
C-FO-LF Low-Frequency EMI Absorbing Sheet
Conductive Shielding SiliconeC-FO-LF Low-Frequency EMI Absorbing Sheet
C-FO-LF is a thin, flexible EMI absorbing sheet with high magnetic permeability (180 ± 20), engineered to suppress elect
- Brand
- Lixing Compound Materials
- Origin
- Zhuhai, Guangdong, China
- Supply
- Factory direct; custom sizes and cutting available
- Samples
- Samples available on request
Product Details
C-FO-LF is a thin, flexible EMI absorbing sheet with high magnetic permeability (180 ± 20), engineered to suppress electromagnetic interference in the 10MHz to 6GHz range. Its excellent flexibility and ultra-thin profile (0.03–0.5mm) allow easy application on FPC or chip surfaces, effectively reducing CPU radiation and smartphone SAR levels and making it a premier solution for EMI issues in high-end communication and mobile devices.
C-FO-LF Low-Frequency EMI Absorbing Sheet: High Permeability with Precision Noise Suppression
C-FO-LF Low-Frequency EMI Absorber: High-Permeability Noise Suppression Solution
In modern high-frequency communications and compact electronic designs, electromagnetic interference (EMI) is a key factor affecting system stability. The C-FO-LF low-frequency EMI absorbing sheet developed by Lixing Composite Materials is a high-performance absorber with high permeability (μ’ = 180) that is flexible and resistant to cracking. By filling a resin matrix with an ordered, high-loss electromagnetic absorbent, it captures electromagnetic waves and converts them into a small amount of heat, effectively eliminating noise interference inside electronic systems.
Why Choose the Lixing C-FO-LF EMI Absorber?
The C-FO-LF series combines materials science with precision processing to solve the brittleness and thickness limitations of conventional ferrite sheets:
Ultra-thin design: A wide thickness range (0.03mm ~ 0.5mm), down to just 0.03mm, fits the extremely limited internal space of mobile devices.
High permeability: Permeability of 180 ± 20 provides superior magnetic field guidance and absorption.
Physical flexibility: The resin carrier gives excellent toughness, with no risk of fracture even under bending or vibration.
Environmental compliance: The whole series meets RoHS and REACH requirements, satisfying international green-product standards.
Technical Specifications and Applications
For mobile devices, high-performance processors and wireless communication needs, we offer the following parameters:
| Item | Value | Test Method |
| Permeability (μ’) | 180 ± 20 (at 1MHz) | E4991A analyzer |
| Recommended Frequency Band | 10MHz ~ 6GHz | — |
| Thickness | 0.03 ~ 0.5 mm (± 10%) | Thickness gauge |
| Surface Resistivity | > 1 x 10^6 Ω | Surface resistance tester |
| Density | > 2.8 g/cm³ | ASTM D792 |
| Adhesion | 600 ~ 1000 gf/Inch | Tensile tester |
| Operating Temperature | -40°C ~ +120°C | Thermal shock chamber |
C-FO-LF Low-Frequency EMI Absorber: High-Performance Shielding Solution
C-FO-LF is a high-permeability, flexible EMI absorbing sheet developed by Lixing to suppress electromagnetic interference by converting noise signals into micro-thermal energy. This material creates a clean electromagnetic environment for sensitive electronic systems, offering a robust and flexible alternative to traditional ferrite sheets.
Why Choose the Lixing C-FO-LF Absorber?
The C-FO-LF series is engineered to address the complex EMI challenges in high-speed data transmission and compact electronic designs:
Ultra-Thin Form Factor: With a minimum thickness of 0.03mm, it is ideal for modern smartphones, laptops, and wearable devices.
Superior Magnetic Permeability: Features a high permeability (μ’) of 180, ensuring high-efficiency noise absorption across the 10MHz to 6GHz spectrum.
Excellent Material Flexibility: The resin-based composite structure ensures the material remains flexible and fracture-resistant during installation and operation.
Certified Reliability: Fully compliant with RoHS and REACH regulations, providing a safe and sustainable solution for global markets.
Key Applications
Mobile device noise countermeasures: Applied to FPC flexible cables to suppress high-frequency transmission interference.
CPU radiation reduction: Applied directly on top of CPUs or high-performance processors to absorb electromagnetic radiation.
SAR optimization: Used inside mobile phones to reduce electromagnetic radiation exposure to the human body.
Internal resonance control: Placed inside metal shielding cans to suppress electromagnetic oscillation and crosstalk.




