Cleanroom ESD Flooring

Yes. The dissipative version is installed with thermally welded seams and a PUR antibacterial treatment, so there are no gaps where particles or microorganisms can collect — the core requirement of a cleanroom protocol. The surface withstands routine disinfectants and keeps its conductivity, because the conductive network runs through the whole thickness, not on the surface.

Earthing is a copper tape grid laid beneath the sheet and bonded to the building earth, with the tape covered by conductive adhesive so it stays in contact with the flooring. The tape spacing is not fixed by the standards; it is derived from the resistance you need and should be agreed in writing before installation.

No. The conductive network is distributed through the entire thickness of the sheet rather than applied as a topical coating, so its performance does not depend on atmospheric humidity. This is the practical difference from topical antistatic treatments, which rely on a moisture film and can drift as the coating is cleaned away.

Yes. Server rooms and data centres are among the most common ESD flooring applications. The floor drains static from technicians, trolleys and equipment, reducing discharge risk to servers and network hardware. Conductive and static-dissipative grades are available; resistance classification follows IEC 61340-5-1, with installation requiring conductive adhesive and an earthing system.