Product: Acrylithane HS2 Acrylic Urethane
(not for use in California)
JONES-BLAIR PAINT
FIELD APPLICATION GUIDE
Speedway Service Station Fueling Areas, Canopy Deck, and
Power Washing Instructions
Revised April, 2014
FROM
JONES-BLAIR PAINT COMPANY
2728 Empire Central – Dallas, TX 75235
Direct: 1 (214) 353-1600 - Toll Free: 1 (800) 527-7540
Customer Service Fax Line: 1 (800) 325-6321
E-mail Address: sales@jones-blair.com
www.jones-blair.com
National Order Placement
Elida Rodriquez Ext. 1604 erodriguez@jones-blair.com
Technical Assistance
Kristal Bluemer - E-mail: kbluemer@jones-blair.com Cell: 214-676-8542
The information data and suggestions contained herein are believed to be reliable based upon our knowledge and experience, however, it is
expressly declared that Seller does not guarantee the result to be obtained in Buyers processes. SELLER HEREBY EXPRESSLY
DISCLAIMS ANY IMPLIED WARRANTY OF MERCHANTABILITY OR FITNESS FOR A PARTICULAR PURPOSE AND/OR ANY OTHER
WARRANTY EXPRESSED OR IMPLIED as to any and all products and or suggestions described herein whether such products are used
along or in combination with other materials. Buyer must make its own determination of the suitability of any product for its use and the
completeness of any information contained herein. Nothing contained herein shall be construed to constitute inducement or recommendation
to practice any invention covered by any patent without authority from the owner of the patent.©2004 Jones-Blair Company
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Special Information: Jones-Blair high performance Acrylithane HS2 Urethane Paints were
chosen for this program due to the proven gloss and color retention. These coatings will
provide many years of service before there’s a need to repaint.
Technical Information for using Jones-Blair Acrylithane HS2 Urethane and associated primers.
Interior Sales Area and Service Bay Finish Coating Options
Acrylithane HS2 should be used wherever possible because of its superior serviceability and
appearance. However, due to its strong solvent odor, it may be desirable to substitute the
Acrylithane HS2 in the Sales Area with Rust-Not HP Latex Gloss Enamel. Rust-Not HP is a
single-component, air dry latex which also offers very low odor and a hard finish. Rust-Not HP
Acrylic Latex may also be used in the service bay for walls and ceilings.
Mixing, Thinning, and Application Technique for Acrylithane HS2 Urethane
Jones-Blair Acrylithane HS2 (high solids) is a two component system and must be mixed. A 3:1
mixing ratio is required. Mix one 3/4 gallon of Acrylithane base material with one (1) quart of
#99951 Acrylithane Catalyst. Up to one (1) pint of #21092 thinner may be added per gallon of
mixed paint. Thinning is recommended for spray application. For brush and roller application,
thinning is not normally required. Apply Acrylithane only to thoroughly dry surfaces. When
applying at temperatures exceeding 80oF, addition of as much as three fluid ounces (about onefifth pint) of #21093 drying retardant per gallon of Acrylithane is recommended. Use of drying
retardant prevents dry spray and undesired fast drying on the surface being covered as well as
on brushes and rollers. For application in temperatures between 35 & 50oF, it is recommended
that 1/4 ounce (2 capfuls) of #99011 Accelerator be added per catalyzed gallon of Acrylithane
HS2.
NOTE: ALL SURFACES PREVIOUSLY PAINTED WITH ACRYLIC URETHANE OR BAKED
ENAMEL MUST BE DULLED BY SANDING AND PRIMED WITH #33010 UREPRIME FOR
MAXIMUM ADHESION. THIS INCLUDES PREVIOUSLY PAINTED WINDOW MULLIONS AND
DOOR FRAMES.
New Metal Surfaces (Iron and Steel)
Surface must be clean and free from oil, grease, wax, and other foreign matter. Remove mill
scale and rust by sandblasting. If sandblasting is not practical, clean surfaces with power tools or
by hand scraping and wire-brushing. Prime with Jones-Blair #1500-077 White or 1560-032 Gray
MultiPurpose HS Primer or for maximum corrosion resistance in coastal areas, prime with JonesBlair #33010 Ureprime. Apply one or more Acrylithane finish coats for desired appearance.
