by | Sep 27, 2025
Technical Data Sheet
Chemline RF02.5-S45
Rigid 25 PCF Foam
Description:
This is a two component, 100% solvent free polyurethane compound designed to
meet the application requirements communicated to the Chemline team. When
mixed in the proper ratio it forms a cured product with the following physical
properties:
Technical Data
Liquid Properties Component A Component B
Viscosity, cps 200 1800 cps
Specific Gravity 1.24 1.08
Weight/gallon, lbs. 10.3 8.97
Color Brown Neutral
% Solids 100% 100%
Mix Ratio
By Weight 100 100
By Volume 46.5 53.5
Properties of Mixed System
Cream time
35-55
Rise Time
2-4 minutes
Free Rise Density
2.5 pcf
*Values obtained in laboratory setting for comparison purposes only and should not
be considered specifications.
Safety
This product is for industrial use only. Avoid contact with eyes and skin. Do not inhale or ingest. Be sure to read
MSDS in its entirety prior to using.
Storage & Shelf Life
This Product should be stored in sealed containers between 60 F and 90 F. Shelf life is 6 months from the
manufacture date under normal conditions.
Chemline, Inc. 5151 Natural Bridge Rd. St. Louis, MO 63115 Phone : (314) 664 – 2230
While the descriptions, designs, data and information contained herein are presented in good faith and believed to be accurate, it is provided for your guidance only. Because many factors may affect
processing or application/use, we recommend that you make tests to determine the suitability of a product for your particular purpose prior to use. NO WARRANTIES OF ANY KIND, EITHER EXPRESS OR IMPLIED,
INCLUDING WARRANTIES OF MERCHANTABILITY OF FITNESS FOR A P ARTICULAR PURPOSE, ARE MADE REGARDING PRODUCTS DESCRIBED OR DESIGNS, DATA OR INFORMATION SET FORTH, OR THAT THE PRODUCTS,
DESIGNS, DATA, OR INFORMATION MAY BE USED WITHOUT INFRINGING THE INTELLECTUAL PROPERTY RIGHTS OF OTHERS. IN NO CASE SHALL TH E DESCRIPTIONS, INFORMATION, DATA OR DESIGNS PROVIDED BE
CONSIDERED A PART OF OUR TERMS AND CONDITIONS OF SALE. Further, you expressly understand and agree that the descriptions, designs, data, and information furnished by Chemline, Inc. hereunder are
provided gratis and Chemline assumes no obligation or liability for the descriptions, designs, data and information given or results obtained, all such being given and accepted at your risk.
Revised 6/8/17
by | Sep 27, 2025
Technical Data Sheet
Chemline RF02.5-S45
Rigid 25 PCF Foam
Description:
This is a two component, 100% solvent free polyurethane compound designed to
meet the application requirements communicated to the Chemline team. When
mixed in the proper ratio it forms a cured product with the following physical
properties:
Technical Data
Liquid Properties Component A Component B
Viscosity, cps 200 1800 cps
Specific Gravity 1.24 1.08
Weight/gallon, lbs. 10.3 8.97
Color Brown Neutral
% Solids 100% 100%
Mix Ratio
By Weight 100 100
By Volume 46.5 53.5
Properties of Mixed System
Cream time
35-55
Rise Time
2-4 minutes
Free Rise Density
2.5 pcf
*Values obtained in laboratory setting for comparison purposes only and should not
be considered specifications.
Safety
This product is for industrial use only. Avoid contact with eyes and skin. Do not inhale or ingest. Be sure to read
MSDS in its entirety prior to using.
Storage & Shelf Life
This Product should be stored in sealed containers between 60 F and 90 F. Shelf life is 6 months from the
manufacture date under normal conditions.
