Perfluoroalkyl sulfonate‑based fluorinated flame‑retardant additives can render transparent polycarbonate achieve UL94 V‑0 flame‑retardant rating at ultra‑low loading of several ten‑thousandths, while fully preserving the optical transparency of the material. This represents a key technical breakthrough in flame‑retardant modification of engineering plastics.

PCB protection represents an indispensable "final mile" in electronic manufacturing. Conformal coating, a long-established industry standard, has met mass production demands for decades. Nano-coating, an emerging alternative, is rapidly gaining market traction with ultra-thin film, superior protection and streamlined processes. Which one should you choose? This article features a core comparison table to help you finalize your selection in five minutes.

When designing liquid cooling solutions or selecting fluids for cleaning processes, engineers almost invariably face the same dilemma: with such a vast array of fluorinated liquid grades available, how do you pick the right one?

As consumers pay increasing attention to the tactile experience of skincare products upon application, a special material derived from fluorochemical engineering is quietly revolutionizing the underlying logic of cosmetic formulations. Perfluoropolyether (PFPE) oil, has rapidly emerged as a star additive for high-end cosmetics in recent years, thanks to its signature silky slip with zero greasy residue.

With a high purity of ≥99% and dual particle size specifications, potassium perfluorobutanesulfonate serves as a dual-effect solution for flame retardancy and antistatic performance of transparent engineering plastics such as polycarbonate, helping break through material performance bottlenecks in the electrical and electronic, automotive and semiconductor fields.

With extremely low surface tension, chemical inertness and water and sweat resistance, perfluoropolyether (PFPE) special additives for cosmetics form a durable protective film like a "liquid glove" on the skin surface, delivering a dual solution of lightweight skin feel and long-lasting performance for high-end cosmetic formulations.

The selection of high-temperature synthetic heat transfer fluids shall match process temperature and heat transfer mode with respective options for liquid-phase and vapor-phase applications. From chemical fiber spinning to polymer film production, accurate fluid selection is critical to secure long-term stable system operation.

The selection of high-temperature synthetic heat transfer fluids shall match process temperatures and heat transfer modes, with separate options suitable for liquid-phase and gas-phase heat transfer. From chemical fiber spinning to polymer film production, precise selection is the key to ensuring long-term stable operation of the system.

On semiconductor production lines, vacuum pumps are among the most overlooked equipment. Tucked beneath process chambers and quietly performing gas extraction, they rarely draw attention — until unexplained organic contamination appears on wafers and yield suddenly drops by 2 to 3 percentage points. After a week of troubleshooting, the root cause is identified: vacuum pump oil backstreaming.

Fomblin® PFPE perfluoropolyether lubricants feature chemical inertness, high thermal stability and extremely low vapor pressure, suitable for vacuum equipment such as rotary pumps, molecular pumps and diffusion pumps. The product portfolio includes standard, anti-rust anti-wear and high-vacuum specialized grades. It withstands corrosive gas and humid environments, ensuring system cleanliness and stable operation.