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AQUANAUT® ACRYLIC PRIMER

1 of 2 products in this brand
Aquanaut Acrylic Primer is a new and improved single component, water borne, rust inhibitive primer. This primer is a Direct to Metal (DTM) Primer with rust inhibitive pigmentation that also has improved flow & leveling characteristics as well as better dry fall capabilities. Aquanaut© Acrylic Primer does not contain lead or chromates, is very low in volatile organic content and is available in tan. Aquanaut Acrylic Primer conforms to priming requirements as outlined in ANSI/AWWA D102-06, OCS-3.

Product Type: 1K (1 component) Coating, Primer

Compatible Substrates & Surfaces: Carbon Steel, Metal, Steel

Features: Corrosion Resistant, Excellent Flow Properties, Excellent Leveling Properties, Low VOC

Application Method: Brush, Roller, Spray

    Knowde Enhanced TDS

    Identification & Functionality

    Features & Benefits

    Applications & Uses

    Application Method
    Compatible Substrates & Surfaces
    Use

    As a shop or field applied primer to steel exposed to mild or moderately aggressive environments. Compatible over many aged coatings (test patch is recommended). May apply "dry fall" under most conditions (see APPLICATION). As a topcoat, use Induron Aquanaut© II Acrylic Gloss Enamel.

    Limitations

    Do not use for immersion service. Not resistant to strong acids or aromatic solvents. Keep from freezing.

    Surface Preparation
    • Steel (Non-immersion) - If the intended use is indoor, enclosed, or a mild environment; clean steel to a minimum of SSPC-SP 2 Hand Tool Cleaning. For other exposures, clean steel to a SSPC-SP 6 Commercial Blast.
    • Previously Painted Surfaces - Remove all surface contaminants. Clean rusted areas in accordance with SSPC-SP 2 Hand Tool Cleaning. Dull glossy surfaces and feather edges for uniform appearance (test patch recommended).
    Application
    • Airless Spray - Use .013-.017 tip, 60 mesh filter, 30:1 pump ratio at 1500-2000 psi operating air pressure.
    • Conventional Spray - Follow the instructions of equipment manufacturer for water borne paints.

    Attention: Dry overspray can be wiped or washed from most surfaces. Satisfactory dry-fall performance depends upon height of work, weather conditions and equipment adjustment. Low temperature and high humidity are of particular concern. Test for each application as follows: Spray from 15 to 25 feet towards paint container. The material then should readily wipe off. Note: Heat can fuse-dry overspray to surfaces. Always clean dry overspray from hot surfaces before fusing occurs. Be aware that exterior surface temperatures can be higher than air temperatures.

    • Roll - Use short to medium nap synthetic roller cover.
    • Brush - Use synthetic bristle brush.
    • Touch-up - For best results, use the same application method as the original coat.

    Thinning

    Not normally required for brush and roller application. Some thinning with water may be necessary (up to 10% by volume) for spray. Clean with warm water and soap.

    Climate

    Use this product only if the substrate temperature and ambient air temperature is above 45°F and is expected not to decrease for at least two hours after application. Also, the substrate temperature must be 5°F above the dewpoint for a period of at least two hours after application to avoid condensation occurring on wet paint.

    Properties

    Color
    Physical Properties
    ValueUnitsTest Method / Conditions
    Volume Solids36 - 38%
    Solids (by Weight)47 - 49%
    Weight9. 8 - 10.2lbs/gallon
    Volatile Organic Contents (Mixed Unthinned)0.9 (50)lbs/gallon (grams/liter)
    Volatile Organic Contents (Mixed Thinned (10%))0.9 (50)lbs/gallon (grams/liter)
    Typical Properties
    ValueUnitsTest Method / Conditions
    Coverage (Theoretical, at 1.0 mil dry film thickness)600.0sq. ft/gal
    Dry Film Thickness1.5 - 3.0mils per coat.
    Wet Film Thickness4.1 - 8.0mils per coat.
    Dry Time to Handle (80°F)1.5hours
    Dry Time to Recoat (80°F)4.0hours
    Note

    Lower temperature, higher film build, poor ventilation, and/or high humidity will retard dry time.

    Technical Details & Test Data

    Performance
    Test Method/ Conditions Duration Results
    Adhesion to Steel

    ASTM D 3359-87 Method B

    5B(No Adhesion Loss)

    Impact Resistance

    ASTM D 2794-84

    130 in./lbs. Direct

    Mandrel Flex ASTM D 522-88 Method A 1/4" Diameter Bend No Cracking
    Exterior Durability (QUV) ASTM B 117 500 Hours

    < 1/16" Undercut at Scribe. No Facial Blisters or Corrosion

    Chemical Resistance

    Spot Testing

    300 Hours

    No Effect
    Distilled Water No Effect
    5% Salt Water No Effect
    10% Sodium Hydroxide No Effect
    50% Sodium Hydroxide No Effect
    Propylene Glycol No Effect
    Motor Oil No Effect