Chemline, Inc. 5151 Natural Bridge Rd. St. Louis, MO 63115 Phone : (314) 664 – 2230
While the descriptions, designs, data and information contained herein are presented in good faith and believed to be accurate, it is provided for your guidance only. Because many factors may affect
processing or application/use, we recommend that you make tests to determine the suitability of a product for your particular purpose prior to use. NO WARRANTIES OF ANY KIND, EITHER EXPRESS OR IMPLIED,
INCLUDING WARRANTIES OF MERCHANTABILITY OF FITNESS FOR A P ARTICULAR PURPOSE, ARE MADE REGARDING PRODUCTS DESCRIBED OR DESIGNS, DATA OR INFORMATION SET FORTH, OR THAT THE PRODUCTS,
DESIGNS, DATA, OR INFORMATION MAY BE USED WITHOUT INFRINGING THE INTELLECTUAL PROPERTY RIGHTS OF OTHERS. IN NO CASE SHALL TH E DESCRIPTIONS, INFORMATION, DATA OR DESIGNS PROVIDED BE
CONSIDERED A PART OF OUR TERMS AND CONDITIONS OF SALE. Further, you expressly understand and agree that the descriptions, designs, data, and information furnished by Chemline, Inc. hereunder are
provided gratis and Chemline assumes no obligation or liability for the descriptions, designs, data and information given or results obtained, all such being given and accepted at your risk.
Revised 6/8/17
by | Sep 27, 2025
Rev. 03/01/2018 by: DP
3001-2 FR
(100042-000)
WATER-BLOWN RIGID POLYURETHANE FOAM
PRODUCT DESCRIPTION AND APPLICATIONS
3001-2 FR is a two-component, rigid, water-blown, fire-retardant, polyurethane foam system. This unique
product is excellent for applications requiring a low density with a strong skin. It is used widely in a
variety of industries such as taxidermy and the manufacture of mannequins. Parts can be easily molded
out of urethane foam that otherwise would require labor-intensive carving or lathing.
TYPICAL PHYSICAL PROPERTIES
(for components) TEST METHOD COMPONENT A COMPONENT B
Viscosity, cps ASTM D-2393 170 20 2400 200
Specific gravity ASTM D-1638 1.24 0.05 1.07 0.0 5
Weight per gallon, lbs 10.3 0.1 8.9 0.1
Mix ratio by weight 52 48
by volume 50 50
(for cured material)
Free Rise Density, lbs./ft. 2.5 0.5
REACTIVITY DATA
Cream time, seconds 60 10
Rise time, minutes 170 20
Tack free time, minutes 250 20
HANDLING (STORAGE)
Component A (isocyanate) – storage area should be maintained between 65 F to 85 F. Containers must be
tightly closed as a protection from moisture and foreign material.
Component B (polyol) – storage area should be maintained between 65 F to 85 F. Containers must be
tightly closed as a protection from moisture and foreign material.
IMPORTANT NOTICE
The information contained herein is based on data believed to be accurate at the time of publication. Data
of this type should not be used for specification for fabrication and product design as it is the user s
responsibility to determine this product s fitness for a particular use.
by | Sep 27, 2025
Rev. 03/01/2018 by: DP
3001-2 FR
(100042-000)
WATER-BLOWN RIGID POLYURETHANE FOAM
PRODUCT DESCRIPTION AND APPLICATIONS
3001-2 FR is a two-component, rigid, water-blown, fire-retardant, polyurethane foam system. This unique
product is excellent for applications requiring a low density with a strong skin. It is used widely in a
variety of industries such as taxidermy and the manufacture of mannequins. Parts can be easily molded
out of urethane foam that otherwise would require labor-intensive carving or lathing.
TYPICAL PHYSICAL PROPERTIES
(for components) TEST METHOD COMPONENT A COMPONENT B
Viscosity, cps ASTM D-2393 170 20 2400 200
Specific gravity ASTM D-1638 1.24 0.05 1.07 0.0 5
Weight per gallon, lbs 10.3 0.1 8.9 0.1
Mix ratio by weight 52 48
by volume 50 50
(for cured material)
Free Rise Density, lbs./ft. 2.5 0.5
REACTIVITY DATA
Cream time, seconds 60 10
Rise time, minutes 170 20
Tack free time, minutes 250 20
HANDLING (STORAGE)
Component A (isocyanate) – storage area should be maintained between 65 F to 85 F. Containers must be
tightly closed as a protection from moisture and foreign material.