Previously Painted Metal Surfaces (Iron and Steel)
Surface must be clean and free from oil, grease, wax, and other foreign matter. Remove any rust
and loose paint by scraping and wire-brushing. Apply primer to any areas cleaned to bare metal
the same as described for new metal surfaces. Most aged alkyd and urethane enamels will
accept a new Acrylithane topcoat without lifting. To reduce the potential for lifting an existing
coating, a barrier coat of #1500-077 White or 1560-032 Gray Multi-Purpose HS Primer may be
applied before application of an Acrylithane finish coat. Do not use Jones Blair #33010 Ureprime
as a barrier to prevent lifting of an existing coating. This would be counter-productive because
#33010 Ureprime contains the same or comparable solvents as Acrylithane. Apply one or more
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Acrylithane finish coats for desired appearance.
SURFACE PREPARATION FOR FACTORY FINISHED or PREVIOUS COATS OF PAINT
All surfaces must be sound, dry, clean and free of oil, dirt, grease, wax, mildew, loose or flaking paint
and other surface contaminants. Remove loose, peeling, flaking or scaling paint by scraping, sanding
or wire brush or blasting. Remove any mildew, wearing protective clothing, gloves and glasses by
washing with a solution of 3 quarts warm water, 1 quart household bleach and 1/3 cup of detergent.
Do not add ammonia! Rinse thoroughly. Clean any chalky surfaces thoroughly with detergent and
water then rinse with clean water. If It is recommended that all surfaces be power washed and allowed
to dry thoroughly before priming. Follow Power Washing Specification in last section of this
document. Glossy surfaces must be dulled by sanding. Repair or replace unsuitable or
damaged deck surfaces.
FACTORY FINISHED CANOPY DECK CEILINGS AND ACM
All surfaces must be sound, dry, clean and free of oil, dirt, grease, wax, mildew, loose or flaking
paint and other surface contaminants. Remove loose, peeling, flaking or scaling paint by
scraping, sanding or wire brush or blasting. Remove any mildew, wearing protective clothing,
gloves and glasses by washing with a solution of 3 quarts warm water, 1 quart household
bleach and 1/3 cup of detergent. Do not add ammonia! Rinse thoroughly. Clean any chalky
surfaces thoroughly with detergent and water then rinse with clean water. If It is recommended
that all surfaces be power washed and allowed to dry thoroughly before priming. Follow
Power Washing Specification in last section of this document. Glossy surfaces must be
dulled by sanding. Repair or replace unsuitable or damaged deck surfaces.
Dull glossy surfaces by sanding and prime with #33010 Ureprime for maximum adhesion.
Ureprime is a two component primer and must be mixed. Apply one (1) finish coat of
Acrylithane HS2 on ceiling decks and two coats on ACM.
Previously Painted ACM
Dull surfaces by sanding and prime with #33010 Ureprime, follow same instructions for factory
finished surfaces above.
Aluminum and Galvanized Surfaces
Surface must be clean and free from oil, grease, wax and other foreign matter. Prime with JonesBlair #942 Mist Coat II Zinc Chromate Primer or #3090 Multi Grip 2 Acrylic White Metal Primer.
Apply one or more Acrylithane finish coats for desired appearance.
New Masonry Surfaces (Block, Concrete, Rough-Textured Brick, Etc.
Surface must be clean and free from oil, grease, wax, and other foreign matter. Fill all porous
surfaces with Jones-Blair #3781 Acrylic Latex Block Filler. Block filler is ready-mixed and may be
applied by brush, roller, or spray. For best results, spray and roller application should be followed
by brushing while the filler is still wet. Brushing will work the filler into pores and crevices to more
effectively prevent moisture penetration. A gallon of block filler will typically cover 50-150 square
feet depending on the surface. Use water for cleanup and thinning. For roller application, a 1/2
inch roller cover is recommended with block filler. Allow block filler to dry 24 to 48 hours before
applying finish coat. Apply two coats of Acrylithane for desired appearance.
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Previously Painted Masonry Surfaces
Surface must be clean and free from oil, grease, wax and other foreign matter. Remove loose
and scaling paint by water blasting, scraping or wire-brushing. If fillers are removed by cleaning
the surface, fill again as required with Jones-Blair #3781 Acrylic Latex Block Filler. Make any
necessary repairs with a concrete patching compound. Clean any chalky surfaces thoroughly
with detergent and water before application of topcoat. Let any wet surfaces dry thoroughly
before applying barrier or finish coats.
