Primer Sealer Non-Sanding 1K Ready to Spray QUART in 4 Colors High Teck

$41.98
Color
Black 77850
Brand
High Teck
Type
Non-Sanding
Manufacturer Color Name
Black, White, Gray, Red
Items Included
1K Primer/Sealer
Manufacturer Part Number
77850/77851/77852/77853
condition
New

HIGH TECK 1K NON-SANDING PRIMER/SEALER Quart

Quart available in 4 different colors 77850 Black, 77851 White, 77852 Gray, 77853 Red

National Rule Product

High Teck 1K Primer/Sealer is an excellent quality, low build phenolic modified alkyd. 

1K Primer/ Sealer is fast drying can create a uniform surface without a lot of film build. 

1K Primer/Sealer provides excellent adhesion to fully cured painted surfaces, treated and primed steel, properly prepared aluminum and fiberglass. 

1K Primer/Sealer may be topcoated with a variety of topcoats such as basecoat, lacquer or enamel

Shake thoroughly before using


Surface Preparation

 Solvent wash surface with a good grade wax and grease remover and wipe dry with a clean cloth. Sand original paint and repair damaged areas with a good quality non-staining body filler. For spot repairs, scuff sand area where sealer will be applied. For overall refinishing, scuff sand the entire car with 320 grit sandpaper or fine scuff pad. Apply one to two single wet coats of 1K Primer/Sealer to achieve the uniform color desired.

Mixing Directions  

Sealer is Ready to Spray, shake thoroughly before using

Application 

Adjust air pressure at the gun to 30-45 psi for siphon feed guns. Use less pressure to minimize over spray on small jobs. Apply 1-2 medium wet coats at a gun distance of 8-12 inches as needed. Allow 5 to 15 minutes flash time between coats. Recoat times will vary with temperature, air movement and film thickness. Insufficient flash time will promote slow hardness development of the topcoat system. Allow final coat to dry 30 minutes to 1 hour before topcoat. Must be top coated with-in 12 hours after that scuff or sand before top coating. Recommended Film Thickness: 1.0 to 2.0 mils

Dry Times


 Dry times are based on recommended film thickness and are dependent on ambient temperature. Excessive film thicknesses, low temperature and poor air movement will retard dry times