Component B (polyol) – storage area should be maintained between 65 F to 85 F. Containers must be
tightly closed as a protection from moisture and foreign material.
IMPORTANT NOTICE
The information contained herein is based on data believed to be accurate at the time of publication. Data
of this type should not be used for specification for fabrication and product design as it is the user s
responsibility to determine this product s fitness for a particular use.
by | Sep 27, 2025
Rev. 05/08/2018 by: DP
3001-3
(100043-000)
WATER-BLOWN RIGID POLYURETHANE FOAM
PRODUCT DESCRIPTION AND APPLICATIONS
3001-3 is a two-component, rigid, water-blown polyurethane structural foam system. This unique product
is excellent for applications requiring a low density with a strong skin. It is used widely in a variety of
industries such as taxidermy and the manufacture of mannequins. Parts can be easily molded out of
urethane foam that otherwise would require labor-intensive carving or lathing.
TYPICAL PHYSICAL PROPERTIES
(for components) TEST METHOD COMPONENT A COMPONENT B
Viscosity, cps ASTM D-2393 200 50 2200 400
Specific gravity ASTM D-1638 1.23 0.05 1.05 0.0 5
Mix ratio by weight 52 48
by volume 50 50
(for cured material)
Free Rise Density, lbs./ft. 3.2 0.2
REACTIVITY DATA (74 F)
Cream time, seconds 50 5
Rise time, seconds 180 10
Tack free time, seconds 240 20
HANDLING (STORAGE)
Component A (isocyanate) – storage area should be maintained between 65 F to 85 F. Containers must be
tightly closed as a protection from moisture and foreign material.
Component B (polyol) – storage area should be maintained between 65 F to 85 F. Containers must be
tightly closed as a protection from moisture and foreign material.
IMPORTANT NOTICE
The information contained herein is based on data believed to be accurate at the time of publication. Data
of this type should not be used for specification for fabrication and product design as it is the user s
responsibility to determine this product s fitness for a particular use.
by | Sep 27, 2025
Rev. 05/08/2018 by: DP
3001-3
(100043-000)
WATER-BLOWN RIGID POLYURETHANE FOAM
PRODUCT DESCRIPTION AND APPLICATIONS
3001-3 is a two-component, rigid, water-blown polyurethane structural foam system. This unique product
is excellent for applications requiring a low density with a strong skin. It is used widely in a variety of
industries such as taxidermy and the manufacture of mannequins. Parts can be easily molded out of
urethane foam that otherwise would require labor-intensive carving or lathing.
TYPICAL PHYSICAL PROPERTIES
(for components) TEST METHOD COMPONENT A COMPONENT B
Viscosity, cps ASTM D-2393 200 50 2200 400
Specific gravity ASTM D-1638 1.23 0.05 1.05 0.0 5
Mix ratio by weight 52 48
by volume 50 50
(for cured material)
Free Rise Density, lbs./ft. 3.2 0.2
REACTIVITY DATA (74 F)
Cream time, seconds 50 5
Rise time, seconds 180 10
Tack free time, seconds 240 20
HANDLING (STORAGE)
Component A (isocyanate) – storage area should be maintained between 65 F to 85 F. Containers must be
tightly closed as a protection from moisture and foreign material.
Component B (polyol) – storage area should be maintained between 65 F to 85 F. Containers must be
tightly closed as a protection from moisture and foreign material.
IMPORTANT NOTICE
The information contained herein is based on data believed to be accurate at the time of publication. Data
of this type should not be used for specification for fabrication and product design as it is the user s
responsibility to determine this product s fitness for a particular use.
by | Sep 27, 2025
SMART CHEMISTRY
With CHARACTER.
