Wave Absorbing Materials
Wave-Absorbing Material Applications
Wave-absorbing materials absorb energy at the surface and convert electromagnetic energy into heat or other forms through dielectric losses in the material, reducing the impact of electromagnetic interference on personnel and equipment.
For example, adding FEHONDA Wave Absorbing Materials to wireless charging systems provides a low-impedance path for magnetic induction lines. It also insulates surrounding metal objects from energy transmission, ensuring safe and proper operation of the wireless charging function.
Adding FEHONDA Thermal Wave Absorbing Materials to mobile phones can reduce electromagnetic interference and radiation while simultaneously helping to dissipate heat from internal components.
FEHONDA specializes in providing effective solutions for the efficient and stable operation of electronic products.
BS-3G Absorber Pad
Its flexible structure with high thermal stability enables effective absorption of electromagnetic waves.
This feature provides a significant advantage in applications where electromagnetic interference needs to be reduced, especially in confined spaces.
Typical Applications:
Wearable electronics and robotics
5G data infrastructure and telecom
Automotive and industrial electronics
Military, security, and mobile infrastructure
1.5W 10GHz Thermally Conductive Wave Absorber
This material is designed for efficient absorption of electromagnetic waves and noise reduction.
It exhibits high voltage resistance, excellent thermal stability, and strong environmental durability.
Manufactured in compliance with EU RoHS environmental protection standards and classified as UL94-V0 flame retardant, it can be cut to the desired shape.
TBG-4 Single-Component Thermally Conductive Wave Absorber
This material is specifically designed for efficient absorption of electromagnetic waves and effective thermal management. Unlike traditional solutions, it combines both functions in a single product, offering ease of use.
Key Features:
Dual Functionality: Absorbs electromagnetic waves while providing thermal conductivity, enhancing device performance and reliability.
Easy Application: As a single-component product, it requires no mixing or additional steps, simplifying the application process.
High Absorption Efficiency: Effectively absorbs a wide range of electromagnetic frequencies, reducing interference and improving the performance of electronic components.
Effective Heat Dissipation: In addition to EMI absorption, it provides excellent thermal conductivity, helping devices maintain optimal operating temperatures and extend their service life.
Application Areas: Suitable for consumer electronics, automotive systems, telecommunication equipment, and industrial machinery.