聚醯亞胺材料(Polyimide; PI)

High-quality and high-performance 2-Layer FCCL:
The application field of electronic products is constantly evolving towards the demand for lightweight, miniaturization, and high performance, driving the rapid development of the FPCB flexible circuit board industry.
The new generation of high quality, high performance 2-layer adhesive-free flexible copper foil laminate (FCCL) has:
*Excellent mechanical strength and softness
*High thermal shock resistance and thermal stability
*Excellent dimensional stability
*Excellent physical and electrical properties
*Excellent optical properties
It is not only used in demanding static and dynamic flex circuits, but is also widely used in high-density flexible boards (HDI), multi-layer boards, rigid-flex composite boards, as well as IC driver packages such as COF and CSP, and can meet the new generation needs of high-frequency and high-speed transmission.
Excellent processing characteristics, both automatic and semi-automatic FPC production equipment can maintain stable quality in various FPCB processes.

Applications
The AZOTEX® series of quality FCCL products are used extensively in high-density FPC and high impedance control, multilayer interconnections and rigid-flex wiring, COF, CSP, BGA, and PDP driver packaging. It doesn’t stop there, however our customers continue to develop new, innovative technologies and we are proud to be part of this process. With AZOTEX® the possibilities really are infinite.

High Thermal Stability
Quantum mechanically optimized, AZOTEX® has a high glass transition temperature (Tg) and remarkable thermal stability. AZOTEX® ’s high operating temperatures ensure that this stability is maintained during flexible circuit processing.

High Dimensional Stability
AZOTEK utilizes the concepts of quantum mechanics to construct very thin flexible copper clad laminates (FCCL) with outstanding dimensional stability. AZOTEX® ’s remarkable stability and strength ensure optimum performance and added reliability in subsequent processing and circuit applications.