standards and regulations in order to better protect one's own safety.