Simpson Strongtie Concrete Repair and Strengthening Systems

(800) 999‑5099
www.strongtie.com
Repair, Protection and
Strengthening Systems
for Concrete and Masonry
Product Guide
F-R-PG13

2 F‑R‑PG13 ©2013 Simpson Strong‑Tie Company Inc. (800) 999-5099 | strongtie.com
Repair
Protect
Strengthen
Repair, Protection and Strengthening Systems for Concrete and MasonryRepair, Protection and Strengthening Systems for Concrete and Masonry

3F‑R‑PG13 ©2013 Simpson Strong‑Tie Company Inc. (800) 999-5099 | strongtie.com
A Shared Commitment to Innovation …
In 2011, Simpson Strong-Tie acquired Fox Industries, Inc., a company founded in
1969 by Douglas Fox that produces a wide range of products that repair, protect and
strengthen concrete, masonry, steel and wood structures. This acquisition supports our
ongoing strategy to expand our product offering for the global industrial, commercial and
infrastructure markets.
Stronger Together
Since entering the anchoring industry in 1994, Simpson Strong-Tie has become a trusted
manufacturer of chemical, mechanical and direct-fastening product solutions for residential,
industrial and commercial markets. Our history and demonstrated expertise in development,
testing and manufacturing of highly-technical, performance-critical products are now
joined by Fox Industries’ 40+ years of experience of producing innovative, contractor-
tested product solutions. This experience, proven track record, and experienced field
and technical support allows Simpson Strong-Tie to offer our unique brand of service to
customers in industrial, commercial and infrastructure markets. We are proud to introduce
our Repair, Protection and Strengthening Systems for Concrete and Masonry.
FOX INDUSTRIESE N G I N E E R E D P R O D U C T S
®
Repair, Protection and Strengthening Systems for Concrete and Masonry

The Simpson Strong‑Tie Company Inc. was founded in Oakland, California
and has been manufacturing wood-to-wood and wood-to-concrete
connectors since 1956. Since then, Simpson Strong‑Tie has grown to be
the world’s largest manufacturer of construction connectors. In recent
years the company’s growth has included expanding its product offering
to include pre-manufactured shearwalls, anchor systems for concrete
and masonry, collated fastening systems and repair, protection and
strengthening systems for concrete and masonry.
Simpson Strong-Tie Company Inc. services include:
• Quality products value-engineered for the lowest installed
cost at the highest rated performance levels.
• Most thoroughly tested and evaluated products in the industry.
• Strategically-located manufacturing and/or warehouse facilities.
• Field Engineering support.
• National code agency listings.
• National factory sales team.
• In-house R&D, and tool and die professionals.
• In-house product testing and quality control engineers.
• Member of ACI, AITC, ASTM, ASCE, CAMA, CSI, ICC,
ICRI, NBMDA, NLBMDA, PATMI, SETMA, STAFDA,
NFBA, WTCA and local organizations.
• Various D.O.T. approvals.
Simpson Strong‑Tie Quality Policy
We help people build safer structures economically. We do this by
designing, engineering and manufacturing “No Equal” structural
connectors and other related products that meet or exceed our
customers’ needs and expectations.
Everyone is responsible for product quality and is committed to
ensuring the effectiveness of the Quality Management System.
Karen Colonias
Chief Executive Officer
Terry Kingsfather
President
Limited Warranty
This Limited Warranty must be read in conjunction with the information and
specifications in this catalog and on the www.strongtie.com website, including
the General Notes, General Instructions for the Installer, General Instructions
for the Designer, General Principles of Products and Services, Building Codes,
Corrosion Information and Terms & Conditions of Sale, along with any other
information or specifications published by Simpson Strong-Tie Company Inc.
This Limited Warranty is effective as of the date of publication of this catalog.
Please consult www.strongtie.com for the warranty information applicable on
the date of purchase. Unless otherwise noted below, this Limited Warranty
applies to all Simpson Strong-Tie®
products (“Products”).
Simpson Strong-Tie Company Inc. warrants each Product to be free from defects
in materials, manufacturing and design when properly specified, installed,
and maintained, and when used in accordance with the design limits and the
structural, technical, and environmental specifications on the website, in this
catalog or on the Product package or label. This warranty is void and does not
apply to (a) any Product purchased from an unauthorized dealer, retailer or
distributor, (b) deterioration or defects in any Product due to environmental
conditions or inadequate or improper maintenance, (c) any failure or defect
caused by improper installation, (d) any use of a Product in temperatures and
environmental conditions outside the ranges specified for such Product on the
website, in this catalog or on the Product package or label, (e) any use of a
Product outside of its shelf-life specifications, (f) any failure or damage caused
by a third-party product, (g) any use of a Product in a structure that does not
comply with all applicable building codes, laws, rules and regulations, or (h) any
non-catalog or modified Product
Simpson Strong-Tie®
Products are designed for a wide variety of structural
and non-structural uses. Each Product is designed for the load capacities and
uses listed on the website, in this catalog or on the Product package or label.
Additional performance limitations for specific Products may be listed on
the website, in this catalog or on the Product package or label. All applicable
specifications must be carefully reviewed before using any Product. Simpson
Strong-Tie Company Inc. assumes no liability for confirming that any Product
is appropriate for an intended use, and each intended use of a Product must be
reviewed and approved by qualified professionals.
Due to the particular characteristics of potential impact events such as
earthquakes and high velocity winds, the specific design and location of the
structure, the building materials used, the quality of construction, or the
condition of the soils or substrates involved, damage may nonetheless result to
a structure and its contents even if the loads resulting from the impact event do
not exceed Simpson Strong-Tie Company Inc.’s specifications and the Products
are properly installed in accordance with applicable building codes, laws, rules
and regulations.
Product demonstrations and similar services provided by Simpson Strong-
Tie Company Inc. are based on Simpson Strong-Tie Company Inc.’s present
knowledge and experience, are conducted for illustrative or instructive purposes
only, do not constitute a warranty of Product capabilities or specifications and
do not modify the applicable warranty set forth herein. Simpson Strong-Tie
Company Inc. assumes no liability for any representations or statements during
such Product demonstrations or other similar services. In the event of any
inconsistency between any information provided during any such demonstration
or service, and the information in this catalog, on the Product package or label
or on the website, the information in this catalog, on the Product package or
label or on the website shall govern.
All warranty obligations of Simpson Strong-Tie Company Inc. Shall be limited,
at its discretion, to either repairing the defective product or providing a
replacement for the defective product. This remedy constitutes Simpson
Strong-Tie Company Inc. sole obligation and liability and the sole and
exclusive remedy of purchaser.
The limited warranty herein is expressly in lieu of all other warranties,
and, where lawful, Simpson Strong-Tie Company Inc. Disclaims all other
warranties, including but not limited to implied warranties of merchantability
and fitness for a particular purpose and warranties arising from course of
performance, course of dealing or trade usage. In no event will Simpson
Strong-Tie Company Inc. Be liable for incidental, consequential, punitive
or special damages or direct or indirect loss of any kind, including but
not limited to property damage and personal injury. Simpson Strong-Tie
Company Inc. entire liability is limited to the purchase price of the defective
product. Some states do not allow limitations on implied warranties, or the
exclusion or limitation of incidental or consequential damages, so the above
limitations and exclusions may not apply. This limited warranty gives specific
legal rights. Other rights that vary from state to state may be applicable.

General Principles
Assessment, Planning, Preparation, Execution. . . . . . . . . . . . . . . 6–7
Causes of Concrete Deterioration . . . . . . . . . . . . . . . . . . . . . . . . . 8–9
General Concrete Repair
Metal Primers. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 10–11
Bonding Agents . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 12–13
Repair Mortars. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 14–18
Repair Epoxy. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 19
Admixtures. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 20
Crack Repair
Epoxy (Low Viscosity) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 21–25
Epoxy (Gel) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 26
Methyl Methacrylate. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 27
ETI Cartridge Solutions. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 28
ETI Accessories. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 29
Non-Structural Injection. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 30–32
Joint Sealing
Primers. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 33
Flexible Sealants . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 34–36
Semi-Rigid Sealants. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 37
Performance Coating
Cementitious Coatings. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 38–39
Epoxy Coatings . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 40–46
Water Repellents. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 47–48
Decorative/Protective. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 49–51
Specialty Products
Rail. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 52–56
Grouts (Cementious). . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 57–58
Grouts (Epoxy). . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 59
FX‑70®
Structural Repair and Protection System. . . . . . . . . . . . 60–61
Underwater. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 62
Epoxy. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 63
Fillers. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 63
Solvents. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 64-65
Curing Compounds . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 65
21–29Crack Repair
52–65Specialty Products
10–20
General
Concrete Repair
38–51Performance Coating
33–37
Non-Structural Injection
Joint Sealing
30–32
This Product Guide does not provide complete installation and safety information. For detailed
information regarding product use, surface preparation, mixing, application, limitations, and safety
warnings, refer to the Product Data Sheet(s), Material Safety Data Sheet(s) and other information
and specifications available at www.strongtie.com or by calling (800) 999-5099.
It is the responsibility of each purchaser and user of each Product to determine the suitability of
the Product for its intended use. Prior to using any Product, consult a qualified design professional
for advice regarding the suitability and use of the Product, including whether the capacity of any
structural building element may be impacted by a repair. As jobsite conditions vary greatly, a small-
scale test patch is required to verify product suitability prior to full-scale application. The installer
must read, understand and follow all written instructions and warnings contained on the product
label(s), Product Data Sheet(s), Material Safety Data Sheet(s) and the www.strongtie.com website
prior to use. For industrial use only by qualified applicators. Proposition 65: Products contained
within this document contain materials listed by the state of California as known to cause cancer,
birth defects, or reproductive harm. KEEP OUT OF REACH OF CHILDREN!

