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Woodtech Polyurethane Satin Varnish

Woodtech Polyurethane Satin varnish is easy to use right out of the can with no component mixing required.

Berger Polyurethane Satin varnish is a single component, high-solids, interior varnish that is easy to apply and has been specially formulated to provide a long-lasting finish that is highly resistant to scratches, alcohol, abrasion, water, food stains, grease and detergents.

Features

Anti-Fungal and Anti-Algal Properties

Prevents mould and algae from forming on the surface

Excellent coverage

Good value for money

Easy to apply single component varnish

Use directly from can, no mixing required

Interior wood and furniture, including skirting

For use on multiple wooden surfaces and wood types

Great block and print resistance

Provides a long-lasting durable finish

For interior use

Protects interior surfaces

Smooth satin finish

Minimises light reflection, for a more elegant look

Surface preparation:

Surface must be free of contaminants such as grease, oil, wax or mould
Clean contaminated surfaces with lacquer thinner, or other appropriate solvent
Wipe clean before the solvent dries
Clean surfaces before sanding to avoid sanding contaminant into the surface
Sand with 80-grit paper

Application Procedure:

Apply 1 to 2 coats of WOODTECH Polyurethane Satin Varnish
May be applied to bare or stained wood
Allow first coat to dry before applying a second
Apply two or three coats of varnish following the manufacturer’s recommendations

Tips: Sand with 120 grit-150-grit as it provides a good tooth for varnish adhesion, and coats of varnish easily fill minor scratches.

Tools you will need

Paint Brush

Paint Roller

Spray Gun

Available Packs

1 Gallon

5 Gallons

1 Coat

9-10 m²/ltr^**

Coverage

On well-prepared surfaces, as per the painting system recommended. Please refer to the Product Data Sheet for surface preparation and method of application.

^** Actual coverage may vary from the quoted coverage due to factors such as method and condition of application, surface roughness, and porosity.