Bolion’s overall solutions for our main products such as FPC and CCS allow partners to accelerate the time to market and maximize customers' return on investment. Bolion's downstream application areas are mainly new energy, automotive electronics, medical devices, military aerospace and industrial control, with Communication Electronics accounting for a minority. Therefore, customers have high requirements for product stability, consistency and safety, and the supplier access and management system are relatively strict. With the continuous development of the new energy industry and based on the optimistic application of FPC in this field, Bolion started the basic R&D and testing of new energy products as early as 2016. Thanks to the company's many years of accumulation in high-quality and large-size FPC application fields such as medical, military, and automotive electronics industries, combined with the new energy field's demand for FPC safety, stability and large size, bolion successfully developed FPC products for power batteries and energy storage batteries CCS at an early stage. With good product performance and full-process R&D and production capabilities, the company has established good cooperative relations with many well-known vehicle manufacturers and battery manufacturers, and has entered the power battery supply chain system of many well-known new energy vehicle manufacturers.
The fpc global market is expanding rapidly, driven by the increasing demand for both dynamic application of fpc in flexible and wearable devices and static application of fpc in stable, high-performance environments. Bolion’s expertise in these areas ensures that our products meet the highest standards of quality and reliability, making us a trusted partner in the evolving landscape of new energy and automotive electronics.
Application of flexible pcb in New Energy Vehicles
New Energy
The application of Bolion CCS products in the field of new energy is mainly in new energy vehicles and energy storage. New energy vehicles are the main direction of the transformation and upgrading of the automobile industry. In recent years, the development advantages of new energy vehicles have been continuously expanded and consolidated, and their consumption potential has also been continuously expanded. It can be seen that in the future, new energy still has long-term development potential and market. In terms of energy storage, with the promotion of clean but unstable and uncontrollable power generation methods such as wind power and solar power generation, energy storage batteries are also developed as an important support.
Automotive Electronics
The application of FPC in the automotive electronics industry is becoming increasingly widespread, especially in the field of new energy vehicles. FPC plays a key role in the battery management system of new energy vehicles. It is used to monitor the voltage and temperature of the battery cells and protect the battery cells of the vehicle power battery through its own overcurrent protection function. FPC is gradually being integrated into CCS, and it forms electrical connections and signal detection structural components by connecting with plastic structural parts, copper and aluminum bars, etc., which helps to improve the integration and automated assembly level of battery packs. The application of FPC also involves sensor connections, ADAS, vision systems in vehicles, providing flexible installation options and improving the reliability of signal transmission.
Medical Electronics
The application of FPC in medical imaging devices, electrocardiographs and medical probes ensures high precision and high stability of the equipment, meeting the strict requirements of medical equipment for electronic circuit boards. With the growing demand for advanced wearable medical devices, FPC will become a key technology in the design of future medical wearable devices due to its flexibility and adaptability. FPC's high-density circuits and high-speed data transmission capabilities make it have a wide range of application prospects in high-precision medical equipment.
Aerospace/Military
Bolion has the strength to produce circuit boards that meet military-grade and aerospace-grade specifications and requirements. FPC plays an important role in many fields such as military equipment, weapon systems, communication equipment, sensors, detection instruments, radar systems, aircraft manufacturing, navigation systems, satellite communications, and space probes. Its lightweight, high reliability, and corrosion resistance make FPC an ideal choice for the military and aerospace fields. With the continuous development of science and technology, the application of FPC in the military and aerospace fields will be more extensive and in-depth.
Communication Electronics
FPC is particularly widely used in mobile phones, computers, and Communication Electronics. The main products in the mobile phone field are smartphones, the products in the PC field are computers, and the main products in the Communication Electronics field are tablets and wearable devices. Bolion is also at ease in the Communication Electronics field, and is more willing to tap the potential and market of FPC in the mid-to-high-end field.
Industrial Electronics
Industrial control electronics refers to electronic equipment and systems specifically used in the field of industrial automatic control. These devices and systems are usually used to achieve automated control and management of machines, equipment, production lines and factories. In automated control systems, FPC can be used to achieve stable connections between components such as sensors and actuators, ensuring the reliability of signal transmission. In data acquisition and monitoring systems, FPC is used to connect various sensors and data loggers to ensure accurate data transmission. With the development of industrial robot technology, FPC is increasingly used in robot joints, sensors and other parts, helping to improve the flexibility and precision of robots. In the field of intelligent manufacturing, FPC can be used to achieve fast and flexible connections between various equipment on the production line, improving the automation and intelligence level of the production line. FPC is used to connect cameras and image processing units in machine vision systems to ensure high-speed data transmission and real-time image processing. In precision instruments, the fine routing capability and thin design of FPC help achieve compact circuit layouts while maintaining high signal integrity.
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