QM 2125
2 part moldmaking material
Description Property Test Method Value
QM 2125 is a two-component, room temperature, condensation Uncured Product
cure, silicone material. The cured rubber has excellent 3 days, 25 C, 50%
mechanical properties and good shelf-life stability. This material _ Cure Profile humidity
is an excellent choice for the molding of intricate patterns, skin .
molding and applications where high durometer, dimensional Cure Type Condensation
stability and extremely tough rubber are required. A variety of Density A BS1SO2781 1.16
catalysts are offered with this material. Density B BS ISO 2781 1.00
Key Features Mix Ratio By Weight 10:1
* Low specitic gravity Rheology Liquid
* High tear strength Tack Free Time / Skin
* Low viscosity and long work life ; Formation at 23 C/73 F 2-4hr
bo Fast demos time and excellent dimensional stability Viscosity A ae
Vis ity Mis Brookfie
Statues, technical articles, prototypes, furniture, picture frames, lecostty Mixed, fockfield 28000 cP
PU, epoxy and polyester casting resins, GFRC pre-cast Cured Product
Use and Cure Information Color Blue
CURE CHARACTERISTICS Density BS ISO 2781 1.14 g/cm3
The standard catalyst for QM 2125 is Moldmaster Purple Elongation at Break 180 37 500
catalyzed at a 10:1 (base:catalyst) ratio by weight. Faster cure ongation at Brea! peor %
can be obtained using DBT, Moldmaster Red, Moldmaster Blue or Hardness Shore A i * 23
a higher level of Moldmaster Purple. However, rapid cure of ; .
condensation cure moldmaking materials can often result in a Linear Shrinkage (%) <0.3.%
small sacrifice of physical properties or an increase in hardness. Tear Resistance (Nimm) BSISO34-1 22.6 N/mm/130 ppi
The curing process begins as soon as the catalyst is mixed with Tangile Strength Iso 37 3.45 Ni i
the base. The material will cure as described in the data above. nse Sena! mm2/ 500 psi
under normal temperature (25 C) and humidity conditions (50% Storage
RH). Because this system is sensitive to heat and humidity, a poner tu 38 C /100 F
change in cure speed may be observed if one or both of these ee SINEGS Temperate
variables are altered. A large difference in temperature (+/-5 C) Shelf Life 12 mths
or humidity (> 60% 70%) may alter the cure profile of the
material. In addition, if the product is to be used with aggressive resins such as high styrene polyester resins, it is recommended that the
rubber be allowed to cure for 48 hours.
MIXING
All condensation cure catalysts should be thoroughly mixed prior to catalyzation. CHT recommends that the catalyzed material be tested on a
small area of the mold prior to use. QM 2125 should be thoroughly mixed with the catalyst of choice using a 10:1 (base:catalyst) ratio by
weight. Shake the catalyst well before use. Material should be mixed in a clean, compatible metal or plastic container. The volume of the
container should be 3 – 4 times the volume of the material to be mixed. This allows for expansion of the siloxane material during de-aeration.
Mix thoroughly by hand or with mixing equipment while minimizing air entrapment until a homogeneous mixture is obtained. This will occur
when the material takes on a uniform color with no visible striations.
DE-AERATION
Air trapped during mixing should be removed by vacuum at 29 inches of mercury. During the process, the material will expand, and
intermittent evacuation may be required. Typically, after releasing the vacuum 2 – 3 times, the mass will collapse on itself at which time the
vacuum should be left on for an additional 2 – 4 minutes.
The content stout inthe technical data sheet does not contain information upon which you should rely. tis provided for gonorl information purposes only and does not constitute a product
specication. You mus obtain professional or specialist advice betore taking any action based onthe information provided inthe techrical data sheet
CCHT make reasonable efforts to ensure that information set out in the technical datasheet is complete accurate, and up-o-date. CHT do nol, however. make any representations, warranis or
guarantees (whether express or impiad) that information set out inthe technical data sheet i complete, accurae, or up-to-date or thatthe product willbe sutable fr your requirements. You
should cay out your own testing to determine the appicabilly of such information and whether the roduc willbe sutable. CHT reserve the right fo mody the technical datasheet at any ime.
