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1800 Concrete Waterproofing Admix

Moxie Shield 1800 Concrete Waterproofing Admix

A penetrating cleaner and sealer designed for existing concrete and other cementitious surfaces affected by dirt, grease, or oil. It draws stains and contaminants to the surface for removal while sealing the concrete for lasting protection.

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Documents and specifications:

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Technical Consultation Recommended

Coverage rates for this product depend on mix design, substrate conditions, and application method. For accurate quantities, we recommend speaking with our sales team before ordering.
Contact us at sales@moxieinternational.com or (916) 259-7990.

About product

Moxie Shield 1800 Concrete Waterproofing Admix is suitable for all forms of cementitious construction and products. Moxie Shield 1800 creates a complex chemical reaction by converting the by-products of cement hydration into a higher density cementitious material creating an impermeable substrate. The unique chemistry of Moxie Shield 1800 forms an integral colloidal gel membrane prior to initial set. These colloidal gels eliminate the formation of capillary pathways and restrict the rapid evaporation of surface water. Moxie Shield 1800 increases freeze-thaw durability and becomes an integral curing compound.

For use on above and below grade
  • Airports
  • Arenas
  • Basements
  • Bridges
  • Concrete Pipes
  • Counter Tops
  • CMU
  • Foundations
  • Levees and Dams
  • Reservoirs
  • Retaining Walls
  • Secondary Containment Structures
  • Sewage and Water Treatment Plants
  • SRW
  • Swimming Pools
  • Tunnels and Subway Systems
  • Parking Structures
  • Underground Vaults
  • Semiconductor Plants
Advantages
  • Stops water vapor transmission above and below grade
  • Increases compressive and flexural strength
  • Provides a shrinkage compensating thermal barrier
  • Plasticizer-like characteristics
  • Curing compound sealer
  • Dust-proofing compound
  • Expels up to 90% of internal chlorides
  • Stops penetration of chlorides and hydrogen sulfides
  • Resists spalling and flaking
  • Resists lichen, moss and other accretions
  • Resists acids and sulfates erosion
  • Increases freeze-thaw durability
  • Resists transmission of hazardous gases including radon gas
  • Increases surface hardness
  • Corrosion inhibitor
  • Pumping and finishing aid
  • Increases high early strength, surface density and bond strength
  • Reduces internal chloride ion levels
  • Resists scaling
  • Resistant to acids, oils, fats and solvents
  • Resists rust and waterborne stains
Sustainability
  • Building for future generations – The Moxie Shield technology strengthens the inner structure of concrete and leads to longer lasting quality structures.
  • LEED Certification – Moxie Shield 1800 increases available LEED credits for projects.
  • Zero VOC (EPA 24 VOC) – The Moxie Shield technology is based on inorganic compounds.
  • Non-Toxic/Non-Hazardous – The liquid Moxie Shield 1800 is not toxic or hazardous; therefore, when protecting concrete from moisture intrusion it will not release toxic or hazardous emissions.
  • Water-Based – The technology is a water-based carrier for inorganic ingredients.
Standards compliance

IBC, SEC 1911 – EPA 24 VOC – EPA Marine – NCHRP 244 – ASTM C494 – UDOT USDA approved for use in food processing areas. Complies with OSHA 29 CFR- -1910.1200.

Packaging

Moxie Shield 1800 is available in 1 gal (3.8 L) and 5 gal (18.9 L) pails, 55 gal (208 L) drums and 275 gal (1041 L) totes.

“…we have been recommending the Moxie products…for the past 12 years. In over a hundred slabs where this product has been utilized based on our recommendations, we have never experienced moisture migration through the treated slab.”

