Wave Absorbing Material
Wave Absorbing Material is a functional composite material that mainly absorbs electromagnetic waves. It eliminates the back and forth reflection of electromagnetic waves in the shielding cavity, reduces the interference of clutter on its own equipment, and effectively prevents electromagnetic radiation from interfering with and harming surrounding equipment and personnel. It is an advanced means to eliminate electromagnetic wave pollution.
Wave absorbing pad is one of the main wave absorbing material of Fehonda Technology. It is used in high-frequency equipment, consumer electronics, aerospace, artificial intelligence, radar and microwave communications.
Fehonda Wave absorbing pads are used in many fields. In electronic equipment, it can be used to reduce electromagnetic interference, improve the electromagnetic compatibility of equipment, prevent signal interference between different components, and ensure the normal operation of equipment. In the field of communications, it helps to optimize antenna performance and enhance the stability and accuracy of signal transmission. In the military field, it can be used to reduce the radar reflection cross-sectional area of military equipment such as aircraft and ships to achieve stealth effect.
In addition, wave absorbing pads also play a key role in medical equipment, aerospace and other fields to meet specific requirements for electromagnetic environment.
Features & Benefits
Good electromagnetic shielding and clutter absorption effects
High strength, wide temperature resistance, good weather resistance
High magnetic permeability, wide selectable frequency band
Can be developed for specific frequency bands
Specifications, thickness, adhesive and other characteristics can be customized
Flame retardant grade is UL94-V0, in line with RoHS environmental protection requirements
Customized information
Available specifications: sheets, slices, punching, single-sided adhesive backing.
Performance Parameters
Application Scenarios
Wave absorbing pads are mainly used in high-frequency equipment, consumer electronics, aerospace, artificial intelligence, radar and microwave communications.