The CHT technical sorvice department is available to offer lurthr information and advice and should & be needed to look at modiying curren products or custom formulate a new ono to meot
your spectc requirements Pease contact the technical sevice department.
CHT Germany GmbH Postach 12 60, 72002 Tabingen, ismarckstrae 102, 72072 Tobingen. Germany
Telephone: 07071/1540, Fax: 07071/154-290, Email info@cht.com, Homepage: wwww.ch.com /www.cht-licones.com
by | Sep 27, 2025
Crestapol
1260 TDS | Page 1 of 3 | Version: October 2019 www.scottbader.com
Technical Data Sheet
Crestapol
1260
Crestapol
1260 is a low viscosity urethane acrylate type resin which is suitable for infusion, Resin Transfer
Moulding (RTM) and similar processes at room temperature, and can be infused at vacuum levels down to
-1.0 Bar. Crestapol 1260 produces laminates with high strength and toughness with exceptional water and
hydrolysis resistance.
Excellent mechanical performance and durability
using only moderate temperature post-curing cycles
High temperature performance – HDT 109 C/ 228
o
F
and Tg 112 C/ 234
o
F
Compatible with carbon fibre reinforcement
materials and general purpose sizing agents
Ability to vary cycle time eliminates the need
to stock different resin grades
Standard 30 minute gel time but also available
in 60 and 90 minute gel times
KEY FEATURES OF CRESTAPOL
1260
INTRODUCTION
FORMULATION
Crestapol 1260 should be allowed to attain workshop temperature before use. For curing at room temperature
Crestapol 1260 requires the addition of a catalyst and an accelerator.
N.B. Catalysts and accelerators should not be mixed directly together, since they react with explosive violence.
The recommended catalyst for curing at room temperature is Trigonox 239, which should be added at 2% into
the resin and thoroughly dispersed. The recommended accelerator is 1% solution of cobalt in styrene, which
should be added at 2% into the resin and thoroughly dispersed.
POST CURING
Satisfactory laminates for many applications can be made using Crestapol 1260 by curing at workshop tem-
perature. However, in common with all thermosetting polymers, optimum performance can only be achieved
with a high temperature post cure. The typical cure time can be found inside our Crestapol Information Guide.
PHYSICAL DATA UNCURED
The following tables give typical properties of Crestapol 1260 when tested in accordance with BS2782.
Property Unit Crestapol 1260
Appearance – Clear yellowish brown resin
Viscosity at 25
o
C 4500 sec
-1
Poise 2.25
Density at 25
o
C gcm
-3
1.038 – 1.042
Stability in the dark at 20
o
C Months 12
Working time
*
Mins 12 – 15
*at 20
o
C 2% of 1% solution cobalt in styrene, 2% Trigonox 239.
Crestapol
1260 TDS | Page 2 of 3 | Version: October 2019 www.scottbader.com
PHYSICAL DATA – CURED: PURE CAST RESIN SHEET
*Curing schedule – 24 hours at 20
o
C/ 68
o
F, 5 hours at 80
o
C/ 176
o
F **CTE as measured by TMA, ASTM E 831
UV WEATHERING DATA
Results: Crestapol 1250 & 1260
The resin colour-shifted but no fibre bloom detected, meaning the resin did not degrade.