Because each jobsite presents
a unique challenge, your local
Simpson Strong‑Tie representative
is available to help you evaluate the
condition and develop a customized
product selection and repair plan
based upon:
• Type of failure
• Physical access considerations
• Downtime or in‑service
time requirements
• Budget
• Site considerations
1. Assessment
Before initiating any RPS plan, it is
imperative to conduct a thorough
evaluation of the substrate or structure
to be repaired. Many factors can
contribute to the deterioration of
concrete and masonry structures,
including poor worksmanship or
design, cracking, embedded-metal
corrosion, delaminations and others.
Properly assessing the deterioration
and its cause should involve a qualified
engineer who can determine if the
design capacity of the structure has
been impacted and what implications it
may have on the repair strategy. Other
factors to consider are access to the
repair site, time to complete the repair,
impact on operations, budget and
others. A thorough assessment of all
factors will help develop the best repair
strategy for the building owner.
Repair, protection and strengthening of concrete and masonry is a complex procedure that
presents unique challenges on every jobsite. Following the four-step process of assessment,
planning, preparation and execution increases the likelihood of an efficient, successful repair.
General Principles
2. Planning

A well-executed plan, implemented
by well-qualified contractors trained in
the application of the products being
used will result in a successful repair.
Simpson Strong-Tie offers workshop
and on-site training and support by
field representatives with decades of
field experience. Contact your local
representative, call 800‑999‑5099,
or visit www.strongtie.com for more
information.
3. Preparation
Execution of these steps will increase the likelihood of a successful and lasting repair.
4. Execution
The success of any repair program
depends heavily on proper preparation
of the site to be repaired. Factors to
consider include:
• Implementing a safety program
• Limiting access to the site
• Demolition and removal of damaged
building components or systems
• Surface preparation of substrate
• Proper staging and storage
of repair materials
• Proper mixing of the selected
repair materials

In order to effectively assess, plan, prepare and execute a successful repair, protection and strengthening (RPS) strategy for
concrete and/or masonry, it is important to understand the root cause of the deterioration. Understanding the service conditions
of the structure and matching the appropriate product(s) to the performance requirements of the project will ensure a lasting
repair tailored to the specific needs of the owner.
The two main factors that influence concrete performance are:
• Placement Issues (this page) • Service Condition Issues (see p.9)
Concrete failures can be the result of a combination of placement and/or service condition issues. Cracking, spalling, leaking,
premature or excessive wear, scaling, settlement, deflection and disintegration are examples of conditions that lead to concrete
failure. Understanding these failure modes and their root cause
is necessary to develop a successful repair strategy.
Placement Issues
Proper concrete placement is essential to not only satisfy
the design and service requirements of the structure, but
also to reduce the potential for premature deterioration and
reduction of expected lifespan. Identifying defects in the
assessment stage of an RPS project is important in order to
develop the proper repair plan to address the specific cause
of the damaged concrete.
One of the most common defects in concrete is cracking.
Cracking can be caused by inadequate substrate or sub-
base preparation, high water-to-cement ratio, improper curing
methods, poor concrete consolidation, timing of control-joint
installation and many other placement factors. Cracking can
also be caused by design-related issues such as inadequate
reinforcement or insufficient control-joint spacing.
Excess water increases the water-to-cement ratio of
concrete and increases workability; however, this benefit is
not without cost. The additional water eventually evaporates
in the hydration (curing) process, leaving a porous network
of capillary voids and lower overall strength.
Excess water can also lead to segregation, or the settling of
large aggregates to the bottom of the matrix, resulting in reduced
structural capacity and increased likelihood of cracking.
Proper curing involves maintaining an adequate moisture
content and temperature in freshly placed concrete to allow
for full hydration (curing) of the cement while the concrete
develops its intended design strength. The absence of
moisture stops the hydration process which can lead to
lower strengths. Rapid moisture loss of freshly-placed
concrete can also lead to plastic shrinkage cracking, which
are random shallow cracks on the surface of the concrete.
Poor consolidation can result from improper vibration and/
or poor mix design. If the concrete does not fully consolidate
around the reinforcing steel, design capacity may not be
reached, and cracking can result.
Concrete expands and contracts with temperature changes.
When these contraction forces exceed the tensile strength of the
concrete, cracking can occur. To influence where this cracking
will occur, control joints are installed, but the design and timing
of control-joint installation are vital to their effectiveness.
Reinforcing steel (rebar) is used to increase the tensile strength
of concrete. When tensile forces acting upon a concrete
element exceed its tensile strength a crack may occur.
Reinforcing steel controls the width of the crack and can
prevent complete failure of the element.
Causes of Concrete Deterioration
When planning an RPS strategy for deteriorated concrete, one
must consider and address the following in‑service factors:
• Environmental conditions
• Chemical exposure
• Exposure to water and mobile debris
• Concrete properties (strength, type, aggregate, etc.)
Common placement issues with concrete:
Bug Holes
Cause: Entrapment of air bubbles on
the formed concrete surface.
Effect: Uneven concrete surface,
increased porosity due to increased
surface area, and poor appearance.
Rock Pockets
Cause: Improper consolidation
between large aggregates and cement
mortar during the placement process
creates large voids in concrete.
Effect: Reduction in strength and
increased potential for water intrusion,
corrosion of reinforcing steel and
reduced abrasion resistance.
Honeycombing
Cause: Improper consolidation of
concrete due to lack of vibration or
improper mix design.
Effect: Reduction in strength
and increased potential for water
intrusion, corrosion of reinforcing
steel and reduced abrasion
resistance.
Cold Joints
Cause: Delays in concrete placement
where the initial lift of concrete hardens
before subsequent lifts are placed,
resulting in a visible lineation and
substandard bond between layers.
Effect: Water intrusion through the
cold joint and corrosion of reinforcing
steel.

Chemical Attack
Causes: Exposure to acid rain, de-icing salts, in-service chemicals and naturally occurring
sulfates in soils and ground water dissolve the cement matrix which results in aggregate loss.
Effects: Loss of concrete cover and subsequent corrosion of reinforcing steel.
Assessing potential exposure before construction or repair can prevent premature deterioration.
Specific cement types, water-repellent sealers or chemically-resistant barrier coatings are all
common preventative measures to protect concrete against chemical attack.
Alkali-Aggregate Reaction
Cause: A chemical reaction between the alkali in cement and high-silica content aggregate
forms a gel around the aggregate, preventing proper bond between the aggregate and cement.
Effects: The gel expands in the presence of water, creating tension cracking around surface
aggregate and delaminations. Surface cracking promotes water intrusion which can lead to metal
corrosion and spalling.
Careful selection of aggregates and consideration of silica content can help prevent alkali-
aggregate reactions.
Erosion/Abrasion
Causes: Airborne or waterborne debris moving across the concrete surface.
Effects: Progressive section loss can lead to inadequate concrete cover and corrosion of the
reinforcing steel, reducing structural capacity.
High-strength, dense concrete and specialty abrasion-resistant coatings are the most effective
means to resist erosion and abrasion.
Service Condition Issues
Common service condition issues with concrete:
Corrosion of Metals
Causes: Chloride intrusion, oxygen-water exposure, corrosive chemical environment surrounding
reinforcing steel, drop in alkalinity, improper rebar placement.
Effects: Corrosion and subsequent expansion of reinforcing steel leads to cracking and spalling,
reducing the structural capacity of the concrete.
Using concrete with a low water-to-cement ratio and proper rebar placement with adequate
concrete cover are common measures used to prevent metal corrosion.
Freeze-Thaw
Causes: Water-saturated concrete, combined with temperature cycling above and
below 32°F (0°C).
Effects: Concrete absorbs water into its pores. When the water in the pores freezes, it expands,
causing scaling and delaminations.
High-strength concrete mix designs that incorporate air-entraining admixtures yield the best
defense against freeze-thaw damage. Specialty coatings and water repellents are also commonly
used to minimize water absorption and prevent freeze-thaw damage.

10 F‑R‑PG13 ©2013 Simpson Strong‑Tie Company Inc. (800) 999-5099 | strongtie.com10
METAL PRIMERS
Concrete Repair
General
Where to Use
• Priming reinforcing steel to
protect against corrosion
• As a corrosion‑resistant steel primer
for protective coating systems
Features
• High zinc content provides superior
corrosion protection of steel
• Excellent bond to steel
• Can be shop or field applied
• Ready to use, simply stir and apply
• Single‑component product
• Fast drying
Application Rate
• 4–5 DFT mils total applied in two coats
• 300-400 ft.2
/gal. (7.3-9.8 m2
/L) per
coat depending on surface profile
• 775–1,000 lin. ft./gal. (60–80 m/L) for #4 rebar
• 600–825 lin. ft./gal. (45–65 m/L) for #5 rebar
Limitations
• Do not apply to surfaces below 45°F (7°C)
• Do not apply to surfaces above 95°F (35°C)
• Not recommended for use under
high‑solvent, low‑solids coatings
or lacquer‑type products
• Do not apply to damp or wet surfaces
FX‑406
Zinc‑Rich Primer
FX‑406 Zinc‑Rich Primer is a single‑component, fast‑drying, zinc‑rich coating designed
to protect steel from corrosion by combining a barrier coating with the sacrificial galvanic
protection of zinc.
Packaging / SKU
• 1 quart can
(FX406‑QT)
• 1 gallon can
(FX406‑1)
Color
Gray
Storage
Store dry between
40–95°F (4–35°C)
Shelf Life
2 years in unopened
packaging
CSI Specification 03 01 20 Maintenance of Concrete Reinforcing

