Beadcoat Ceramic Sealant Sio2 + Graphene Paint Protectant - 16oz

Featuring a SiO2+ graphene structure, this easy-to-use sealant provides ultra-durable hydrophobics and a high gloss, super slick finish to a variety of automotive exterior surfaces.

No. 100 Beadcoat SiO2 + Graphene Spray Sealant quickly provides ultra-durable hydrophobics + a high gloss, super slick finish to a variety of automotive exterior surfaces. Featuring a functional ceramic-graphene resin structure, this easy-to-use formula provides 6+ months of stand-alone paint protection and UV/detergent-resistant shine. Beadcoat can also be used to enhance preserve an existing ceramic or graphene coating. Safe for paint, glass, wheels trim.

Features:

• Available in 16 fl oz


• Average Spread/Coverage: 600-1,000 sq ft

TIPS: Always test the product first in a small, inconspicuous area to ensure the desired result.
*For optimal bond/protection, ensure the surface is free of above-surface contamination; this can be achieved with iron remover + clay process (towel or bar). Below-surface paint imperfections (swirls/ scratches/marring) should be removed by DA Polish (e.g.Collinites No. 390)

As a lubricating drying aid: Following a wash while the vehicle surface is still wet-apply 2 sprays of Beadcoat to one 33 ft panel at a time. Using a microfiber towel, wipe the entirety of the panel until dry. Flip towels as necessary, and change towels as they become saturated. Repeat the process on all painted surfaces (and glass). *This process is only recommended if a previous base coat of Beadcoat has been applied.

Use:

• 6+ months of stand-alone paint protection


• Extreme hydrophobic beading effect


• Applied over ceramic coatings, paint protection film


• For paint, glass, wheels, exterior trim


• Easy wipe on-wipe off high gloss shine


• Drying aid (once a base layer is applied)


• UV and detergent-resistant

Not For Use On:

• Removal of surface defects (swirls, scratches)


• Not for use on contaminated surfaces; untreated by iron (chemical) or clay (mechanical) processes


• Interior surfaces


• Tires


• Applied over waxes and sealants


• Hot surfaces