Fluorinated coolants and nano-waterproof coatings are widely used in wind power generation equipment and new energy vehicles:

1. Charger Anti-stick and Splash-proof: Novec 1700 coating is hydrophobic and oleophobic, forming a low surface energy protective film that effectively prevents liquids (such as water and oil) from adhering, avoiding short circuits or sticking problems caused by liquid splashes. Its transparency and ultra-thin coating design do not affect the charger's signal transmission and heat dissipation performance.

2. Amplifier Moisture-proof, Dust-proof, Salt Spray-proof, and High-Temperature Resistant: Amplifiers are susceptible to moisture and salt spray corrosion in outdoor or harsh environments. Novec 1700 coating protects internal electronic components through moisture-proof, dust-proof, and salt spray-proof functions, while also being heat-resistant (up to 150°C in some applications). The coating is extremely thin (nanoscale) and does not affect the amplifier's heat dissipation requirements.

3. Full Circuit Board Protection for ADAS Systems: For Advanced Driver Assistance Systems (ADAS), the Novec 1700 coating provides full circuit board protection, preventing dust, salt spray, and other contaminants from penetrating sensitive electronic components and ensuring stable system operation in complex environments. Its insulation and chemical inertness also ensure the reliability of electrical signal transmission.

4. Anti-corrosion and Anti-oxidation for Automotive Emblems: Automotive emblems are often exposed to rain, ultraviolet radiation, and other environmental factors. The anti-corrosion and anti-oxidation properties of the Novec 1700 coating extend the lifespan of the emblem, maintain its appearance, and prevent fading or rusting of metal or plating materials due to oxidation.

5. Moisture-proof, Water-proof, and H₂S Corrosion-proof for ODB Modules: On-board diagnostic (ODB) modules need to withstand humidity and corrosive gases such as hydrogen sulfide (H₂S). The Novec 1700 coating isolates moisture through its moisture-proof and waterproof functions, and its chemical stability resists the erosion of corrosive media such as H₂S, reducing the module failure rate.

6. Wind Energy Storage Liquid Cooling System

3M 7200 fluorinated coolant (such as Novec 7200DL) is used as the liquid cooling medium in the energy storage system of wind power generation equipment. Its low viscosity and high thermal stability characteristics enable efficient heat transfer, while also offering advantages such as non-flammability and environmental friendliness (low global warming potential), making it suitable for long-term operation in high-power equipment.

7. New Energy Liquid-Cooled Charging Piles

Liquid-cooled charging piles utilize 3M fluorinated coolant (such as the 7200 series) to improve heat dissipation efficiency:

50% Improved Heat Dissipation Capacity: The liquid cooling system rapidly removes heat through circulating coolant, supporting high-power fast charging (such as 600kW supercharging) while reducing noise (eliminating the need for a cooling fan).

IP67 Protection Rating: The sealed design of the liquid cooling module prevents dust ingress, and combined with the Novec coating protecting the internal circuit boards, enhances the reliability of the equipment in high-temperature and high-humidity environments.

Lightweight and Intelligent: Optimized liquid cooling pipeline layout and lightweight materials, combined with an intelligent temperature control system, further improve charging efficiency and safety.