A barrier coat of Jones-Blair #1500-077 White or 1560-032 Gray Multi Purpose HS Primer may
be applied over alkyd coatings to reduce potential for lifting by Acrylithane topcoat. Most aged,
alkyd, latex and urethane enamels will accept a new Acrylithane topcoat without lifting.
Apply two coats of Acrylithane HS2 for desired appearance.
New Stucco Surfaces, EFIS or unpainted Brick or other Masonry Surfaces
Surface must be clean and free from oil, grease, wax, and other foreign matter including loose
stucco. New stucco should be allowed to cure 1-2 weeks in good drying condition before
applying prime coat. Prime with #3090 White or 3091 Gray Multi-Grip 2 Latex Primer and topcoat
with two coats of Acrylithane HS2 Enamel for desired appearance.
Previously Painted Stucco Surfaces or other Cementous Surfaces except CMU
Surface must be clean and free from oil, grease, wax, and other foreign matter. Remove and
repair any loose or damaged stucco. Clean any chalky surfaces thoroughly with detergent and
water before application of topcoat. Let any wet surfaces dry thoroughly before applying barrier
or finish coats. A barrier coat of Jones-Blair #1500-077 White or 1560-032 Gray Multi-Purpose
Primer may be applied over alkyd coatings to reduce potential for lifting by Acrylithane topcoat.
Most aged alkyd, latex and urethane enamels will accept a new Acrylithane topcoat without
lifting. Apply two finish coats of Acrylithane HS2 Enamel for desired appearance.
Unpainted Glazed Brick and Porcelain
Surface must be clean and free from oil, grease, wax, and other foreign matter. Apply prime coat
of Jones-Blair #33010 Ureprime primer.
Apply two coats of Acrylithane for desired appearance.
Previously Painted Glazed Brick and Porcelain
Surface must be clean and free from oil, grease, wax and other foreign matter. Remove loose
and scaling paint by water blasting, scraping, or wire-brushing. Apply prime coat of Jones-Blair
#33010 Ureprime Primer to any areas where previous coatings are removed. Additionally, to
reduce the potential for lifting an existing coating, a barrier coat of the #1500-077 White or 1560032 Gray Multi-Purpose HS Primer may be applied before application of any Acrylithane finish
coat. Most aged alkyd, latex and urethane enamels will accept a new Acrylithane topcoat without
lifting. Apply two coats of Acrylithane for desired appearance.
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Unpainted Common Brick
Surface must be clean and free from oil, grease, wax, and other foreign matter. Prime with
Jones-Blair #3090 White or 3091 Gray Multi-Grip Latex where bridging of small cracks is desired.
Jones-Blair #3781 Acrylic Block Filler may also be used for this purpose when thinned with
water. Apply two Acrylithane finish coats for desired appearance.
New Wood
Surface must be clean and free from oil, grease, wax, and other foreign matter. Fill cracks with
spackling paste. Ensure that surface is thoroughly dry before painting. No separate primer is
required. Acrylithane is self-priming.
Apply one or more coats of Acrylithane for desired appearance.
Previously Painted Wood
Surface must be clean and free from oil, grease, wax and other foreign matter. Remove loose
and scaling paint by scraping or wire-brushing. Remove any mildew (wearing protective clothing,
gloves and safety goggles) by washing with a solution of household bleach, water and household
detergent (3 quarts water plus 1 quart bleach plus 1 cup detergent). Do not add ammonia to the
mixture. Rinse the washed surface thoroughly with clean water. Repair cracks with spackling
paste. Ensure that surface is thoroughly dry before painting. Most aged alkyd, latex and urethane
enamel will accept a new Acrylithane topcoat without lifting. To reduce the potential for lifting an
existing coating, a barrier coat of Jones-Blair #1500-077 White or 1560-032 Gray Multi-Purpose
HS Primer may be applied before application of an Acrylithane finish coat.
Apply two Acrylithane finish coats for desired appearance.
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Recommended Application Equipment
Associated Sundry Products for Proper Application:
To help ensure ease of application and uniformity of finish, the following products are recommended.
For your convenience, these can be ordered and shipped through customer service at the same time
you order Acrylithane HS2.
No thinning normally required. If applying on air or surface temperatures above 85oF, up to three
ounces of JB #21093 Retarder may be used to slow drying. Clean tools with JB #21102 Reducer.