John Youngdahl, P.E.
Principal Engineer

1800 Concrete Waterproofing Admix
1800 Concrete Waterproofing Admix
Description
About product

Moxie Shield 1800 Concrete Waterproofing Admix is suitable for all forms of cementitious construction and products. Moxie Shield 1800 creates a complex chemical reaction by converting the by-products of cement hydration into a higher density cementitious material creating an impermeable substrate. The unique chemistry of Moxie Shield 1800 forms an integral colloidal gel membrane prior to initial set. These colloidal gels eliminate the formation of capillary pathways and restrict the rapid evaporation of surface water. Moxie Shield 1800 increases freeze-thaw durability and becomes an integral curing compound.

For use on above grade
  • Airports
  • Arenas
  • Basements
  • Bridges
  • Concrete Pipes
  • Counter Tops
  • CMU
  • Foundations
  • Levees and Dams
  • Reservoirs
  • Retaining Walls
  • Secondary Containment Structures
  • Sewage and Water Treatment Plants
  • SRW
  • Swimming Pools
  • Tunnels and Subway Systems
  • Parking Structures
  • Underground Vaults
  • Semiconductor Plants
Advantages
  • Stops water vapor transmission above and below grade
  • Increases compressive and flexural strength
  • Provides a shrinkage compensating thermal barrier
  • Plasticizer-like characteristics
  • Curing compound sealer
  • Dust-proofing compound
  • Expels up to 90% of internal chlorides
  • Stops penetration of chlorides and hydrogen sulfides
  • Resists spalling and flaking
  • Resists lichen, moss and other accretions
  • Resists acids and sulfates erosion
  • Increases freeze-thaw durability
  • Resists transmission of hazardous gases including radon gas
  • Increases surface hardness
  • Corrosion inhibitor
  • Pumping and finishing aid
  • Increases high early strength, surface density and bond strength
  • Reduces internal chloride ion levels
  • Resists scaling
  • Resistant to acids, oils, fats and solvents
  • Resists rust and waterborne stains
Sustainability
  • Building for future generations – The Moxie Shield technology strengthens the inner structure of concrete and leads to longer lasting quality structures.
  • LEED Certification – Moxie Shield 1800 increases available LEED credits for projects.
  • Zero VOC (EPA 24 VOC) – The Moxie Shield technology is based on inorganic compounds.
  • Non-Toxic/Non-Hazardous – The liquid Moxie Shield 1800 is not toxic or hazardous; therefore, when protecting concrete from moisture intrusion it will not release toxic or hazardous emissions.
  • Water-Based – The technology is a water-based carrier for inorganic ingredients.
Standards compliance

IBC, SEC 1911 – EPA 24 VOC – EPA Marine – NCHRP 244 – ASTM C494 – UDOT USDA approved for use in food processing areas. Complies with OSHA 29 CFR- -1910.1200.

Packaging

Moxie Shield 1800 is available in 1 gal (3.8 L) and 5 gal (18.9 L) pails, 55 gal (208 L) drums and 275 gal (1041 L) totes.

“…we have been recommending the Moxie products…for the past 12 years. In over a hundred slabs where this product has been utilized based on our recommendations, we have never experienced moisture migration through the treated slab.”

John Youngdahl, P.E.
Principal Engineer

1. BATCH PLANT & PLACEMENT PROCEDURES

Preparation

All equipment should be appropriate and suitable in accordance with the requirements of ASTM C94 Specifications for Ready Mixed Concrete. Ensure all concrete is prepared and placed in accordance with ACI 304 Measuring, Mixing, Transporting and Placing Concrete.

Batch plant mixing procedures
  1. Moxie International always recommends trial batching when using additional admixtures. If other admixtures are specified, please see Moxie Chemical Interactions Technical Bulletin #18-103.

