Products

LCP
Category:Special Plastic Film
This product can maintain a constant dielectric constant at high frequencies; The tangent loss is very small, making it very suitable for millimeter wave applications; The thermal expansion is very small and can be used as an ideal high-frequency packaging material. It can be processed into Flexible Printed Circuits (FPCs) to achieve high-speed transmission of high-frequency signals, mainly used in antenna modules for products such as smartphones, autonomous driving, and wearable devices, and has broad market prospects.
LCP Details Description
Modern communication technology uses high-frequency and high-speed signals, which have higher requirements for the dielectric constant and electrical loss of materials.
This product can maintain a constant dielectric constant at high frequencies; The tangent loss is very small, making it very suitable for millimeter wave applications; The thermal expansion is very small and can be used as an ideal high-frequency packaging material. Flexible Printed Circuits (FPCs) can be connected to achieve high-speed transmission of high-frequency signals, mainly used in antenna modules for products such as smartphones, autonomous driving, and wearable devices, and have broad market prospects.
Upstream and Downstream Industries
Application Area
Performance Parameter
Items |
Unit |
Test method |
Bready H-LCPF |
Bready L-LCPF |
Tensile Strength |
MPa |
HD-B604B-S |
MD 260 |
MD 249 |
TD 205 |
TD 148 |
|||
Elongation at Break |
% |
HD-B604B-S |
MD 40 |
MD 36 |
TD 45 |
TD 21 |
|||
Tensile Modulus |
MPa |
HD-B604B-S |
MD 4316 |
MD 4600 |
TD4212 |
TD4670 |
|||
Thermal Expansion Coefficient |
ppm/c |
TATMA450 30-250℃ |
MD16 |
MD18 |
TD20 |
TD20 |
|||
Melting Point |
℃ |
TA DSC 25 |
330 |
280 |
Surface Resistivity |
Ω |
GB/T 31838.2-2019 |
5.00E+16 |
4.00E+16 |
Volume Resistivity |
Ω.cm |
GB/T 31838.2-2019 |
2.00E+16 |
3.00E+16 |
Water Absorption Rate |
% |
Bready method (25℃, 50%R.H.) |
0.03 |
0.03 |
Dielectric Constant DK |
|
MS46122B Frequency 28GHz |
3.3 |
3.4 |
Dissipation Coefficient |
|
|
0.0019 |
0.002 |
Related Products
Online Consult