120.0
100.0
80.0
60.0
40.0
20.0
0.0
Xenon
250
hours
Xenon
500
hours
Xenon
750
hours
Xenon
1000
hours
Xenon
1250
hours
Xenon
1500
hours
Xenon
1750
hours
Xenon
2000
hours
QUV
250
hours
QUV
500
hours
QUV
750
hours
QUV
1000
hours
QUV
1250
hours
QUV
1500
hours
QUV
1750
hours
QUV
2000
hours
Gloss Retention (%)
30.0
25.0
20.0
15.0
10.0
5.0
0.0
dE
Panel Description
Gloss Retention dE
Avg Gain/ mg Avg Gain/ %
24 hours 6.5 0.08
1 week 17.1 0.20
4 weeks 20.8 0.24
WATER ABSORPTION DATA
ABRASION DATA
Laminate lay up as follows:
9 x 9 square
2 x glass tissue on tool side
2 x 450gsm powder pound CSM
Peel ply and infusion flow media on bag side only
BS EN ISO 62:1999. 50x50x3mm sample size. Water bath 23
o
C/ 73
o
F.
Cast resin, cure: 2% of 1% solution cobalt in styrene, + 2%LPT-IN. Post Cure: 16 hours @ 40
o
C/ 104
o
F (Lloyd s).
Accelerated wear testing was performed by doing a Taber Abrasion test to ASTMD4060.
After 4000 abrasion cycles, Crestapol 1260 lost 190mg.
Property Unit Crestapol 1250
Barcoal hardness – 55
HDT
o
C/
o
F 109/228
Tensile strength
*
MPa 76
Tensile modulus
*
GPa 3.6
Elongation at break
*
% 2.7
CTE – Alpha 1
**
ppm (
o
C)
-1
65
CTE – Alpha 2
**
ppm (
o
C)
-1
200
Tg – TMA
o
C
o
F
100 (onset), 112 (Tg) and 125 (exit)
212 (onset), 234 (Tg) and 257 (exit)
Scott Bader UK
Wollaston, Wellingborough, Northants
NN29 7RL, UK
Tel: +44 (0)1933 666738
Email: enquiries@scottbader.com
2019 ScottBader Co Ltd, October 2019
All information on this data sheet is based on laboratory testing and is not intended for design purposes. Scott Bader makes no representations or warranties of any kind concerning this
data. Due to variance of storage, handling and application of these materials, Scott Bader cannot accept liability for results obtained. The manufacture of materials is the subject of granted
patents and patent applications; freedom to operate patented processes is not implied by this publication.
Crestapol
1260 TDS | Page 3 of 3 | Version: October 2019 www.scottbader.com
ASTM D 4226 Standard Test Method for Impact Resistance of rigid Poly Vinyl Chloride building products was
conducted by Professional Engineering Inc. to determine what affect impact at extreme temperatures would have on
the composite material. Tests to be conducted at -54
o
C/ -65 F, ambient, and 71
o
C/ 160 F, on thirty samples at each
temperature. All samples were conditioned for at least 24 hours then immediately tested to maintain the temperature of
the test specimen. An 8.4lb weight was dropped from various heights to determine if the fibres broke in the composite
material. For purposes of customer testing, the failure criteria would be no permanent deformation or breakage of the
skin material. There was no permanent deformation or breakage observed.
IMPACT RESISTANCE DATA
Temperature Failure Height Damage Observed
-54
o
C/ -65
o
F 32cm – 38cm Broken fibres
Ambient 28cm – 34cm Broken fibres
71
o
C/ 160
o
F 28cm – 32cm Broken fibres
TEMPERATURE EFFECTS ON MODULUS – TG ONSET G 109
O
C/ 227
O
F
0. 01
0. 1
1
10
0. 01
0. 1
1
10
100
1000
10000
20 25 30 35 40 45 50 55 60 65 70 75 80 85 90 95 100 105 110 115 120 125 130 135 140 145 150 155 160 165 170 175 180 185 190 195 200
MPa
Temperature C
G’ G” tan-delta
MPa
Temperature
o
C
G G tan-delta
20253035404550556065707580859095100105110115120125130135140145150155160165170175180185190195200
0.01
0.1
1.0
10
100
1000
10000 10
1.0
0.1
0.01
STORAGE AND PACKAGING
Crestapol 1260 should be stored at 25
o
C/ 77
o
F in the original, unopened container in a dry, well ventilated place.