Spray, Air Atomized
JB Item #
Description
Rollers/Covers! Handles
For rough surfaces (brick,
Block, etc.)
1/2” Nap Roller Cover
or
3/4” Nap Roller Cover
For smooth surfaces:
86922
1/4” Candy stripe roller cover
Model Gun
Air Cap
Fluid
Tip
Atomizing
Pressure
DeVilbiss MBC 510
Binks #18
# 704
63PB
FX
66
25-60 PSI
25-60 PSI
Reduction:
Up to 25% with JB #21092 Reducer to mixed gallon. Up to three
ounces of JB #21093 Retarder may be added to prevent fast dry or
cobbwebbing in temperatures above 80oF.
Clean-up:
Clean equipment IMMEDIATELY after using.
Reducer for cleaning.
Airless Spray:
Pump Ratio
Fluid Tip
Fluid Pressure
30:1 - 35:1
.011 - .015
1800-2600 PSI
Reduction and Clean-up:
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Same as for Air Spray.
Use JB #21092
JONES-BLAIR
Technical Data Sheet
MANUFACTURERS OF QUALITY PAINT SINCE 1928
Protective Coatings
DEW POINT OF MOIST AIR
It is generally not recommended to apply Jones-Blair Acrylithane HS2 Aliphatic Polyurethane
Enamel or any Polyurethane Enamel any time the substrate (surface) temperature is within 50F
of the dew point.
This chart illustrates how to calculate the dew point:
DEW POINT OF MOIST AIR
Ambient Air Temperature
200F
Relative Humidity
90
-70F
0
-8 C
0
0
18 F
0
300F
-10C
0
-2 C
0
o
28 F
0
400F
40C
0
3C
0
0
37 F
0
500F
100C
0
8C
0
0
47 F
0
600F
100C
0
14 C
0
0
57 F
0
700F
210C
0
19 C
0
0
67 F
0
800F
270C
0
25 C
0
0
77 F
0
900F
320C
0
31 C
0
0
87 F
0
1000F
380C
0
36 C
0
0
97 F
0
1100F
430C
0
42 C
0
0
107 F
0
1200F
400C
0
470C
0
1 17 F
85
17 F
-8 C
26 F
-3 C
36 F
2C
45 F
7C
55 F
13 C
65 F
18 C
75 F
24 C
84 F
29 C
95 F
35 C
104 F
40 C
113 F
450C
80
160F
-90C
250F
-40C
340F
10C
440F
70C
540F
120C
630F
170C
730F
230C
820F
280C
930F
340C
1020F
390C
1100F
430C
75
150F
-90C
240F
-40C
330F
10C
420F
60C
520F
110C
620F
170C
710F
220C
800F
270C
910F
330C
1000F
380C
1060F
420C
70
0
13 F
0
0
-11 C
-8 C
0
0
22 F
0
0
-1 C
0
0
31 F
0
0
4C
0
0
40 F
0
0
10 C
0
0
50 F
0
0
16 C
0
0
60 F
0
0
20 C
0
0
68 F
0
0
26 C
0
0
78 F
0
0
31 C
0
0
88 F
0
0
36 C
0
0
96 F
0
0
410C
0
105 F
65
12 F
-11 C
20 F
-7 C
29 F
-2 C
36 F
3C
47 F
8C
57 F
14 C
66 F
19 C
76 F
24 C
85 F
29 C
93 F
34 C
103 F
390C
60
110F
-120C
190F
-70C
270F
-30C
360F
20C
450F
70C
550F
130C
640F
180C
730F
230C
830F
260C
920F
330C
1010F
380C
55
0
9F
-130C
170F
-80C
250F
-40C
340F
10C
430F
60C
530F
120C
610F
160C
700F
210C
800F
270C
890F
320C
960F
370C
50
0
6F
45
0
4F
-16 C
13 F
-11 C
40
0
1F
-170C
110F
-120C
35
-20F
-190C
80F
-130C
30
0
-6 F
0
0
0
-14 C
0
0
-20 C
0
15 F
0
0
4F
0
-9 C
0
0
-16 C
0
-5 C
0
21 F
0
-6 C
180F
-80C
160F
-90C
23 F
0
13 F
0
0
-11 C
0
-1 C
0
29 F
0
-2 C
260F
-30C
230F
-50C
31 F
0
20 F
0
0
-7 C
0
4C
0
37 F
0
3C
350F
20C
310F
-10C
40 F
0
28 F
0
0
-2 C
0
10 C
0
47 F
0
8C
430F
60C
400F
40C
50 F
0
36 F
0
0
2C
0
15 C
0
58 F
0
13 C
520F
110C
480F
90C
44’F
0
59 F
0
7C
0
19 C
0
64 F
0
18 C
610F
160C
570F
140C
67 F
0
52 F
0
0
11 C
0
25 C
0
73 F
0
23 C
690F
210C
650F
180C
77 F
0
61 F
0
0
16 C
0
30 C
0
82 F
0
28 C
780F
280C
740F
230C
86 F
0
69 F
0
0
21 C
0
340C
0
91 F
330C
870F
310C
830F
280C
94 F
0
77 F
Example: If air temperature is 700F and relative humidity is 650F, the dew point is 570F
The information data and suggestions contained herein are believed to be reliable based upon our knowledge and experience, however, it is
expressly declared that Seller does not guarantee the result to be obtained in Buyer’s processes. SELLER HEREBY EXPRESSLY DISCLAIMS
ANY IMPLIED WARRANTY OF MERCHANTABILITY OR FITNESS FOR A PARTICULAR PURPOSE AND/OR ANY OTHER WARRANTY
