Product Details
Double-sided OSP soft and hard combined board PCB
The 2-layer OSP (Organic Solderability Preservative) rigid-flex PCB
board combines the characteristics of 2-layer PCBs, rigid-flex
structures, and OSP surface treatment, offering advantages in
multiple aspects as follows:
- Flexible adaptation to space constraints: The rigid-flex feature allows it to bend and fold in narrow,
irregular spaces, making it suitable for scenarios requiring
three-dimensional assembly (such as internal wiring of wearable
devices and medical instruments). Compared to pure rigid boards, it
better adapts to complex structural designs.
- Simplified assembly process: It reduces the use of connectors between traditional rigid and
flexible boards, lowers the risk of failures caused by poor
connector contact, and simultaneously shortens the assembly time
and the overall product volume.
- Simplicity of 2-layer structure: For scenarios with low circuit complexity, the 2-layer design is
sufficient to meet requirements, avoiding the design redundancy of
multi-layer boards and reducing design difficulty and error
probability.
- Excellent soldering performance: The organic film formed by OSP surface treatment is uniform and
thin, which can effectively protect the copper surface from
oxidation, ensure good wetting between solder and the copper
surface during soldering, reduce issues like cold solder joints and
false soldering, and improve soldering reliability.
- Stable signal transmission: The wiring of the 2-layer structure is relatively simple with
clear signal paths, reducing potential signal interference problems
that may occur in multi-layer boards. Meanwhile, the conductor
continuity in the rigid-flex part is good, resulting in low signal
transmission loss.
- Strong environmental adaptability: OSP treatment provides stable protection in normal temperature
and humidity environments. Additionally, the base materials of the
rigid-flex part (such as polyimide in the flexible section) have
certain temperature resistance and impact resistance, adapting to
various working environments.
- Lower production costs: The 2-layer board uses fewer materials and involves fewer
processing procedures (such as lamination and drilling) compared to
multi-layer boards. The process complexity of the rigid-flex part
is also lower than that of high-multi-layer rigid-flex boards,
leading to overall lower manufacturing costs.
- Shorter production cycle: The simplified procedures reduce waiting time in the production
process, and the OSP surface treatment takes less time than
treatments like electrolytic nickel-gold plating, which helps
shorten the product delivery cycle.
- High material utilization: The 2-layer structure design is more concise, resulting in less
material waste during board cutting and wiring, which is especially
suitable for economical products produced in batches.
Company Profile
Dongguan Xingqiang Circuit Board Co., Ltd. was established in 1995 and is a professional circuit boardfactory that
manufactures single-sided and double-sided PCBs, multi-layer PCBs,
and Rigid Flex PCBs.
As a professional supplier of customized boards, we work closely
with our clients, leveraging our strengths in processes and
technologies based on their design files to create
high-performance, high-quality customized boards that support their
product innovation and upgrades.Our company has two production
bases in Dongguan andJiangxi, covering an area of 205000 square
meters with a comprehensive monthly production capacity of 200000
square meters. The company's products are widely used in computer
peripherals, communication, power supply, medical, automotive
electronics, household appliances and other fields.
Our company advocate integrity, win-win and pioneering business
philosophy, and put into practice the work style of "pragmatism,
hard work and responsibility" to create a good corporate
environment. Based on a new management model, advanced technology
and equipment and good product quality, We always adhere to the
corporate spirit of customer first and people-oriented.