Dosage Rate
  • 10 oz. per 94 lb sack of cement, or 10.64 oz per cwt (694 ml/100 kg) of cementitious materials (50 oz minimum per yd3). Include any other cementitious materials, such as fly ash, in the calculation. Field and laboratory tests show maximum benefits have been achieved at a recommended water-slump range of 3” to 3½” for standard concrete and 2” to 2½” for fly ash. Do not exceed a 0.52 w/(c+p) ratio regardless of slump. Higher water-slumps will result in increased slab drying time and permeability. Refer to the ASTM C94 Standard Specifications for Ready-Mixed Concrete.
  •  
Application
  1. Start with a clean mixer drum on the truck.
  2. Add the proper amount of Moxie Shield 1800 Admixture to a minimum of 20% of the batch water. In central mixing plants, Moxie Shield 1800 Admixture may be added to the entire, weighed amount of water. Reduce batch water gallons by the same amount of Moxie Shield 1800 Admixture that was added.
  3. Continue the batching process as per ASTM C94, including cementitious materials, aggregates, remaining batch water, and other additives. Do Not Use chloride-based set accelerators.
  4. There are no special cleaning procedures required for trucks returning to the plant, wash as usual.
  5. PROTECTION: Ensure that fresh concrete is protected from rain, wind, direct sunlight and freezing temperatures.
  6. FINISHING: If additional protection of surface moisture evaporation is needed, fog misting or an evaporation retardant/finishing aid may be applied per manufacturer instructions. For further questions refer to Moxie Engineering/Construction Considerations Technical Bulletin #18-102.
  7. CURING: Moxie Shield 1800 Admixture functions as a curing compound. To be eligible for the Moxie Shield Adhesion Warranty, curing compounds are not allowed. For further questions refer to Moxie Engineering/Construction Considerations Technical Bulletin #18-102.
  8. SLUMP: Maximum benefits have been achieved maintaining a 3” to 3½” water-slump, or 2” to 2½” for fly ash mix designs.
  9. TEMPERATURE: In harsh environments, follow ACI 305R Hot Weather Concreting and ACI 306R Cold Weather Concreting. During cool ambient temperatures, a non-chloride set accelerator may be used. Do Not Use chloride-based set accelerators. Moxie Fastset50 Accelerator, is a non-chloride set accelerator and may be used to reduce set time. Consult the Fastset50 Accelerator Specification Data Sheet or Moxie International Technical Department for additional information and dosage.
  10. WORKABILITY: Concrete may appear to be too stiff. It will, however, have the workability and finishing characteristics of a slump that is 1½” to 2” more than the tested slump. At the above w/(c+p) ratio there will virtually be no bleed water; inform finishers not to use bleed water as the primary indicator for finish timing. If there is any bleed water present, this indicates the water-to-cement ratio is too high, reduce the amount of water.
  11. PUMPING: Moxie Shield 1800 Admixture has characteristics of a pumping aid. There will be less line pressure in concrete pump.

Note: contact the moxie technical department (844) 845-1975 with any additional questions. Take necessary safeguards and precautions. Provide adequate protection for finished product during the first 72 hours against freezing or 7 days in high temperatures.

2. PRECAST PROCEDURES

Preparation​

All equipment should be appropriate and suitable in accordance with the requirements detailed in the Precast/Prestressed Concrete Institute (PCI) guidelines.

Precast mixing procedures

Moxie International always recommends trial batching when using additional admixtures. If other admixtures are specified, please see Moxie Chemical Interactions Technical Bulletin #18-103.

Dosage Rate

15 oz. per 94 lb. sack of cement, or 16 oz. per cwt (1040 ml/100 kg) of cementitious materials (50 oz. minimum per yd3). Include any other cementitious materials, such as fly ash, in the calculation. Do not exceed a 0.52 w/(c+p) ratio regardless of slump. Reduce batch water gallons by the same amount of Moxie Shield 1800 Admixture that was added.