GeneralConcreteRepair
METAL PRIMERS
Where to Use
• Priming reinforcing steel to
protect against corrosion
• To prime and protect reinforcing steel
subject to immersion conditions
• For additional protection of steel
in corrosive environments such as
marine structures, areas subject to
de‑icing salts, chemical plants, etc
• As a corrosion‑resistant steel primer
for protective coating systems
Features
• 6-hour pot life at 72°F (22°C)
• Can be applied by brush, roller or spray
• High performance for immersion applications
• Superior chemical and solvent resistance
to single‑component zinc primers
• High zinc content provides superior
corrosion protection of steel
• Excellent bond to steel
• Can be shop or field applied
Application Rate
• 4–5 DFT mils total applied in two coats
• 375–450 ft.2
/gal. (9.2–11 m2
/L) per
coat depending on surface profile.
• 950–1,150 lin. ft./gal. (75–90 m/L) for #4 rebar
• 775–950 lin. ft./gal. (60–75 m/L) for #5 rebar
Limitations
• Do not thin
• Do not apply in thickness greater
than 5 mils DFT per coat
FX‑408
Zinc‑Rich Epoxy Primer
FX‑408 Zinc‑Rich Epoxy Primer is a two‑component, zinc‑rich coating designed to protect
steel from corrosion by combining a chemical‑resistant epoxy barrier coating with the sacrificial
galvanic protection of zinc.
Packaging / SKU
1 gallon kit
(FX408KT1)
Color
Gray
Mixing Ratio
5A:1B
Storage
Store dry between
40–95°F (4–35°C)
Shelf Life
2 years in unopened
packaging
CSI Specification 03 01 20 Maintenance of Concrete Reinforcing

BONDING AGENTS
Where to Use
• Bonding new concrete or repair
mortar to existing concrete
• For warm-weather applications
• Where longer open times are required
Features
• Bonds to both damp and dry concrete
• Can be applied by brush,
roller, spray or squeegee
• 60 minute pot life at 70°F (21°C)
• 8 hour open time at 70°F (21°C)
for repair mortar installation
Application Rate
• 60–100 ft.2
/gal. (1.5–2.5 m2
/L) depending
on substrate porosity and surface profile
Limitations
• Repair mortars must be applied
while FX‑792LPL is still tacky
• Material is a vapor barrier after cure,
contact Simpson Strong‑Tie for use
in exterior on‑grade applications
• Existing concrete should be fully
cured prior to application
FX‑792LPL
Long Pot Life Epoxy Bonding Agent
FX‑792LPL Long Pot Life Epoxy Bonding Agent is a two-component,100% solids,
moisture‑tolerant epoxy resin designed to increase the bond between freshly placed repair
mortars or concrete mixes and existing concrete.
Specification Compliance
FX‑792LPL exceeds the performance requirements of ASTM C 881, Type II, Grade 2, Class C.
Packaging / SKU
• 3 gallon kit
(FX792LPLKT3)
• 15 gallon kit
(FX792LPLKT15)
• 150 gallon kit
(FX792LPLKT150)
Color
Amber
Mixing Ratio
2A:1B
Storage
Store dry between
40–95°F (4–35°C)
Shelf Life
2 years in unopened
packaging
CSI Specification 03 01 00 Maintenance of Concrete
Where to Use
• Bonding new concrete or repair
mortars to existing concrete
• Features
• 25-minute pot life at 75°F (24°C)
• 3-hour open time at 75°F (24°C)
for repair mortar installation
Application Rate
• 60–100 ft.2
/gal. (1.5–2.5 m2
/L) depending
on substrate profile and porosity
Limitations
• Material is a vapor barrier after cure,
contact Simpson Strong‑Tie for use
in exterior on‑grade applications
• Repair mortars and concrete mixes must
be applied while FX‑752 is still tacky
• Existing concrete should be fully
cured prior to application
FX‑752
Epoxy Bonding Agent
FX‑752 All‑Purpose Epoxy Bonding Agent is a 100% solids, two‑component, moisture‑tolerant
epoxy system designed to increase the bond between freshly placed repair mortars or concrete
mixes and existing concrete.
FX‑752 exceeds the performance requirements of ASTM C 881, Type II, Grade 2, Class B.
Packaging / SKU
• 1/2 gallon kit
(FX752KT2QT)
• 2 gallon kit
(FX752KT2)
• 10 gallon kit
(FX752KT10)
Color
Gray
Mixing Ratio
1A:1B
Storage
Store dry between
40–95°F (4–35°C)
Shelf Life
2 years in unopened
packaging

BONDING AGENTS
Where to Use
• Bond new concrete or repair
mortar to existing concrete
• Integral admixture for thinset
patching and stucco mixes
Features
• Not a vapor barrier
• Improves adhesion of Portland
cement‑based products
• Non-emulsifying
• Ready to use, simply stir and apply
• Water based and non‑toxic
Application Rate
• Bonding Agent: 200–250 ft.2
/gal.
(4.9–6.1 m2
/L) depending on
substrate profile and porosity
• Admixture: Approximately 4 gallons (15.1 L)
per 94 lb. (42.6 kg) of Portland cement
Limitations
• Repair mortars and concrete mixes must be
applied while FX‑Bondcrete is still tacky
• FX-Bondcrete may increase air content
when used as an admixture
• Not compatible with solvent-based
curing compounds as an admixture
• Protect FX‑Bondcrete from freezing;
discard if freezing occurs
FX‑Bondcrete
Latex Bonding Agent and Admixture
FX‑Bondcrete Latex Bonding Agent and Admixture is a single‑component product designed
to improve the bond between freshly placed repair mortars or concrete mixes and existing
concrete. It also improves the bond of thin-set patching, masonry mortars and stucco mixes as
an integral admixture.
FX‑Bondcrete exceeds the performance requirements of ASTM C 1059, Type II.
Packaging / SKU
• 1 gallon jug
(FXBONDCRETE‑1)
• 5 gallon pail
(FXBONDCRETE‑5)
• 50 gallon drum
(FXBONDCRETE‑50)
Color
Milky White
Storage
Store dry between
40–95°F (4–35°C).
Protect from freezing.
Shelf Life
2 years in unopened
packaging

REPAIR MORTARS
Where to Use
• Parking facilities, industrial plants,
walkways, bridges, tunnels, dams,
balconies and elevated structures
• Horizontal concrete surfaces
• Vertical and overhead concrete surfaces
as a form‑and‑pour material
• Above, below and on‑grade applications
• Free‑flowing repair mortar for
hard to reach areas
• Leveling mortar
Features
• Ready to use, simply add potable water
• Pourable and pumpable
• High early strength
• High compressive, flexural,
and bond strengths
• Excellent freeze/thaw resistance
• Can be extended with up to 30 lb. (13.6 kg)
per bag with 3/8 in. (0.9 cm) coarse aggregate
Yield
• 0.43 ft.3
(0.012 m3
) per 50 lb.
(22.7 kg) bag (neat)
• 0.62 ft.3
(0.018 m3
) per 50 lb.
(22.7 kg) bag (extended)
Limitations
• Minimum 1/2 in. (1.3 cm) application
thickness for vehicular traffic; 1/4
in. (0.6 cm) for foot traffic
• Maximum 3 in. (7.6 cm)
application thickness neat
• Do not mix partial bags
• Not compatible with solvent-
based curing compounds
• Avoid contact with aluminum surfaces
FX‑261
Flowable Polymer Repair Mortar
FX‑261 Flowable Polymer Repair Mortar is a cementitious, high‑strength, single‑component,
polymer‑modified, structural repair mortar enhanced with silica fume for pour and pump
applications.
Packaging / SKU
• 50 lb. bag
(FX261)
Color
Dark gray
Storage
Store dry between
40–95°F (4–35°C)
Shelf Life
1 year in unopened
packaging
Where to Use
• Full or partial-depth concrete repairs
• On‑grade or below‑grade applications
• Horizontal and formed vertical/
overhead applications
• Tunnels, roads, balconies, parking
decks, elevated structures
Features
• Pourable and pumpable
• Normal set time
• High bond strength
• Ready to use, just add potable water
Yield
• 0.50 ft.3
(0.014 m3
) per 60 lb. (27.2 kg) bag
Limitations
• Minimum 1 in. (2.5 cm) application thickness
FX‑32AEC
High‑Performance Air‑Entrained Concrete Mix
FX‑32AEC High‑Performance Air‑Entrained Concrete Mix is a single‑component concrete that
incorporates a corrosion inhibitor, air entrainment and a high‑range water reducer for easy
placement and workability.
Packaging / SKU
• 60 lb. bag
(FX32AEC)
• 3,000 lb. bulk bag
(FX32AEC‑B3000)
Color
Gray
Storage
Store dry between
40–95°F (4–35°C)
Shelf Life
• 60 lb. bag: 1 year in
unopened packaging
• 3,000 bulk bag:
6 months in unopened
packaging