Protect from freezing and direct sunlight. Avoid contact with oxidising agents. The shelflife is defined from date of
manufacture when stored as recommended. The expiry date is indicated on product labels.
Crestapol 1260 is supplied in 25kg/ 6.6 gallon, 200kg/ 53 gallon and 1000kg/ 264 gallon pack sizes.
by | Sep 27, 2025
Product Information Sheet FROTH-PAK
Froth-Pak Insulation S F
=
rot a nsulation Spray Foam
Two-Component, Quick Cure, Professional Insulation Kit
HFG-Free, Low GWP, No Ozone Depleting Chemicals
Features and Benefits a ray Ss : 2y
Froth-Pak Insulation Spray Foam is the complete, all-in-one i as: a f cee =
self-contained and easily portable kit for professional contractors 5% =a) 2 Be co es
to quickly and efficiently fill larger gaps and penetrations – + y fies s PES oe
sealing out moisture, dust, allergens and pests while improving Gi pas) ficmee AG
energy efficiency, building resilience and comfort for
homeowners. ee ;
The new Froth-Pak Insulation has a GWP reduction of over . ;
99% and contains no ozone depleting chemicals or HFCs m ]
while maintaining the performance attributes professional 4 ih 2 ay ||
contractors expect. Pty at
Froth-Pak Insulation s new patent-pending industry-leading, Ease of Use
ergonomic and customizable dispensing system helps ensure
consistent flow rate, on-ratio application and complete Froth-Pak Foam Insulation is:
dispensing of product with minimal to no overspray. Uses * Chemically cured foam with reduced curing time
include roof and wall junctions, wall and attic, electrical, * Tack free in 30 seconds and cures in minutes**
mechanical and plumbing penetrations in the building envelope, available in refillable cylinders or disposable kits
wood bonds, rigid foam, masonry, metal, drywall and more. + Useful for commercial applications including spr
With a Class-A flame spread rating, Froth-Pak Insulation aly vn th i on . ae sostin * . an 4
can be used in a wide range of interior and exterior industrial, eect valle foam rook repair, ‘9 Foo! perimeters an
commercial, institutional and residential settings, reducing the parap ; a . |
potential for unwelcome moisture, mold, mildew, allergens * Useful for multiple applications including roof and wall
and rot. junctions; wall and attic penetrations; basements and
crawlspaces; electrical, mechanical and plumbing
penetrations and other gaps, cracks or crevices in the
TABLE 1: Sizes and Theoretical Yields for Froth-Pak Foam Insulation building envelope
Product Theoretical Yield, board ft * Complete and portable two-component, quick-cure
polyurethane foam kit that fills cavities, penetrations, cracks
kits and expansion joints
_ FrothPak 20 Oe New anti-crossover nozzle and ergonomic dispensing system
Froth-Pak 650 650 results in minimal to no overspray helps ensure consistent flow
Rofilable Cylinders rate, on-ratio application and complete dispensing of product.