Application
  1. Start with a clean mixing drum.
  2. For precast mixer configurations, Moxie Shield 1800 Admixture should be added to the entire weighed amount of batch water. At a minimum, Moxie Shield 1800 Admixture should be added to at least 20% of the batch water. Reduce batch water gallons by the same amount of Moxie Shield 1800 Admixture that was added.
  3. Continue the batching process as per standard plant procedures, including cementitious materials, aggregates, remaining batch water, and other additives. Do Not Use chloride-based set accelerators.
  4. There are no special cleaning procedures required for the concrete mixer, wash as usual.
  5. PROTECTION: Ensure that fresh concrete is protected from rain, wind, direct sunlight and freezing temperatures.
  6. FINISHING: If additional protection of surface moisture evaporation is needed, fog misting or an evaporation retardant/finishing aid may be applied per manufacturer instructions. For further questions refer to Moxie Engineering/Construction Considerations Technical Bulletin #18-102. 3.
  7. CURING: Moxie Shield 1800 Admixture functions as a curing compound. For further questions refer to Moxie Engineering/Construction Considerations Technical Bulletin #18-102.
  8. TEMPERATURE: During cool ambient temperatures, a non-chloride set accelerator may be used. Do Not Use chloride-based set accelerators. Moxie Fastset50 Accelerator, is a non-chloride set accelerator and may be used to reduce set time. Consult the Fastset50 Accelerator Specification Data Sheet or Moxie International Technical Department for additional information and dosage. 5.
  9. WORKABILITY: Concrete may appear to be too stiff. It will, however, have the workability and finishing characteristics of a slump that is 1½” to 2” more than the tested slump. At the above w/(c+p) ratio there will virtually be no bleed water; inform finishers not to use bleed water as the primary indicator for finish timing. If there is any bleed water present, this indicates the water-to-cement ratio is too high, reduce the amount of water.
  10. PUMPING: Moxie Shield 1800 Admixture has characteristics of a pumping aid. There will be less line pressure in concrete pump.

Note: contact the moxie technical department (844) 845-1975 with any additional questions. Take necessary safeguards and precautions. Provide adequate protection for finished product during the first 72 hours against freezing or 7 days in high temperatures. Always manufacture precast concrete within precast/prestressed concrete institute (pci) guidelines.

Documents and specifications:

Prior to use, we would recommend consulting the product label, product technical data sheet, and SDS sheet. For your benefit, this information is included below.

What substrates is Moxie Shield 1400 Masonry Block Sealer specifically formulated for?

Moxie Shield 1400 Masonry Block Sealer is engineered for large-pore masonry substrates — concrete masonry units (CMU), manufactured stone, gunite, shotcrete, mortar, grout, and ornamental concrete surfaces. The formulation is calibrated for the larger, more open pore structure of block and CMU, where greater product volume per unit area are needed to achieve effective protection.

Does it alter the appearance or surface texture of masonry block or concrete?

No. Moxie Shield 1400 Masonry Block Sealer is a surface penetrating treatment, not a surface coating or film-former. It does not change the color, sheen, or surface texture of CMU, stone, or concrete surfaces. The treated surface looks identical to the untreated surface — important for exposed architectural block, split-face CMU, decorative concrete, and ornamental masonry applications.

What building types and exterior assembly types is it most commonly specified for?

Moxie Shield 1400 Masonry Block Sealer is appropriate for any exposed CMU, concrete block, or porous concrete facade. Common applications include industrial and warehouse facilities, institutional buildings with exposed block construction, split-face CMU feature walls, concrete retaining and site walls, gunite and shotcrete pools or water features, mortar joints in masonry assemblies, and ornamental concrete elements in landscape and hardscape environments.

Is it appropriate for flooring substrate preparation?

Yes. Moxie Shield 1500 Penetrating Concrete Sealer is specifically documented for preparing concrete to receive resilient flooring, epoxies, coatings, and adhesives. It preserves and prepares the concrete surface for subsequent bonded applications. For moisture verification before flooring installation, ASTM E1907 (relative humidity test) is the only acceptable protocol — see the Specifiers section for moisture testing details.

What is the mechanism of action and how does it differ from silane/siloxane sealers?