REPAIR MORTARS
Where to Use
• Structural repair material for parking facilities,
industrial plants, walkways, bridges,
tunnels, dams and elevated structures
• Vertical, horizontal and overhead repair
• Piers, sea walls and marine structures
• Manholes, wet wells, water treatment
facilities, sewers and lift stations
Features
• High‑early and ultimate strengths
• Ideal for wet in-service environments
• Silica fume enhanced for low permeability
• Minimal rebound in low‑pressure
spray applications
• May be hand applied
• Available in bulk bags for jobsite efficiency
Yield
• 0.45 ft.3
(0.013 m3
) per 55 lb. (24.9 kg)
Limitations
• Minimum 3/8 in. (0.9 cm) application thickness
• Maximum vertical lift thickness of 2 in.
(5.1 cm); 1.5 in. (3.8 cm) overhead
FX‑262
Sprayable Repair Mortar
FX‑262 Sprayable Repair Mortar is a cementitious, single‑component, shrinkage‑compensated,
fiber‑reinforced, silica fume‑enhanced, structural repair mortar with integral corrosion inhibitor
designed for low‑pressure spray and trowel applications.
Packaging / SKU
• 55 lb. bag
(FX262)
• 55 lb. pail
(FX262P)
(FX262‑B2500)
Color
Dark gray
Storage
Store dry between
40–95°F (4–35°C)
Shelf Life
unopened packaging
• 2,500 bulk bag: 6
months in unopened
packaging
Where to Use
• Partial-depth concrete repairs
• Above, below or on‑grade applications
• Vertical and overhead applications
• Tunnels, bridges, balconies, parking
decks, elevated structures, water treatment
facilities and marine structures
Features
• Fiber‑reinforced
• Can be installed in lifts up to 3 in. (7.6 cm)
vertically and 1.5 in. (3.8 cm) overhead
• Abrasion resistant
• Low permeability
Yield
• 0.45 ft.3
(0.013 m3
) per 50 lb.
(22.7 kg) bag or pail
Limitations
• Not compatible with solvent-
based curing compounds
application thickness per lift
FX‑263
Rapid‑Hardening Vertical/Overhead Repair Mortar
FX‑263 Rapid‑Hardening Vertical/Overhead Repair Mortar is a cementitious, single‑component,
fiber‑reinforced, polymer‑modified, silica fume‑enhanced, structural repair mortar with integral
corrosion inhibitor designed for vertical and overhead applications. Available in regular and
slow-setting (FX-263S) formulations.
Packaging / SKU
Standard Formulation:
• 50 lb. bag
(FX263)
• 50 lb. pail
(FX263P)
Slow-Set Formulation:
• 50 lb. bag
(FX263S)
• 50 lb. pail
(FX263SP)
Color
Dark gray
Storage
Store dry between
40–95°F (4–35°C)
Shelf Life
1 year in unopened
packaging

REPAIR MORTARS
Where to Use
• Partial or full‑depth concrete repairs
• Tunnels, parking decks, marine structures,
manholes, sewers, water treatment facilities
• Ideal for large‑scale concrete repairs
Features
• Ready to use
• Pre-mixed with sand
• Can be wet or dry applied
• Low rebound/less waste
• Excellent finishing characteristics
• Shrinkage compensated
Yield
• 0.45 ft.3
(0.013 m3
) per 55 lb. (24.9 kg) bag
Limitations
• Maximum 6 in. (15.2 cm) thickness per lift
FX‑288RTU
Ready to use Shotcrete Mortar
FX‑288RTU Ready to use Shotcrete Mortar is a cementitious, single‑component, micro
silica‑enhanced, fiber‑reinforced, structural repair mortar with air entrainment designed for both
wet and dry‑process shotcrete applications.
Packaging / SKU
• 55 lb. bag
(FX288RTU)
Color
Dark gray
Storage
Store dry between
40–95°F (4–35°C)
Shelf Life
1 year in unopened
packaging
CSI Specification 03 37 13 Shotcrete
Where to Use
• Partial or full‑depth concrete repairs
• Tunnels, parking decks, marine structures,
manholes, sewers, water treatment facilities
• Ideal for large‑scale concrete repairs
Features
• Economical concentrate
• Can be wet or dry applied
• Low rebound/less waste
• Excellent finishing characteristics
reduce finish labor cost
• Shrinkage compensated
Yield
• 1.45 ft.3
(0.04 m3
) per 52 lb. (23.6 kg)
when combined with 150 lb. (68 kg)
of ASTM C 33 sand
Limitations
• Sand must meet ASTM C 33 requirements
FX‑288
Shotcrete Mortar Concentrate
FX‑288 Shotcrete Mortar is a cementitious, single‑component, micro silica‑enhanced,
fiber‑reinforced, structural repair mortar concentrate with air entrainment designed for both wet‑
and dry‑process shotcrete applications. FX-288 requires 150 lb. (68 kg) ASTM C 33-compliant
sand to be added per bag at the jobsite.
Packaging / SKU
• 52 lb. bag
(FX288)
Color
Dark gray
Storage
Store dry between
40–95°F (4–35°C)
Shelf Life
1 year in unopened
packaging
CSI Specification 03 37 13 Shotcrete

REPAIR MORTARS
Where to Use
• Partial‑depth concrete repairs
• Vertical, horizontal and overhead applications
• Corrosive environments
• Manholes, sewers, and wastewater
treatment facilities
Features
• Does not contain Portland cement
• Excellent hydrogen sulfide resistance
• Can be applied by hand or by low-
pressure spray equipment
Yield
• 0.5 ft.3
(0.014 m3
) per 60 lb.
(27.2 kg) bag or pail
Limitations
application thickness per lift
FX‑293
Calcium Aluminate Repair Mortar
FX‑293 Calcium Aluminate Repair Mortar is a single‑component, fiber‑reinforced patching
mortar designed for hydrogen sulfide resistance in corrosive wastewater applications. Packaging / SKU
• 60 lb. bag
(FX293)
• 60 lb. pail
(FX293P)
Color
Dark gray
Storage
Store dry between
40–95°F (4–35°C)
Shelf Life
1 year in unopened
packaging
Where to Use
• Partial‑depth concrete repairs
• On‑grade or below‑grade repairs
• Horizontal and formed vertical/
overhead applications
• Concrete paving repair, roads,
bridges, parking structures, runways,
overlays, and bridge joint nosing
• In-service refrigeration and freezer floors
• Post-tension closure pours
and keyway grouting
Features
• Convenient pre‑measured system
• Resistant to freeze/thaw cycles
• Excellent resistance to sulfates,
de‑icing chemicals and acids
• Rapid‑curing
• Extendable up to 100% by weight
for deep patches/overlays
• Cold weather patching as
low as -15°F (-26°C)
Yield
• 0.5 ft.3
(0.014 m3
) per FX826KT1-1 kit
• 2.5 ft.3
(0.07 m3
) per FX286KT5-5 kit
Limitations
• Do not apply to surfaces below -15°F (-26°C)
• Minimum 1/4 in. (0.6 cm) application
thickness; maximum 2 in. (5.1 cm) neat
• Installations over 2 in. (5.1 cm) thick
must be extended between 50-100%
with coarse, oven-dried aggregate
• Apply only in well‑ventilated areas
• Surfaces must be primed with FX‑826 Primer
• Material is a vapor barrier after cure.
Concrete surface must not exhibit
an active moisture vapor drive.
FX‑826
Polymer Mortar
FX‑826 Polymer Mortar is a two‑component, flowable, rapid‑hardening, chemical‑resistant,
methyl methacrylate (MMA) resin mortar designed for concrete repairs that require high early
strength.
Packaging / SKU
1 gallon kit
(FX826KT1-1) contains:
• 1 gallon can of
Component “A”
(FX826-1A)
• (1) 60 lb. bag of
Component “B”
(FX826-B)
5 gallon (FX286KT5-5)
contains:
• 5 gallon pail of
Component “A”
(FX826-5A)
• (5) 60 lb. bags of
Component “B”
(FX826-B)
Color
Dark tan
Storage
Store dry between
45–80°F (7–27°C)
Shelf Life
3 months

REPAIR MORTARS
Where to Use
• Partial and full‑depth concrete repairs
• On‑grade or below‑grade repairs
• Horizontal and formed vertical applications
• Bridges, roadways, runways, parking decks,
elevated structures, water treatment facilities,
utilities, powerplants, industrial facilities
Features
• Excellent workability and
finishing characteristics
• Freeze/thaw resistant
• Provides fast turnaround
Yield
• 0.5 ft.3
(0.014 m3
) per 60 lb. (27.2 kg) bag
Limitations
• Minimum application thickness
is 1 in. (2.5 cm)
• Maximum installation depth is 6 in. (15.2 cm)
FX‑928
Fast‑Setting Concrete Mix
FX‑928 Fast Setting Concrete Mix is a single‑component, rapid‑hardening concrete mix with
integral corrosion inhibitor designed for horizontal and formed vertical repairs where a quick
turnaround with minimal downtime is required.
Packaging / SKU
• 60 lb. bag
(FX928CON)
(FX928CON‑B3000)
Color
Gray
Storage
Store dry between
40–95°F (4–35°C)
Shelf Life
unopened packaging
• 3,000 lb. bulk bag:
packaging
Where to Use
• Active leaking conditions such as bell
and spigot joints or storm drains
• Honeycomb patching in concrete
• Used with injection products
as a fast‑setting plug
Features
• Fast‑setting repair mortar
• May be placed in actively leaking conditions
• Forms watertight seal to concrete
and masonry base materials
Yield
• 0.45 ft.3
(0.013 m3
) per 50 lb. (22.7 kg) bag
Limitations
FX‑922
Fast‑Setting Hydraulic Cement Mortar
FX‑922 Fast‑Setting Hydraulic Cement Mortar is a rapid‑hardening mortar designed for stopping
active leaks in concrete and general patching of concrete and masonry. Packaging / SKU
• 50 lb. pail
(FX922)
Color
Gray
Storage
Store dry between
40–95°F (4–35°C)
Shelf Life
1 year in unopened
packaging

