Product Watch

PCB Polyimide Label Materials - Polyimide label materials are designed to maintain the integrity of barcodes and images through challenging multi-cycle PCB manufacturing.

Automotive In addition to our many years of experience for motor vehicles, we will contribute to society with products such as Fujipoly’s heat-dissipating sheets in technological innovations such as electrification and autonomous driving of motor vehicles that will continue to evolve in the future.

PTC (Positive Temperature Coefficient) heating elements, as advanced self-regulating heating components, are widely used across household appliances, medical equipment, automotive electronics, and industrial heating systems. In this efficient and intelligent heating technology, thermal silicone pads play a vital role in ensuring high performance and safety of the heating system.

Routers run continuously and heat can quietly affect speed, stability, and service life. SG560-50 thermal grease fills microscopic gaps between the chip and heatsink to improve heat transfer and keep routers running reliably.

Used by professionals for years, Simichrome does a beautiful job of removing surface rust from chrome, polishing aluminum until it looks like new, even sprucing up delicate, heirloom family silver. And it won’t leave scratches or abrasive marks. In as little as 30 seconds, you can watch a small, faded item goes from dull, oxidized metal to a having a perfect mirror finish

In the digital age, tablets have become indispensable tools in both daily life and professional work. As these devices grow more powerful, user expectations for performance and experience continue to rise.

As compact electronics pack in more power, thermal silicone pads help move heat away from key components in wireless chargers, AI smart speakers, and projectors—improving thermal stability, reliability, and long-term performance.

As the heart of energy storage systems, battery packs play a vital role in determining overall system efficiency and stability. With rapid advancements in battery technology—particula rly lithium batteries—the significant increase in power density has brought new thermal management challenges.