EXPRESSED OR IMPLIED as to any and all products and/or suggestions described herein whether such products are used along or in
combination with other materials. Buyer must make its own determination of the suitability of any product for its use and the completeness of any
information contained herein. Nothing contained herein shall be construed to constitute inducement or recommendation to practice any invention
covered by any patent without authority from the Owner of the patent.
©2012 Jones-Blair Company Dallas
7|Page
250C
Jones-Blair Company™ PowerWashing Specifications
Power washing is required for all decks if repainting is required. Buildings and other
structures should also be power washed if they are to be painted.
Equipment
Power washing pumps should be capable of generating 3,000 to 4,000 psi and deliver 6-10
gpm of wash/rinse water.
Fan type spray tips give varying spray angles. Fan tips are considered to be "scrapers"
and/or "pushers". The spray tips used should be selected for this program should be based
on the area and surface to be cleaned. Do not use a round tip or what is commonly referred
to as a "shotgun", point tip or "0" tip. Round tips used with high pressure may result in
surface damage on wood, metal or masonry. This type of spray tip is considered to be a
"cutter".
High flow rate/low pressure machines will generally clean better than a low flow rate/high
pressure machine. Consult SSPC-SP12/NACE No. 5 "Surface Preparation and Cleaning of
Steel and Other Hard Materials by High and Ultrahigh Pressure Water Jetting Prior to
Recoating" for additional information.
Cleaning Agents
There is a number of cleaning agents or detergents that can be used in conjunction with
pressure washers. Cleaning agents can dramatically improve cleaning efforts. Consult the
manufacturer's recommendations based on the type of surfaces to be cleaned. Also
consider health, safety and environmental issues when selecting the appropriate cleaner.
Do not use any solutions that are caustic soda (causes pitting of aluminum), chlorine
(discolors all metals), strong alkaline (will damage painted surfaces) or acid type cleaners
that will deteriorate galvanized metal or etch glass. The best cleaning agent for common
soil types to remove grease, oil and dirt is a medium duty alkaline (pH of 8 to 12) at about
3% concentration by volume for painted metal, wood, and galvanized aluminum.
Regardless of the cleaning agents used, the surfaces cleaned must be thoroughly rinsed
with clear water to insure that the cleaning solution has been removed. Failure to
thoroughly remove the cleaning agent could result in poor paint adhesion when the
surfaces are painted. All power washed surfaces must be dry before painting.
Preparation and Power Washing
Cover all surfaces that might be damaged by power washing such as dispensers,
automobiles, light fixtures, cameras, foliage, etc. All surfaces should be scrubbed to
remove contaminants. Heavily stained areas may need pre-treatment. A minimum of two
passes is required: one with cleaning solution and the final rinse. All standing water
should be removed from the site to ensure that there are no remaining chemicals and to
avoid spotting.
Reclamation
Contractor is expected to comply with all regulations regarding the disposal of wash and
rinse water. Local or state regulations may not permit these waters into the site storm
drains or to be allowed to run off site. For those areas that do have special reclamation
requirements, contact the Project Manager
© 2003 Jones-Blair Company
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