REPAIR EPOXY
Where to Use
• Joint repairs
• Mortar when combined with FX‑701 Graded
Silica Filler for heavy‑traffic floor repairs
• For vertical and overhead concrete patching
• Vertical, horizontal and
overhead crack sealing
• Securing ports and paste over for
pressure injection applications
• As a jacket joint sealer and top‑bevel
material for the FX‑70®
Structural
Repair and Protection System
Features
• Bonds well to most construction materials
• Bonds to dry or damp surfaces
• Easily applied with trowel or putty knife
• Can be feather edged
Yield
• 231 in.3
/gal. (0.001 m3
/L) neat
• 350 in.3
/gal. (0.0015 m3
/L) when
mixed 1 part by volume with FX-701
Oven-Dried Graded Silica Filler
Limitations
• 1 in. (2.5 cm) maximum lift thickness
for vertical and overhead repairs
Concrete surface must not exhibit
• Adhesion and product compatibility
testing must be performed prior to
over‑coating existing coatings
• Product may discolor if exposed
to direct sunlight
• Not recommended for large exterior
repairs or applications subject
to large thermal change
• Not for use as a structural anchoring adhesive
• Do not exceed one part by volume FX‑701
Graded Silica Filler for mortar mixes
Please note: This product has not been
evaluated for resisting long-term sustained
loads in anchor applications. Refer to the
current Anchoring and Fastening Systems
for Concrete and Masonry catalog or
www.strongtie.com for code-listed
structural anchoring adhesives.
FX‑763
Low‑Modulus Trowel‑Grade Epoxy
FX‑763 Low‑Modulus Trowel‑Grade Epoxy is a two‑component, 100% solids, moisture‑tolerant,
non‑sag epoxy designed for vertical, horizontal, and overhead applications and uses.
FX‑763 exceeds the performance requirements of ASTM C 881, Type I, Grade 3, Class B.
Packaging / SKU
• 3 gallon kit
(FX763KT3)
• 15 gallon kit
(FX763KT15)
Color
Mixed Epoxy: Gray
Mixing Ratio
2A:1B
Storage
Store dry between
40–95°F (4–35°C)
Shelf Life
2 years in unopened
packaging

ADMIXTURES
Where to Use
• Admixture in concrete mixes where increased
slump and workability are desired
• Admixture in grout mixes where increased
fluidity and minimized shrinkage are desired
Features
• Improves flowability and workability
• Increases initial set time
• Contains no calcium chloride, salt,
sugar or foaming agents
Application Rate
• 1/2 to 1 lb. (0.23 to 0.45 kg) of powder
or 16-32 fl. oz. (0.45-0.9 L) per
100 lb. (45.4 kg) of cement
Limitations
• Protect FX‑32CA Liquid from freezing;
discard if freezing occurs
• Do not exceed recommended dosage rates
FX‑32CA
High‑Range Water Reducer
FX‑32CA Catalytic Agent is a high‑range water‑reducing admixture for Portland cement‑based
grouts, mortars and concrete mixes. FX‑32CA allows up to 25% reduction in mix water while
maintaining excellent workability and increased set time. Available as a powder or liquid.
FX‑32CA exceeds the performance requirements of ASTM C 494 Type F.
Packaging / SKU
Powder:
• 30 lb. pail
(FX32CAP-30P)
• 300 lb. drum
(FX32CAP-300D)
Liquid:
• 1 gallon pail
(FX32CAL-1)
• 5 gallon pail
(FX32CAL-5)
• 55 gallon drum
(FX32CAL-55)
Storage
Store dry between 40–
95°F (4–35°C). Protect
liquid from freezing.
Shelf Life
1 year in unopened
packaging
CSI Specification 03 30 00 Cast-in-Place Concrete
Where to Use
• As a concrete or grout admixture where
increased strength, abrasion resistance
and reduced permeability are desired
• Where low‑permeability concrete is required
• Marine applications, bridge decks,
parking decks, grouting
• For overlay applications
Features
• Increases compressive and flexural strength
• Reduces permeability
• Increases abrasion resistance
Application Rate
• 1.5–2.5 gallons (5.7–9.5 L) per 100 lbs.
(45.4 kg) of cement
Limitations
• The use of an air-entraining agent is highly
recommended in areas where freeze/
thaw conditions may be experienced
• For best results, add FX‑32SFA on‑site.
In‑transit conditions may adversely
affect the performance of FX‑32SFA.
• Protect FX‑32SFA from freezing.
Discard if freezing occurs
• Do not exceed recommended dosage rates
FX‑32SFA
Micro Silica Fume Admixture
FX‑32SFA Micro Silica Fume Admixture is a high‑performance concrete and grout admixture
designed to increase compressive and flexural strength, improve abrasion resistance and
reduce permeability in concrete and grout mixes.
FX‑32SFA exceeds the performance requirements of ASTM C 1240.
Packaging / SKU
• 1 gallon pail
(FX32SFLIQUID‑1)
• 5 gallon pail
(FX32SFLIQUID‑5)
Storage
Store dry between
40–95°F (4–35°C).
Protect from freezing
Shelf Life
2 years in unopened
packaging
CSI Specification 03 30 00 Cast-in-Place Concrete

Repair
Crack
EPOXY – LOW-VISCOSITY
Where to Use
• Pressure injection of static
cracks up to 1/4 in. (6.4 mm)
• For underwater pressure-
injection applications
• As a binder for cold‑weather anchor
and base plate grouting
Features
• Structural formulation
• Applications as low as 30° (‑1°C)
• Low-viscosity over a wide temperature range
• Can be used with metered
pressure-injection equipment
Yield
• 231 in.3
/gal. (0.001 m3
/L) neat
• 300–600 in.3
/gal. (0.0013–0.0026 m3
/L)
when mixed 1-3 parts by volume with
FX-701 Oven-Dried Graded Silica Filler
Limitations
• Material is a vapor barrier after cure. When
used as a grout, concrete surface must not
exhibit an active moisture vapor drive.
• For use in non‑moving cracks only
Limitations (cont’d)
• Not for use in actively leaking or seeping
cracks. Remove active hydrostatic
pressure before attempting injection.
• For cracks wider than ¼ in. (0.6 cm),
consult a qualified engineer
• Product may discolor if exposed to
direct sunlight
• Not recommended for large exterior repairs
or applications subject to large thermal
change when used as a repair mortar
• When used as a base plate grout or
repair mortar, minimum application
thickness is 1/2 in. (1.3 cm). Maximum
installation depth is 3 in. (7.6 cm)
• Epoxy grouts can crack due to thermal
stress. Do not form more than 4 in. (10.2 cm)
beyond the plate to limit thermal cracking.
• When used as a binder, use FX‑701
Oven‑Dried, Graded Silica Filler to
prevent encapsulating moisture
FX‑741LV
Low‑Viscosity Cold‑Weather Structural Epoxy
FX‑741LV Low‑Viscosity Cold‑Weather Structural Epoxy is a fast‑setting, two‑component, 100%
solids, moisture‑tolerant structural epoxy designed for pressure injection of cracks and as a
grout binder in low‑temperature applications.
FX‑741LV exceeds the performance requirements of ASTM C 881, Type I and IV, Grade 1,
Class A and B.
Packaging / SKU
• 15 oz. side-by-
side dual cartridge
(FX741LVCTG)
• 3 gallon kit
(FX741LVKT3)
• 15 gallon kit
(FX741LVKT15)
• 150 gallon kit
(FX741LVKT150)
Color
Mixed Epoxy: Straw
Mixing Ratio
2A:1B
Mixed Viscosity
• 1,800 cps at 40°F (4°C)
• 500 cps at 70°F (21°C)
Storage
Store dry between
40–95°F (4–35°C)
Shelf Life
2 years in unopened
packaging

CrackRepair
Where to Use
cracks up to 1/4 in. (0.6 cm)
• Underwater pressure injection
• As a binder for anchor and
base plate grouting
Features
• Low viscosity
• Moisture tolerant, can be used on
dry and damp (SSD) surfaces
Yield
• 231 in.3
/gal. (0.001 m3
/L) neat
• 300–600 in.3
/gal. (0.0013–0.0026 m3
/L)
Limitations
• Material is a vapor barrier after cure. When
used as a grout, concrete surface must not
exhibit an active moisture vapor drive.
to direct sunlight
• Not recommended for use as a mortar for
repairs subject to large thermal change
beyond the plate to limit thermal cracking
FX‑751LV
Low‑Viscosity Structural Injection Epoxy
FX‑751LV Low‑Viscosity Structural Injection Epoxy is a two‑component, 100% solids,
moisture‑tolerant, structural epoxy designed for pressure injection of concrete cracks.
FX‑751LV exceeds the performance requirements of ASTM C 881, Type I and IV, Grade 1, Class B.
Packaging / SKU
• 15 oz. side‑by‑side
dual cartridge
(FX751LVCTG)
• 3 gallon kit
(FX751LVKT3)
• 15 gallon kit
(FX751LVKT15)
• 150 gallon kit
(FX751LVKT150)
Color
Mixed Epoxy: Light Straw
Mixing Ratio
2A:1B
Mixed Viscosity
800 cps at 72°F (22°C)
Storage
Store dry between
40–95°F (4–35°C)
Shelf Life
2 years in unopened
packaging

CrackRepair
Where to Use
• Underwater pressure injection
• Gravity‑feed flood‑coat crack
filling on horizontal decks
base plate grouting
Features
• Super‑low viscosity
• Penetrates hairline cracks as
small as 0.002 in. (0.05 mm)
• Can be applied by squeegee or
roller for flood‑coat applications
pressure injection equipment
Application Rate/Yield
• 231 in.3
/gal. (0.001 m3
/L) neat
• 300–600 in.3
/gal. (0.0013–0.0026 m3
/L)
• For flood-coat applications:
150–200 ft.2
/gal. (3.6–4.9 m2
/L)
depending on surface profile and porosity
Limitations
When used as a grout or coating,
concrete surface must not exhibit
• Not for use on exterior slab on-
grade coating applications
to direct sunlight
FX‑770SLV
Super Low Viscosity Structural Epoxy
FX‑770SLV Super Low Viscosity Structural Epoxy is a two‑component, 100% solids,
moisture‑tolerant epoxy designed for pressure injection of concrete cracks, gravity‑feed
flood‑coat crack filling applications and grout binder.
FX‑770SLV exceeds the performance requirements of ASTM C 881, Type I and IV, Grade 1, Class B.
Packaging / SKU
• 15 fl. oz. side‑by‑side
dual cartridge
(FX770SLVCTG)
• 3 gallon kit
(FX770SLVKT3)
• 15 gallon kit
(FX770SLVKT15)
• 150 gallon kit
(FX770SLVKT150)
Color
Mixed Epoxy: Light
Amber
Mixing Ratio
2A:1B
Mixed Viscosity
150 cps at 75°F (24°C)
Storage
Store dry between
40–95°F (4–35°C)
Shelf Life
2 years in unopened
packaging

