Fluoropolymers are essential to the performance, reliability and scale-up of Europe’s electronics and semiconductor value chains. Their high purity, chemical resistance, electrical insulation and heat resistance help make smaller, faster and more reliable technologies possible.
In semiconductor production, fluoropolymer components protect ultra-clean manufacturing systems from aggressive chemicals and contamination. This matters because even trace impurities can reduce chip performance, production yield and reliability.
They also enable high-speed data transmission, data centres, cloud infrastructure and advanced computing. Their dielectric performance, fire resistance and insulation properties help cables and electronic systems operate safely and consistently at high volumes.
As demand grows for artificial intelligence, advanced chips and secure digital infrastructure, fluoropolymers provide the purity, reliability and thermal performance needed to support Europe’s digital transition and technological competitiveness.
Key benefits and Applications
- Reliability: longer-lasting electronic components and systems.
- Purity: ultra-clean processing for advanced semiconductor manufacturing.
- Performance: strong insulation, dielectric performance and fire safety.
- Digital competitiveness: support for advanced chips, data centres, AI and high-volume data transmission.
- Semiconductor and photovoltaic manufacturing systems
- Etching, chemical delivery and ultra-clean processing components
- Printed circuit board, semiconductor packaging and release films
- Displays, touch screens and electronic device components
- Wires and cables for high-volume data transmission
