A flex-rigid board is a composite material consisting of soft and rigid boards bonded with adhesive. This material has excellent mechanical, electrical and thermal properties.
Scope of use of flex-rigid boards:
- Cell phones, laptops and tablets. Motherboard, display screen, camera and other components require rigid boards for connection and control. The use of flex-rigid boards makes devices thinner, lighter and more resistant to bending, and improves signal transmission and heat dissipation.
- Wearable devices. Wearable devices are smart devices that require the use of boards made of durable materials for good human-computer interaction. The use of flexible-rigid composite boards can make wearable devices thinner, lighter, and more resistant to bending, as well as improve the signal transmission quality and heat dissipation of the devices.
- Automotive electronics. Many electronic components in automobiles require the use of high-quality boards for connectivity and control. The use of flex-rigid boards improves the reliability and durability of automotive electronics, as well as the quality of signal transmission and heat dissipation. Such boards are used in engine control modules, body control modules, etc.
With the continuous development of science and technology, the application of flexible-rigid composite boards will expand.
- Cell phones, laptops and tablets. Motherboard, display screen, camera and other components require rigid boards for connection and control. The use of flex-rigid boards makes devices thinner, lighter and more resistant to bending, and improves signal transmission and heat dissipation.
- Wearable devices. Wearable devices are smart devices that require the use of boards made of durable materials for good human-computer interaction. The use of flexible-rigid composite boards can make wearable devices thinner, lighter, and more resistant to bending, as well as improve the signal transmission quality and heat dissipation of the devices.
- Automotive electronics. Many electronic components in automobiles require the use of high-quality boards for connectivity and control. The use of flex-rigid boards improves the reliability and durability of automotive electronics, as well as the quality of signal transmission and heat dissipation. Such boards are used in engine control modules, body control modules, etc.
With the continuous development of science and technology, the application of flexible-rigid composite boards will expand.