CrackRepair
Where to Use
• Underwater pressure-injection
base plate grouting
Features
• Low viscosity
• High‑strength formulation
• Can be applied by squeegee or
roller for flood‑coat applications
Yield
• 231 in.3
/gal. (0.001 m3
/L) neat
• 300–600 in.3
/gal. (0.0013–0.0026 m3
/L)
150–200 ft.2
/gal. (3.6–4.9 m2
/L)
Limitations
to direct sunlight
installation depth is 3 in. (7.6 cm).
FX‑771LV
Low‑Viscosity High‑Modulus Epoxy
FX‑771LV Low‑Viscosity High‑Modulus Epoxy is a two‑component, 100% solids,
moisture‑tolerant epoxy designed for gravity‑feed flood‑coat or pressure injection of concrete
cracks and a grout binder.
FX‑771LV exceeds the performance requirements of ASTM C 881, Type I, Grade 1, Class B.
Packaging / SKU
• 15 fl. oz. side‑by‑side
dual cartridge
(FX771LVCTG)
• 3 gallon kit
(FX771LVKT3)
• 15 gallon kit
(FX771LVKT15)
• 150 gallon kit
(FX771LVKT150)
Color
Mixed Epoxy: Light
Amber
Mixing Ratio
2A:1B
Mixed Viscosity
350 cps at 75°F (24°C)
Storage
Store dry between
40–95°F (4–35°C)
Shelf Life
2 years in unopened
packaging

CrackRepair
Where to Use
• Pressure injection of static cracks
up to 1/4 in. (0.6 cm) (0.6 cm)
• For underwater pressure-injection
base plate grouting
Features
• Low viscosity
• Extended working time permits deep
penetration of cracks and porous surfaces
• High-strength formulation
• Can be applied by squeegee, broom or roller
for gravity-feed flood-coat applications
pressure injection equipment
Yield
• 231 in.3
/gal. (0.001 m3
/L) neat
• 300–600 in.3
/gal. (0.0013–0.0026 m3
/L)
150–200 ft.2
/gal. (3.6–4.9 m2
/L)
Limitations
• For use in non-moving static cracks only
• For cracks wider than 1/4 in. (0.6 cm),
to direct sunlight
installation depth is 3 in. (7.6 cm).
beyond the plate to limit thermal cracking.
FX‑791LVLPL
Low-Viscosity Long Pot Life Epoxy
FX‑791LVLPL Low-Viscosity Long Pot Life Epoxy is a two-component, 100% solids, moisture-
tolerant, long pot life epoxy designed for pressure injection of concrete cracks, gravity-feed
flood-coat crack filling applications, and as a grout binder for warm weather applications.
FX‑791LVLPL exceeds the performance requirements of ASTM C 881, Type I, Grade 1, Class C.
Packaging / SKU
• 3 gallon kit
(FX791LVLPLKT3)
• 15 gallon kit
(FX791LVLPLKT15)
• 150 gallon kit
(FX791LVLPLKT150)
Color
Mixed Epoxy: Light
Amber
Mixing Ratio
2A:1B
Mixed Viscosity
400 cps at 75°F (24°C)
Storage
Store dry between
40–95°F (4–35°C)
Shelf Life
2 years in unopened
packaging

CrackRepair
EPOXY – GEL
Where to Use
• Threaded rod, rebar, dowel and pin anchoring
• Securing ports and paste over for
pressure-injection applications
• Vertical and horizontal crack sealing
• Pressure injection in cracks
over 1/8 in. (0.3 cm)
• Pick‑proof sealant
Features
• Gel viscosity
• Can be feather edged
• Excellent chemical resistance to petroleum
products and wastewater exposure
• Excellent resistance to freeze/thaw cycles
Yield
• 231 in.3
/gal. (0.001 m3
/L) neat
• 36 in.3
(0.0006 m3
) per cartridge
Limitations
to direct sunlight
FX‑715
Epoxy Gel
FX‑715 Epoxy Gel is a gel‑viscosity, two‑component, high‑solids, moisture‑tolerant, thixotropic
epoxy designed for pressure injection of concrete cracks. FX‑715 is suitable for vertical and
horizontal crack sealing, securing injection ports, anchoring, doweling, and general concrete
repair applications.
FX‑715 exceeds the performance requirements of ASTM C 881 Type I, Grade 3, Class B.
Packaging / SKU
dual cartridge
(FX715CTG)
• 2 gallon kit
(FX715KT2)
• 10 gallon kit
(FX715KT10)
• 100 gallon kit
(FX715KT100)
Color
Mixed: Gray
Mixing Ratio
1A:1B
Storage
Store dry between
40–95°F (4–35°C)
Shelf Life
2 years in unopened
packaging

CrackRepair
METHYL METHACRYLATE
Where to Use
• Concrete sealer
• Gravity‑feed flood‑coat crack sealing
• Exterior and unoccupied interior applications
• Bridge decks, roads, floors,
parking structures, in‑service
refrigeration and freezer flooring
Features
• Fast-curing
• Warm and cold weather
formulations available
• Application temperature as low as
40°F (4°C) for standard formulation,
-20°F (-29°C) for winter formulation
• Super‑low viscosity
• Can be applied by spray,
squeegee, broom or roller
• UV‑resistant when cured
Application Rate
100 ft.2
/gal. (2.5 m2
/L), depending
on surface profile and porosity
Limitations
• Minimum installation temperature is
40°F (4°C) for standard formulation,
‑20°F (‑29°C) for winter formulation
• Maximum installation temperature is
100°F (37°C) for standard formulation and
80°F (26°C) for winter “W” formulation
• Surface must be completely
dry prior to application
• Apply only in well‑ventilated areas
• For horizontal use only
• For use in non-moving cracks only
• When used neat, maximum crack
width is 1/8 in. (0.3 cm). Extended with
FX‑701 Oven-Dried Graded Silica Filler,
maximum crack width is 1/4 in. (0.6 cm).
Concrete surface to receive coating must
not exhibit an active moisture vapor drive.
• FX‑821MMA is designed to penetrate,
but will leave a slight gloss finish
that will wear over time
FX‑821MMA
Super Low Viscosity Methyl Methacrylate Resin
FX‑821MMA Super Low Viscosity Methyl Methacrylate Resin is a two‑component, fast‑curing,
methyl methacrylate (MMA) resin designed for densifying porous concrete and for gravity‑feed
flood‑coat treatment of concrete cracks as small as 0.002 in. (0.05 mm). FX‑821MMA is available
in both standard and fast‑setting winter “W” versions for cold weather applications.
Packaging / SKU
Standard Formulation
• 1 gallon kit
(FX821MMAKT1)
• 5 gallon kit
(FX821MMAKT5)
• 50 gallon kit
(FX821MMAKT50)
Winter Formulation
• 1 gallon kit
(FX821WMMAKT1)
• 5 gallon kit
(FX821WMMAKT5)
• 50 gallon kit
(FX821WMMAKT50)
Color
Clear
Mixing Ratio
Pre-proportioned kit.
Use entire contents of
all components.
Viscosity
6 cps at 75°F (24°C)
Storage
Store dry between
40–80°F (4–27°C)
Shelf Life
packaging
CSI Specification 07 18 00 Concrete Rehabilitation

CrackRepair
ETI CARTRIDGE SOLUTIONS
ETI‑SLV Super‑Low Viscosity Injection Epoxy is a two‑component, high‑solids
epoxy formulated for structural repair of cracks in concrete ranging from
hairline to 1
⁄4 in. (6 mm) in width. At 350 cps (mixed), ETI‑SLV may be
gravity‑fed or pressure injected with E‑Z‑Click™ injection ports. ETI‑SLV cures
to a uniform black color, is packaged in 16 oz. (475 mL) side‑by‑side dual
cartridges that includes an Opti‑Mix static mixing nozzle and exceeds the
performance requirements of ASTM C 881 Type I and IV, Grade 1, Class B.
Uses:
Structural repair of cracked concrete, waterproof sealant, suitable for dry or
damp (non‑flowing) repairs.
ETI‑SLV
Super‑Low Viscosity
Injection Epoxy
ETI‑LV22
Low-Viscosity
Injection Epoxy
ETI‑LV Low‑Viscosity Injection Epoxy is a two‑component, high‑solids epoxy
formulated for structural repair of cracks in concrete ranging from 1
⁄64 in.
(0.4 mm) to 1
⁄4 in. (6 mm) in width. ETI‑LV has a mixed viscosity of 1,750 cps,
may be gravity‑fed or pressure injected with E‑Z‑Click™ injection ports, and
is suitable for use in potable water applications. ETI‑LV cures to a uniform
amber color, is packaged in 22 oz. (650 mL) side‑by‑side dual cartridges
that includes an Opti‑Mix static mixing nozzle, and exceeds the performance
requirements of ASTM C 881 Type I and IV, Grade 1, Classes B & C; NSF/
ANSI Standard 61 (22 in.2
⁄ 1000 gal.).
Uses:
ETI‑GV Gel‑Viscosity Injection Epoxy is a two‑component, high‑solids epoxy
formulated for structural repair of cracks in concrete ranging from 3
⁄32 in.
(2.4 mm) to ¼ in. (6 mm) in width. ETI‑LV has a gel viscosity that reduces
under pressure for increased flowability, and may be gravity‑fed or pressure
injected with E‑Z‑Click™ injection ports. ETI‑GV cures to a uniform grey color,
is packaged in 22 oz. (650 mL) side‑by‑side dual cartridges that include an
Opti‑Mix static mixing nozzle, and exceeds the performance requirements of
ASTM C 881 Type I and IV, Grade 3, Classes B & C.
Uses:
ETI‑GV22
Gel-Viscosity
Injection Epoxy
CIP is a fast‑curing, two‑part epoxy paste‑over material. It is used to seal
cracks and to secure injection ports over concrete prior to epoxy or urethane
foam injection repair. CIP sets up rigid and can either be left on the concrete
or ground or chiseled off at the completion of a crack injection job. Packaged
in 22 oz. (650 mL) side‑by‑side dual cartridges that include a static
mixing nozzle.
CIP
Paste Over
CIP‑F is a flexible, peelable and fast‑curing polyurea paste‑over material. It
is used to temporarily seal cracks and to secure injection ports over concrete
prior to epoxy or urethane foam injection repair. CIP‑F can be peeled off
at the completion of a crack injection job by pulling on starter tabs placed
under the lead edge surface at the time of application or by prying under the
paste‑over. Packaged in 22 oz. (650 mL) side‑by‑side dual cartridges that
include a static mixing nozzle.
CIP‑F
Peelable Paste Over
PASTE-OVER ADHESIVES