Moxie Shield 1400 Masonry Block Sealer is a water-based inorganic sealer. When applied to masonry block or porous concrete, it penetrates in and onto the pore structure and undergoes a condensation reaction with moisture and existing minerals within the substrate, converting from liquid to a hard silicone resin within 24 hours. Field and laboratory testing shows superior performance over silane/siloxane sealers formulated with alcohol or petroleum solvents.

What penetration depth is achieved in concrete masonry units versus denser substrates?

Moxie Shield 1400 Masonry Block Sealer achieves penetration up to 3/4 inch in concrete block and large- pore masonry, ranging down to 1/4 inch in dense, fine-pored masonry products and concrete. Coverage rate is 50 to 100 sq ft per gallon for two coats, depending on substrate porosity.

What is the rated wind-driven rain performance?

Moxie Shield 1400 Masonry Block Sealer produces a breathable, water-repellent surface rated for wind- driven rain up to 30 miles per hour. This is a specific, tested performance threshold — particularly relevant for exposed CMU facades in coastal, high-rise, or open-site environments where lateral wind pressure drives moisture into masonry wall assemblies.

What ASTM compliance has been tested, and what does each standard address?

Moxie Shield 1400 Masonry Block Sealer is tested and compliant with ASTM C666 (freeze-thaw resistance) and ASTM D3960 (VOC content). It meets EPA USDA VOC = 0 and is USDA approved for use in food processing areas. It complies with OSHA 29 CFR 1910. All compliance documentation is available for project submittals.

Does it provide dust-proofing benefits, and how does that work?

Yes. Moxie Shield 1400 Masonry Block Sealer is specifically documented as a dust-proofing compound in addition to its water repellent and efflorescence inhibitor functions. The silicone resin formed within the pore structure binds and consolidates surface particles, reducing dusting without creating a surface film. This is a meaningful performance benefit in industrial, warehouse, and below-grade environments where floor and wall dusting creates housekeeping and equipment contamination issues.

What is the correct application method and equipment for large-pore masonry?

Apply using an airless or low-pressure (MESTO type) sprayer for best results on CMU and block surfac- es. A brush or roller may also be used. Do not use compressed air — the product will foam. Saturate the surface thoroughly, allowing a 12-inch rundown during application. Work in 5-foot segments on large wall areas. Coverage rate is 50 to 100 sq ft per gallon for two coats.

What is the wet-on-wet requirement and why is it especially important on block?

The second coat must be applied while the first coat is still damp. On porous CMU substrates, the first coat can be absorbed and begin curing faster than on denser materials. If the first coat dries, the surface will white over. Work in sections of no more than 50 sq ft at a time and increase vigilance on hot, dry, or windy days when evaporation accelerates.

What surface preparation is required before application?

All cracks and construction faults must be repaired before treatment. The surface must be thoroughly cleaned and power washed — no detergents. Allow a minimum of 48 to 72 hours drying time. The sub-strate must be completely dry and clean at the time of application. Do not apply to moist or wet surfaces, in rain, in direct sunlight, in windy conditions, or when ambient temperatures are below 50 degrees F / 10 degrees C.

Which adjacent materials or surfaces must be protected during application?

Due to the high pH of the formulation, Moxie Shield 1400 Masonry Block Sealer must not come in contact with glass, porcelain, ceramic tile, aluminum, zinc, or galvanized steel. Contact will permanently etch or erode the surface. Any accidental contact must be rinsed immediately. The product must not contact plant life or leather.

What are the storage and shelf life requirements?

Store in clean steel or plastic containers, sealed, above 40 degrees F / 4.5 degrees C. Do not allow the product to freeze. Keep separate from acids, reactive metals, and ammonium salts. The product has indef-inite shelf life when stored correctly. The formulation is non-toxic, non-flammable, and not regulated as hazardous for transportation under DOT.

Can Moxie Shield 1400 Masonry Block Sealer be applied at the CMU manufacturing facility?

