How can solar PV components achieve long-term reliability under thermal, mechanical, and environmental stress?
✨ Market Trends: With decentralised energy generation expanding globally, photovoltaic systems demand materials that ensure continuous, safe operation of power electronics, junction boxes, and connectors. High insulation, UV stability, and thermal management are key to reducing maintenance and operational costs.
✨ Applications: WEVOSIL 2210x silicone potting compounds are ideal for PV optimisers, microinverters, safety disconnects, junction boxes, DC/AC connectors, and integrated bypass diodes, offering protection for compact power electronics and sensitive circuit boards.
✨ Highlights: Featuring ultra-low Shore hardness, low viscosity, and gel-like flow, these reactive RTV silicones provide excellent thermal conductivity, hydrophobicity, and dielectric strength. They prevent crack formation and delamination under thermal cycling and vibration, while fulfilling UL 94 V-0 fire protection standards. Their free-flowing, low-viscosity nature enables precise automated mixing and dispensing, ensuring bubble-free encapsulation even in complex geometries.
✨ Product Advantage: By combining mechanical resilience, UV stability, and efficient heat dissipation, WEVOSIL 2210x enhances the long-term operational reliability of critical solar PV electronics and supports large-scale automated production.