CrackRepair
ETI ACCESSORIES
The Opti‑Mix®
static mixing nozzle is specifically designed
for crack injection epoxies and ensures thorough mixing
of epoxy components. For use with both low‑viscosity and
gel‑viscosity ETI formulations. Flow regulators ensure that
resin and hardener flow at equal rates and prevent mixed
epoxy from flowing back out of the nozzle into the cartridge.
This ensures thorough mixing and prevents mixed product
from curing in the neck of the cartridge, causing blockage.
EMNO22
Opti‑Mix®
Mixing
Nozzle
E‑Z‑Click™
Injection System
The E‑Z‑Click injection system is comprised of a specially
designed fitting and ports that take the mess out of your repair
project while allowing you to work faster. The E‑Z‑Click injection
fitting installs onto the end of the Opti‑Mix mixing nozzle and
clicks onto the E‑Z‑Click™ ports during injection. Maximum
installation pressure of 150 psi.
• Positive connection eliminates messy leakage, minimizing
waste and clean‑up
• No drilling of ports: E‑Z‑Click ports perform while pasted to the surface
of the concrete. No drilling required for most applications
• Disconnect the fitting from the E‑Z‑Click part and the epoxy stops
flowing, no leaky mess
• After injecting, pull the head of the E‑Z‑Click port out to close it
and prevent leakage
• One person can work faster without having to hold the tube on the port
EDT22S
Manual Dispensing
Tool for 1:1 and 2:1
Adhesive Cartridges
The EDT22S epoxy adhesive tool features a steel
carriage and is engineered for high-volume,
continuous use. The tool can be easily converted
from dispensing a 20 or 22 oz. (570 or 650 mL) 1:1
ratio cartridge to a 16 oz. (475 mL) 2:1 ratio cartridge.
EDTA22P
Pneumatic Dispensing
Tool for 20 and 22 oz.
Adhesive Cartridges
The EDTA22P tool features an optional suitcase
handle adapter for the ultimate in tool configuration
and dispensing convenience. The suitcase option
enables easier and time-saving ground-level
doweling. The heavy-duty tool comes with a custom,
blow-molded plastic carrying case.

Injection
Non‑Structural
Where to Use
• Sealing water leaks above and below-grade
• Pressure-injection water stopping
• Foundations, tunnels, manholes, tanks,
sewer pipe joints, dams, mines, reservoirs
Features
• Expands up to 7 times original
volume unrestricted
• Non flammable
• Can be injected by manual pumps or
high‑pressure injection equipment
• Gel time can be accelerated with
the addition of FX-Accelerator
• Non corrosive
Limitations
• Product will discolor if exposed
to direct sunlight
• Resistance to in‑service chemical
exposure must be confirmed for
compatibility prior to application
• FX‑3 JETSET is extremely sensitive to
moisture. Keep containers tightly closed
to prevent moisture from coming into
contact with the material as very small
amounts can begin the reaction process.
• JETSET products are packed under a
nitrogen blanket to prevent contact with
atmospheric moisture. Once the original
packaging has been opened, shelf life can be
expected to be significantly reduced. Do not
open containers until ready to use and close
immediately to protect remaining contents.
• Do not exceed 10% by volume
addition of FX‑Accelerator
FX‑3 JETSET
Hydrophilic Polyurethane Injection Grout
FX‑3 JETSET is a low‑viscosity, single‑component, moisture‑activated, TDI‑hydrophilic,
expanding polyurethane grout designed to stop and prevent water leaks. FX‑3 JETSET reacts
with water and expands to form flexible closed‑cell waterproof foam that prevents water
infiltration through cracks in concrete.
Packaging / SKU
• 20 fl. oz. side-by-
side dual cartridge
(FX3JETSET-CTG)
• 1 quart can
(FX3JETSET-QT)
• 1 gallon can
(FX3JETSET‑1)
• 5 gallon pail
(FX3JETSET‑5)
• 50 gallon drum
(FX3JETSET‑50)
Color
Light yellow
Viscosity
750 +/- 250 cps at 75°F
(24°C)
Storage
Store dry between
40–95°F (4–35°C)
Shelf Life
1 year in unopened
packaging
CSI Specification 03 64 00 Injection Grouting

Non‑StructuralInjection
NON‑STRUCTURAL INJECTION
Where to Use
• Foundations, tunnels, manholes, tanks,
sewer pipe joints, dams, mines, reservoirs
Features
• Expands up to 5 times original
volume unrestricted
• Non flammable
• Variable gel times with the
• Very low shrinkage in cured state
Limitations
• Product will discolor if exposed
to direct sunlight
• Proper use of FX‑5 JETSET requires
a minimum of 1% by volume addition
of FX‑Accelerator to properly react.
Do not exceed 10% by volume.
FX‑5 JETSET
Hydrophobic Polyurethane Injection Grout
FX‑5 JETSET is a low‑viscosity, two‑component, MDI‑hydrophobic, expanding polyurethane
grout designed to stop and prevent water leaks. FX‑5 JETSET reacts in the presence of water
and expands to form a flexible closed‑cell waterproof foam that prevents water infiltration.
Packaging / SKU
5 gallon kit
(FX5JETSETKT5.25)
contains:
• 5 gallon pail
(FX5JETSET-5)
• 1 quart can of
FX‑JETSET
Accelerator
(FXJETACC-QT)
Color
Light Yellow
Viscosity
1,050 +/- 200 cps at
75°F (24°C)
Storage
Store dry between
40–95°F (4–35°C)
Shelf Life
1 year in unopened
packaging

Non‑StructuralInjection
NON‑STRUCTURAL INJECTION
Where to Use
• Foundations, tunnels, manholes,
tanks, sewer pipe joints, mines
Features
• Non‑expanding flexible gel
• Variable set times with the
• Non flammable
• Suitable for use in wet or
submerged environments
• Super-low viscosity material for
maximum penetration
• Very-low shrinkage when dry
• For use in both static and dynamic cracks
Limitations
to direct sunlight
• Do not exceed 10% by volume
FX‑30 JETSET
Super Low Viscosity Hydrophobic Polyurethane Injection Gel
FX‑30 JETSET is a super low viscosity, single‑component, MDI‑hydrophobic, non‑expansive
polyurethane gel designed to stop and prevent water leaks. FX‑30 JETSET reacts with water to
form a permanently flexible closed‑cell waterproof gel that prevents water infiltration.
Packaging / SKU
• 1 gallon can
(FX30JETSET‑1)
• 5 gallon pail
(FX30JETSET‑5)
Color
Light yellow
Mixed Viscosity
15 cps at 75°F (24°C)
Storage
Store dry between
40–95°F (4–35°C)
Shelf Life
1 year in unopened
packaging

Sealing
Joint
PRIMERS
Where to Use
• To increase adhesion between
substrate and sealant
• Joint sealant applications
subject to immersion
• Recommended with FX-570/571/572/573
Features
• Ready to use
• For use with concrete, masonry, and wood
• Can be applied by brush, roller or spray
• Up to 8-hour open time at 72°F (22°C)
Application Rate
• 300 ft.2
/gal. (7.4 m2
/L), depending
on surface profile and porosity
Limitations
• Do not apply to surfaces below 40°F
(4°C) or if temperatures are expect
to fall below minimum temperature
for 4 hours following application
• Sealant must be installed within 8 hours of
primer application. Re‑apply if exceeded
FX‑57X
Sealant Primer
FX‑57X Sealant Primer is a single‑component, fast drying, moisture‑curing primer designed to
increase the bond between the substrate and polysulfide sealants. Packaging / SKU
• 1 quart can
(FX57XPRIMER‑QT)
• 1 gallon can
(FX57XPRIMER‑1)
Color
Clear
Storage
Store dry between
40–95°F (4–35°C)
Shelf Life
1 year in unopened
packaging
CSI Specification 07 92 00 Joint Sealants

