**********Aramid Surface Activation for Power Insulation**********
Key Questions
What is aramid surface activation for power insulation?
Aramid surface activation involves applying fluorosilane to aramid fibers, enhancing AFEP composites for power insulation. This process reconstructs the surface aggregation state, often using plasma-assisted modification, to improve molecular interactions.
What performance improvements does fluorosilane-treated aramid provide?
It boosts flashover voltage by 13%, breakdown strength by 20%, and reduces degradation in demanding environments. These enhancements make it suitable for GIS and heavy industry gear, improving reliability.
How does aramid fiber support high-temperature applications?
Aramid fibers are used in high-temperature applications due to their strength and lightweight properties, replacing steel and aluminum in composites. The global market for such composites is expanding as industries seek lighter components.
Fluorosilane on aramid boosts AFEP composites: +13% flashover, +20% breakdown, reduced degradation for GIS/heavy industry gear. Improves reliability in demanding environments.