___FrotPak” (ga) * Contains no ozone depleting chemicals or HFCs
____FrotivPak 27 (ga) ABO Blocks air infiltration and helps to meet air change per hour
__Froth-Pak 60 (gal) 760 (ACH) code requirements and reduce building energy costs
___FrothvPak”2o(ga)_ Mg Reduces the potential for moisture, mold, mildew, allergens
__FrothePak” 350 (ga) AD and rot
, retical yi me an industry standard for identifying certan sizes of two-
Piven Trearvesl ad calcalsvars se performed n pret aboratry conaions, * One-hour occupant re-entry with proper ventilation after
without taking into account the oss of blowing agent or the vanations in application methods dispensing
and types. Theoretical Yield is calculated at thick
* Faster 30 second cure time
* Bonds to wood, rigid foam, masonry, metal, drywall and more
* Froth-Pak Foam Insulation is a former product of The Dow Chemical Company * Formulation and dispensing systems are patent pending
Actual cure time will depend on temperature, foam thickness, the specific nozzle used, etc ae . |
* GreenCircle Certified; LEED V4 Compliant; ICC listed
by | Sep 27, 2025
Product Information Sheet FROTH-PAK
Froth-Pak Insulation S F
=
rot a nsulation Spray Foam
Two-Component, Quick Cure, Professional Insulation Kit
HFG-Free, Low GWP, No Ozone Depleting Chemicals
Features and Benefits a ray Ss : 2y
Froth-Pak Insulation Spray Foam is the complete, all-in-one i as: a f cee =
self-contained and easily portable kit for professional contractors 5% =a) 2 Be co es
to quickly and efficiently fill larger gaps and penetrations – + y fies s PES oe
sealing out moisture, dust, allergens and pests while improving Gi pas) ficmee AG
energy efficiency, building resilience and comfort for
homeowners. ee ;
The new Froth-Pak Insulation has a GWP reduction of over . ;
99% and contains no ozone depleting chemicals or HFCs m ]
while maintaining the performance attributes professional 4 ih 2 ay ||
contractors expect. Pty at
Froth-Pak Insulation s new patent-pending industry-leading, Ease of Use
ergonomic and customizable dispensing system helps ensure
consistent flow rate, on-ratio application and complete Froth-Pak Foam Insulation is:
dispensing of product with minimal to no overspray. Uses * Chemically cured foam with reduced curing time
include roof and wall junctions, wall and attic, electrical, * Tack free in 30 seconds and cures in minutes**
mechanical and plumbing penetrations in the building envelope, available in refillable cylinders or disposable kits
wood bonds, rigid foam, masonry, metal, drywall and more. + Useful for commercial applications including spr
With a Class-A flame spread rating, Froth-Pak Insulation aly vn th i on . ae sostin * . an 4
can be used in a wide range of interior and exterior industrial, eect valle foam rook repair, ‘9 Foo! perimeters an
commercial, institutional and residential settings, reducing the parap ; a . |
potential for unwelcome moisture, mold, mildew, allergens * Useful for multiple applications including roof and wall
and rot. junctions; wall and attic penetrations; basements and
crawlspaces; electrical, mechanical and plumbing
penetrations and other gaps, cracks or crevices in the
TABLE 1: Sizes and Theoretical Yields for Froth-Pak Foam Insulation building envelope
Product Theoretical Yield, board ft * Complete and portable two-component, quick-cure
polyurethane foam kit that fills cavities, penetrations, cracks
kits and expansion joints
_ FrothPak 20 Oe New anti-crossover nozzle and ergonomic dispensing system
Froth-Pak 650 650 results in minimal to no overspray helps ensure consistent flow
Rofilable Cylinders rate, on-ratio application and complete dispensing of product.
___FrotPak” (ga) * Contains no ozone depleting chemicals or HFCs
____FrotivPak 27 (ga) ABO Blocks air infiltration and helps to meet air change per hour
__Froth-Pak 60 (gal) 760 (ACH) code requirements and reduce building energy costs
___FrothvPak”2o(ga)_ Mg Reduces the potential for moisture, mold, mildew, allergens
__FrothePak” 350 (ga) AD and rot
, retical yi me an industry standard for identifying certan sizes of two-
Piven Trearvesl ad calcalsvars se performed n pret aboratry conaions, * One-hour occupant re-entry with proper ventilation after
without taking into account the oss of blowing agent or the vanations in application methods dispensing
and types. Theoretical Yield is calculated at thick
* Faster 30 second cure time
* Bonds to wood, rigid foam, masonry, metal, drywall and more
* Froth-Pak Foam Insulation is a former product of The Dow Chemical Company * Formulation and dispensing systems are patent pending
Actual cure time will depend on temperature, foam thickness, the specific nozzle used, etc ae . |
* GreenCircle Certified; LEED V4 Compliant; ICC listed