JointSealing
FLEXIBLE SEALANTS
Where to Use
• Expansion joints in concrete and masonry
• Window and door frames
• Pipe penetrations, flashings,
roofing applications
Features
• Paintable
• UV resistant
• Bond to most common construction
materials without a primer
• For vertical and horizontal applications
• Suitable for above and
below‑grade applications
• Remains flexible after cure
• +/‑ 25% movement capability
• Non staining
Yield
• 36 in.3
(0.0006 m3
) per sausage
• 24 lin. ft. (7.3 m) per sausage using ¼ in.
deep x ½ in. wide (0.6 cm x 1.3 cm) joint size
Limitations
• Minimum 1/4 in. (6 mm) installation depth
• Maximum 1/2 in. (12.7 mm) installation depth
• Surface to receive sealant
must be completely dry
• An active vapor drive can cause
sealant to gas and bubble
over‑coating FX‑516 to verify compatibility
• Do not wet tool with solvent or soapy water
• Horizontal joints subject to traffic
should be 1/2 in. (12.7 mm) thick
• Not recommended for immersion
service applications
• Dynamic joints require the use of
backer rod or bond-breaker tape
FX‑516
Elastomeric Sealant
FX‑516 Elastomeric Sealant is a single‑component, non‑sag, moisture‑cured, elastomeric joint
sealant designed for 25% movement in dynamic construction joints. FX‑516 bonds well to most
common construction materials to provide a watertight seal.
FX-516 exceeds the performance requirements of ASTM C 920 Type S, NS, Class 25;
TT-S-00230C; USDA Approved.
Packaging / SKU
• 20 oz. sausage pack
(FX516GRAY‑20S)
Color
Available in gray, other
colors available by
special order.
Storage
Store dry between
40–95°F (4–35°C)
Shelf Life
1 year in unopened
packaging

JointSealing
Where to Use
• Precast panels, parking decks,
water treatment facilities
• Secondary containment with
limited chemical exposure
• Immersion in-service environments
Features
• In-service temperature range of
‑40 to 250°F (‑40 to 121°C)
• +/-25% movement capacity
• Excellent chemical resistance
• Long in‑service lifecycle
• UV resistant
Yield
• 346 in.3
(0.0057 m3
) per kit
• 230 lin. ft. (70 m) per kit using ¼ in. deep
x ½ in. wide (0.6 cm x 1.3 cm) joint size
Limitations
• FX‑57X primer is recommended for all
installations subject to immersion
• Allow FX‑570/571 to cure for a minimum of 7
days prior to placing into immersion service
• Adhesion testing is required for all
painted or coated substrates to verify
adhesion properties prior to use
• Horizontal joints subject to traffic should
be a minimum of 1/2 in. (1.3 cm) thick
• Minimum joint width is 1/4 in. (0.6 cm)
FX‑570/571
Polysulfide Joint Sealants
FX‑570/571 Polysulfide Joint Sealants are two‑component, chemically‑cured, elastomeric
joint sealants designed to provide a watertight seal in dynamic construction joints. Available in
non‑sag (FX‑570) and self‑leveling (FX‑571) versions, FX‑570/571 bond well to most common
construction materials, have excellent UV and chemical resistance and long expected service life.
FX-570/571 exceeds the performance requirements of ASTM C 920, Class 25, Grade NS
(FX‑570), Grade P (FX‑571); GSA TT‑S‑0227E.
Packaging / SKU
• 1.5 gallon kit
(FX570KT1.5)
• 1.5 gallon kit
(FX571KT1.5)
Color
Mixed: Dark gray
Mixing Ratio
all components.
Storage
Store dry between
40–95°F (4–35°C)
Shelf Life
1 year in unopened
packaging
FLEXIBLE SEALANTS

JointSealing
Where to Use
• Precast panels, parking decks,
water treatment facilities
• Secondary containment with
limited chemical exposure
• Immersion in-service environments
Features
• In‑service temperature range of
‑40 to 250°F (‑40 to 121°C)
• Excellent chemical resistance
• Long in‑service lifecycle
• UV resistant
Yield
• 346 in.3
(0.0057 m3
) per kit
• 230 lin. ft. (70 m) per kit using ¼ in. deep
x ½ in. wide (0.6 cm x 1.3 cm) joint size
Limitations
• FX‑57X primer is recommended for all
installations subject to immersion
• Allow FX‑572/573 to cure for a minimum of 7
days prior to placing into immersion service
• Adhesion testing is required for all
painted or coated substrates to verify
adhesion properties prior to use
• Horizontal joints subject to traffic should
be a minimum of 1/2 in. (1.3 cm) thick
• Minimum joint width is 1/4 in. (0.6 cm)
FX‑572/573
Bioactivity‑Resistant Polysulfide Joint Sealants
FX‑572/573 Bioactivity‑Resistant Polysulfide Joint Sealants are two‑component,
chemically‑cured, elastomeric joint sealants designed to provide a watertight seal in dynamic
construction joints with increased resistance to bioactivity encountered in wastewater treatment
plants. Available in self‑leveling (FX‑572) and non‑sag (FX‑573) versions, FX‑572/573 bond
well to most common construction materials, and have excellent UV and chemical resistance
properties to extend their expected in‑service lifecycle.
FX-572/573 exceeds the performance requirements of ASTM C 920, Type M, Class 25,
Grade NS (FX‑573), Grade P (FX‑572), Use NT, T, M; GSA TT-S-0227E Type 1 (FX‑572),
Type 2 (FX‑573), Class A.
Packaging / SKU
• 1.5 gallon kit
(FX572KT1.5)
• 1.5 gallon kit
(FX573KT1.5)
Color
Mixed: Dark gray
Mixing Ratio
all components.
Storage
Store dry between
40–95°F (4–35°C)
Shelf Life
1 year in unopened
packaging
FLEXIBLE SEALANTS

JointSealing
SEMI-RIGID SEALANTS
Where to Use
• Warehouses and distribution centers
• Industrial and commercial concrete floors
• As a rapid‑curing joint filler for non‑moving
horizontal joints in concrete
Features
• Return to full traffic in 1 hour at 70°F (21°C)
• Low odor
• Self leveling
• Excellent chemical and abrasion resistance
• Easy to use dual cartridges with
static mixing nozzles available
• Bulk systems must be installed with
metered plural‑dispensing equipment
• In‑service temperature range
‑45 to 200°F (‑42‑93°C)
• Protects joint edges from edge
spalling under load
Yield
• 231 in.3
/gal. (0.001 m3
/L) neat
• 36 in.3
(0.0006 m3
) per cartridge
• 8 lin. ft. (2.4 m) per cartridge at 1 ½ in.
deep x ¼ in. wide (3.8 cm x 0.6 cm)
• 51 lin. ft. per gallon (4.1 m/L) at 1 ½ in.
deep x ¼ in. wide (3.8 cm x 0.6 cm)
Limitations
• Not for use in dynamic joints
• Requires specialty mixing and placing
equipment for bulk applications
• Must be dispensed through
a static mixing system
• Adhesion and product compatibility testing
must be performed prior to over‑coating
FX‑562 to verify compatibility
• For interior use only
• For horizontal use only
• Floor must be level
FX‑562
Rapid‑Curing Polyurea Joint Filler
FX‑562 Rapid‑Curing Polyurea Joint Filler is a 100% solids, two‑component, self‑leveling,
fast‑curing, semi‑rigid polyurea joint filler designed to fill control joints in commercial and
industrial concrete floors subject to heavy forklift traffic and joint edge spalling.
Packaging / SKU
dual cartridge
(FX562CTG)
• 2 gallon kit
(FX562KT2)
• 10 gallon kit
(FX562KT10)
Color
Mixed: Light gray
Mixing Ratio
1A:1B
Storage
Store dry between
40–80°F (4–27°C).
Shelf Life
1 year in unopened
packaging

Coating
Performance
CEMENTITIOUS COATINGS
Where to Use
• Horizontal and vertical surfaces
• Above-grade, on-grade and
below-grade applications
• Waterproofing and damp‑proofing
concrete and masonry
• Interior and exterior applications
• To protect concrete and masonry
from freeze/thaw cycles
• To even out surface color variations
on newly repaired concrete
Features
• Trowel or slurry consistency
• Convenient pre‑measured kit
• Excellent bond strength
roller, spray, or trowel
• Not a vapor barrier when used
for damp‑proofing
Application Rate
Damp-proofing: 20 WFT mils total
applied in one coat, 80 ft.2
/gal. (2 m2
/L)
Waterproofing: 40 WFT mils total applied
in two coats, 80 ft.2
/gal. (2 m2
/L) per coat
Limitations
• Do not apply to surfaces below 45°F
(7°C) or if temperatures are expected
to fall below minimum temperature
for 24 hours following application
• Protect liquid component from
freezing; discard if freezing occurs
• Protect coating from rain and
freezing temperatures for 24
hours following installation
over‑coating existing coatings
• Do not apply at application rates
less than 40 ft.2
/gal. (1 m2
/L)
• Service conditions for horizontal applications
should be limited to foot traffic
• Allow a minimum of 24 hours at 75°F (24°C)
air-curing before exposing installed FX-207 to
submerged conditions. Lower temperatures
will extend required air-curing time
FX‑207
Slurry Seal
FX‑207 Slurry Seal is a two‑component, polymer‑modified cementitious coating designed for
waterproofing and damp‑proofing concrete and masonry substrates. Packaging / SKU
3.3 gallon kit
(FX207KT1-1) contains:
• 1 gallon jug of
Component “A”
(FX207-1A)
• 40 lb. bag of
Component “B”
(FX207B)
Color
Gray
Mixing Ratio
all components.
Storage
Store dry between
40–95°F (4–35°C).
Protect from freezing.
Shelf Life
1 year in unopened
packaging
CSI Specification 07 16 00 Cementitous Waterproofing

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Simpson Strongtie Concrete Repair and Strengthening Systems

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