Due to its unique biocompatibility, low surface energy, strong chemical resistance, and electrical insulation properties, fluorosilicone is rapidly penetrating emerging sectors such as electronics, medical, chemical, and energy, providing innovative solutions for complex working conditions:
1. Electrical and Electronics: All-round Protection for Precision Equipment
Modern electronic equipment faces challenges from extreme temperatures and humidity, chemical contamination, and electromagnetic interference. Fluorosilicone stands out for its multifunctional properties.
Communications and Electronic Component Sealing: 5G base station antenna feeder connectors, sensor potting compounds, and connector O-rings utilize fluorosilicone. Fluorosilicone withstands salt spray, acidic and alkaline environments, and organic solvents while maintaining excellent electrical insulation and corona resistance, extending the life of outdoor equipment.
New Energy and Power Systems: High-voltage battery pack sealing gaskets, photovoltaic junction box potting materials, and transformer seals require resistance to electrolyte corrosion, vibration, and low-temperature embrittlement at -40°C. Fluorosilicone combines elastic cushioning with chemical protection, reducing the risk of leakage and thermal runaway. Consumer electronics innovation: Emerging applications such as flexible circuit board sealants and waterproof rings for wearable devices utilize the low friction coefficient and self-cleaning surface properties of fluorosilicone to improve product reliability and user experience.