- Sensing Module Protection Functions: Moisture and Salt Spray Resistance: The Fluere 1700 coating forms an ultra-thin nano-protective layer (approximately 0.1-3 micrometers thick), effectively blocking moisture and salt spray penetration, protecting the PCB board and electronic components from corrosion. Its excellent moisture resistance prevents short circuits or oxidation problems caused by humid environments. Weather Resistance: The coating has the ability to resist UV aging, maintaining stable performance under long-term outdoor exposure and avoiding material degradation caused by environmental factors such as temperature differences and UV radiation. Condensation Prevention: The coating's ultra-thin, breathable structure allows water vapor to pass through but prevents liquid water intrusion, preventing condensation from accumulating on the component surface, thereby reducing the risk of circuit failure.
- LED Board/LED Chip Protection Functions: Fog and Condensation Prevention: Through immersion or spraying processes, the coating forms a transparent protective film on the LED chip surface, preventing water mist and condensation from adhering, ensuring light transmittance (up to 99.5%) and color temperature stability. Anti-yellowing: Compared to traditional conformal coatings, Novec 1700 uses fluorine-containing materials, offering stronger UV resistance. Long-term use will not cause yellowing of the LED panel due to oxidation or aging, maintaining its appearance and optical performance.
- Comprehensive Application Advantages: Easy Application: The coating can be quickly cured through processes such as immersion and spraying (seconds to minutes at room temperature), requiring no complex equipment, suitable for three-dimensional protection of high-density electronic components. Environmental Protection and Safety: Free of VOCs, PFOA, and other harmful substances, compliant with RoHS and REACH standards, and non-flammable and non-explosive, suitable for harsh outdoor environments. Wide Compatibility: Applicable to various substrates such as metals, PCBs, and composite materials, and while providing moisture protection, it does not affect conductivity or heat dissipation requirements, earning it the nickname raincoat with mesh.
Application Examples: LED Beads: The nano-coating treats the internal circuitry and casing seams, resisting corrosion from salt spray and acid rain, and preventing chemical degradation, extending equipment lifespan. LED Outdoor Displays: After coating, the LED panel can operate stably in rainy seasons or high-humidity environments, preventing short circuits or reduced luminous efficiency caused by moisture intrusion.
