TDS

TECHNICAL DATA SHEET
This information is provided “as is” and no representations or warranties, either express or implied, of merchantability, fitness for a particular purpose or of any other
nature are made with respect to this information or to any product referred to in this information. For SDS or to consult with a Behr Paint Company representative, call
1-800-854-0133 Ext. 2 (U.S.A. only). ©2020 Behr Process Corporation, Santa Ana, CA 92705 U.S.A.
Revised 3/2020
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HPC WATERBORNE ACRYLIC DRYFALL FLAT
NO . HP210 White Base
PRODUCT INFORMATION
BEHR PRO
®
HPC Waterborne
Acrylic Dry fall is a high hide acrylic coating with flash rust resistance that settles into a sweepable dust
within 1
5
feet
*
from ceiling surfaces. Perfect for
tilt-up concrete walls
,
warehouses,
s
ports venues, and other commercial spaces.
RECOMMENDED
USES:
Use on properly prepared interior ceilings and overhead substrates such as:
• Drywall/Gypsum Board
• Ferrous Metals
• Concrete
• Non- Ferrous Metals
PRODUCT SPECIFICATIONS:
Tintable/Max Tint Load:
No. HP210 620 fl oz / 30 fl oz per 5 -gallon
Pre-Mixed colors:
No. HP211 Black
Sheen: 0-3 @ 85°
Resin Type: Acrylic
Weight per Gallon: 11.5 lb
% Solids by Volume: 28 % ± 2%
% Solids by Weight: 48 % ± 2%
VOC: < 50 g/L
Flash Point: N/A
Viscosity: 90-100 KU
Recommended Film Thickness:
Wet: 9.1 mils / Dry: 2.6 mils @ 175 sq ft/gal
Wet: 5.8 mils / Dry: 1.6 mils @ 275 sq ft/gal
Coverage: 175-275 sq ft/gal depending on the surface
texture, porosity and application method. Does not include
the loss of material from spraying.
APPLICATION:
Airless Spray:
Tip: .015" - .0 21 "
Filter: 60 mesh
Fluid pressure: 1,800 - 2,800 psi
Thinning: Not recommended. Product is formulated for use
at package consistency only. I f thinning is necessary, add no
more than 1/2 pint of water per gallon. Thinning will
adversely affect drying properties, film build, appearance,
adhesion and overall performance properties.
• Wood
To Touch: 30 minutes
To Recoat: 1 hour
Full Cure: 7 days
*Application at low temperature, high humidity or poor
ventilation may affect the dry fall distance. Therefore, a test
application is recommended to determine if dry fall
performance is satisfactory for a given application.
SURFACE PREPARATION:
All surfaces must be clean, free of dust, chalk, oil, grease,
wax, polish, mold and mildew stains, loose and peeling
paint, rust and all other foreign substances.
New Drywall: All drywall surfaces should be sufficiently
sanded smooth. Remove any remaining drywall dust prior to
priming. Allow all drywall compounds to be completely dry
prior to coating.
New Wood: Remove mill glaze with sandpaper or use a
product such as BEHR PREMIUM® All-In-One Wood Cleaner
No. 63 to open the pores of the wood and follow all label
instructions. For severe stains caused by mold, mildew, algae
and fungus, apply a mildew stain removing product. Set nails
and fill holes, scratches, and gouges with the appropriate
wood filler and let dry completely. Remove all dust with a
wiping cloth. Fill all gaps with a 100% acrylic, siliconized,
paintable caulking and allow to dry completely. Patched and
filled surfaces should be sanded smooth and dusted clean
prior to coating.
WARNING! Sanding or scraping pressure treated lumber may
be hazardous; wear appropriate protection.
New Masonry: The pH must be 10 or lower prior to coating.
Smooth masonry may require an adequate profile for
adhesion. For all other smooth trowel concrete, create an
adequate profile for adhesion using a product such as
muriatic acid etcher or with mechanical means. Remove all
loose aggregate and debris. Prime the area with an alkali-
resistant primer.
This coating conforms to USDA regulatory requirements for
incidental food-contact materials intended for use on surfaces
not in direct contact with food, such as walls, floors and
ceilings.
†
Please see www.usgbc.org/LEED for additional details.
#
GREENGUARD is a registered trademark of UL Company.
Steel: Minimum surface preparation is Hand Tool Cleaning in
accordance with SSPC-SP2. Remove all oil and grease from
the surface with a solvent in accordance with SSPC-SP1. For
optimal performance, use Commercial Blast Cleaning in
accordance with SSPC-SP6. Prime the area with a rust-
inhibitive primer the same day as cleaned.Galvanized Steel:
Solvent clean new galvanized metal in accordance with SSPC-
SP1 to remove oil and grease from the surface. Pre-treat with
a phosphoric acid solution or a commercially-available
etching solution. Galvanized metal that has been passivated
with chromates or silicates may require brush blasting in
accordance with SSPC-SP16 to remove these treatments.
Rusty galvanizing requires a minimum of Hand Tool Cleaning
in accordance with SSPC-SP2. Prime the area the same day as
cleaned.
Shop-Primed Steel: As there is potential for many forms of
contamination during storage and transport, a thorough
cleaning is always recommended for shop-primed surfaces.
Paint exposed areas, i.e., where shop primer is abraded, with
the same material as used for shop priming to comply with
SSPC-PA 1 for touching up shop-primed surfaces. Note: Assess
the integrity of the shop primer prior to application of
subsequent coatings. Review all coatings intended for the
project and confirm the compatibility between shop and
field-applied coatings.
Aluminum: Remove all oil and grease from the surface with a
solvent in accordance with SSPC-SP1. Prime the area the
same day as cleaned.
Stainblocking: After priming, test for stain bleed-through
by applying the topcoat to a small section. If the stain bleeds
through the topcoat, apply a second coat of primer and test
again before top-coating the entire area. If bleeding
continues, a longer dry time of the primer may be needed
before top-coating.
COMPLIES WITH THE BELOW AS OF 3 /1/20 20
SCAQMD YES AIM YES
YES
YES
CARB SCM 2007
YES
LEED v.4
†
YES
OTC YES
OTC Phase II
YES
GREENGUARD®
#
YES
LADCO
CHPS
Dry Time: 77°F (25°C), 50% RH:
Longer dry time required in cooler temperatures and in
higher humidity.
NOTE: Formulated specifically for airless spray application. If
brush or roll application is necessary, multiple coats may be
required to achieve target film thickness, hide, coverage and
overall product performance.