Benjamin Moore
Benjamin Moore Regal Select N547 Series N547-2X-001 Premium Interior Paint and Primer, 2X, Flat, 2X Tint, 1 gal
- Additional Information: Liquid Physical State, 30-40% Volume Solid, 45-55% Weight Solid
- Applicable Materials: Masonry, Metal, Plaster, Wallboard, Wood
- Application Method: Brush, Roller, Spray
- Application Temperature: 50 to 90 deg F
- Base Type: 2X
- Model #: N5472X-001
- UPC #: 023906761639
- SKU: 1624968
Product Details
A premium quality, 100% acrylic paint and primer with excellent hide, spatter-resistance and seamless touch-ups. It offers exceptional flow and leveling for a smooth application and quick-dry time. This elegant flat finish is ideal for ceilings and low-traffic areas.Key Features
- Proprietary stain release technology
- Exceptional flow and leveling
- Excellent hide and coverage
- Paint and primer together
- Provides a mildew-resistant coating
- Engineered with Gennex® color technology
Item Specifications
| Additional Information | Liquid Physical State, 30-40% Volume Solid, 45-55% Weight Solid |
|---|---|
| Applicable Materials | Masonry, Metal, Plaster, Wallboard, Wood |
| Application Method | Brush, Roller, Spray |
| Application Temperature | 50 to 90 deg F |
| Base Type | 2X |
| Boiling Point | 212 deg F |
| Chemical Base | Latex |
| Color | 2X Tint |
| Compositions | Limestone, Nepheline Syenite, Titanium Dioxide, Diatomaceous Earth, Silica, Crystalline |
| Coverage Area | 400 to 450 sq-ft/gal |
| Curing Time | 14 days |
| Density | 11 to 11.5 lb/gal |
| Drying Time | 1 hr |
|---|---|
| Flammability Rating | 0 |
| Net Content | 1 gal |
| Odor/Scent | Little or Odorless |
| Pigment Type | Titanium Dioxide |
| Resists | Mildew, Spatter, Stain |
| Sheen | Flat |
| Specific Gravity | 1.31 to 1.37 |
| Thinners | Soap, Warm Water |
| Vehicle Type | Acrylic |
| Viscosity | 98 ku |
| VOC Content | 50 g/L |
MORE DETAILS:
- Benjamin_Moore_103307046_Catalog.pdf
- Benjamin_Moore_103307046_Specification_Sheet.pdf
- Benjamin_Moore_103307072_SDS.pdf
- Application: For residential and commercial applications