Armstrong Sdt Flooring

Do not install sdt in areas subject to excessive surface water or frequent spills.

Armstrong sdt flooring.

For some people this material may irritate both skin and eyes. Wash hands thoroughly with soap and water after handling either the tile or the adhesive. Excelon sdt static dissipative tile is a complete flooring solution designed to control static in most non explosive manufacturing and working areas. Use only armstrong s 392 static dissipative tile polish on sdt.

Avoid direct contact with the adhesive if at all possible. Allow at least 60 minutes drying time between applications. Armstrong excelon sdt static control flooring. The exclusive four part system comprised of tile adhesive copper grounding strips and polish works together to dissipate electrostatic charges protecting people and preventing damage to.

Electrostatic dissipative tile is designed to control static protecting people and preventing damage to expensive equipment. Apply 3 to 5 coats of armstrong s 392 static dissipative tile polish. Allow at least 60 minutes drying time between applications. Armstrong s 392 static dissipative tile polish.

Do not install over existing resilient flooring. Use only armstrong s 392 static dissipative tile polish on sdt. S 392 is part of the cleaners polishes sealers products from armstrong flooring commercial. The adhesive is water based.

An industry leading manufacturer of innovative flooring products focusing on design performance and durability for the home and commercial applications. 51951 is part of the excelon sdt esd line from armstrong flooring commercial. Excelon sdt is recommended for computer training rooms data warehousing electronic testing labs manufacturing facilities and hyperbaric spaces in healthcare settings. Do not allow traffic on the floor for 6 to 8 hours after final coat of polish overnight if possible.

Choose from 6 colors of anti static vct tile flooring options. View specs download a sample. Electrostatic dissipative tile esd solutions are designed to protect sensitive equipment like computers testing equipment manufacturing facilities and data centers from static discharge.