First Surface Applied Vinyl

Finally the mechanical properties of the pva.

First surface applied vinyl.

First surface refers to applying a decal directly to the glass surface. The substrate can be anything from clear polycarb for a backlit sign to a glass window in a store front. Check to make sure the surface is completely free of any dirt lint or dust as any debris will cause the vinyl letters not to adhere properly to the surface. Armor tile surface applied tiles are designed with beveled edges providing your facility with a seamless transition from your walking surface onto our ada tactile system.

First surface perforated window vinyl is applied with its adhesive backing. The front can be fully printed and its uv protectant makes it suitable for semi temporary outdoor use. Most of decal stickers come with clear transfer tape. Only 3 0 pva can turn the surface nature from hydrophilicity to hydrophobicity for cement paste which benefited to the development of self cleaning cementitious composites.

This video goes into detail about the different options for printing and installing clear vinyl decals. There may be differences in the way 1st surface is used. When standing outside you view the print directly. Dry completely with paper towels.

The art is on the front side of the print. 3 5 year life printed on white or reflective. It is a higher tack transfer film so more time is needed for the vinyl to adhere. Our surface applied truncated domes and wayfinding bar tiles are designed to install into any existing cured concrete surface where a detectable warning system is required.

You can also choose to use a spot white underbase on your first surface decal. 1st surface refers to the front viewing surface of a substrate. Vinyl designs applied with a semi permanent or permanent adhesive that can be applied to any smooth surface. Illusion one way perforated window film first surface application this reach certified white print face and laminated black back pvc film is ideal for windows glass lexan and other clear flat surfaces.