Yes. Factory pre-application on concrete masonry units is a viable and commercially attractive approach. Factory conditions provide consistent substrate porosity, controlled application environment, and elimi- nate field application variability. Pre-treated CMU units arrive on site already protected against moisture intrusion, efflorescence, dusting, and freeze-thaw damage — a meaningful product differentiation for pro- ducers competing in quality-conscious commercial and institutional markets.

What is the dust-proofing benefit and how does it translate to product positioning?

The documented dust-proofing function — unique to the 1400 in the Moxie Shield line — is a compelling differentiator for CMU producers targeting industrial, warehouse, institutional, and below-grade appli- cations where surface dusting is a known maintenance and contamination problem. Pre-treated, dust- proofed CMU represents a premium product tier with measurable operational benefits for end users.

What market segments represent the strongest opportunity for Moxie Shield 1400 Masonry Block Sealer?

The documented substrate range spans industrial and warehouse construction, institutional buildings with exposed block, municipal and civic facilities, commercial and retail construction, ornamental landscape and hardscape, and below-grade construction. The wind-driven rain rating at 30 mph makes it particularly relevant for coastal interior and high-exposure sites.

What packaging formats are available for production-scale supply?

Moxie Shield 1400 Masonry Block Sealer is available in 1-gallon pails, 5-gallon pails, 55-gallon drums, and 275-gallon totes. Contact Moxie’s sales team at (844) 845-1975 or sales@moxieinternational.com to dis- cuss volume pricing, packaging options, and production-scale supply logistics.

Why does concrete masonry block need to be sealed?

CMU and concrete block are among the most porous building materials in common use. Unsealed, they absorb substantial volumes of rainwater and ground moisture, which migrates through the block and mortar joints, carrying soluble salts to the surface as efflorescence, supporting biological growth, activat- ing alkali reactions, and creating the freeze-thaw cycling that causes progressive surface deterioration. The cost of treating masonry block is a fraction of the cost of repointing, resurfacing, or replacing deteriorated material.

What does Moxie Shield 1400 Masonry Block Sealer protect against specifically?

It creates a penetrating, breathable water-repellent barrier up to 3/4 inch deep within block and mortar that resists liquid water absorption — including wind-driven rain up to 30 mph. Protection includes efflorescence and alkali salt migration, surface staining, mildew and fungus growth, freeze-thaw flaking and spalling, sur- face dusting on block and concrete floors and walls, and deterioration from contaminant penetration.

What is the dust-proofing benefit and why does it matter?

Surface dusting from CMU and poured concrete is a common and persistent maintenance problem in warehouses, industrial facilities, parking structures, and below-grade spaces. Moxie Shield 1400 Masonry Block Sealer’s silicone resin consolidates surface particles within the pore structure, eliminating the source of dusting without creating a surface coating that can peel or wear. For facility owners, that translates directly to reduced cleaning costs and extended equipment life.

Is this the right product for an existing building or only for new construction?

Moxie Shield 1400 Masonry Block Sealer is designed for both existing and new masonry surfaces. For owners of existing CMU, block, or poured concrete buildings — particularly those showing early signs of efflorescence, staining, or surface deterioration — it is an effective remediation and long-term protection tool.

Is there a manufacturer guarantee?

Yes. Moxie Shield 1400 Masonry Block Sealer is guaranteed to perform and be manufactured per the specifications contained in Moxie Engineering documentation. With over 50 years of field performance on building and construction materials, Moxie’s guarantee is backed by a documented track record.

Which CSI division and section does Moxie Shield 1400 Masonry Block Sealer fall under?

Moxie Shield 1400 Masonry Block Sealer is specified under Division 04 — Masonry, within sections covering CMU and concrete masonry — typically Section 04 22 00 (Concrete Unit Masonry) for new construction, or Section 04 01 00 (Maintenance of Masonry) for existing assemblies. For concrete substrate applications, it may be specified under Division 03 — Concrete. Moxie’s technical team can provide CSI-formatted specification language for your project structure.

What performance thresholds can be written into the specification?

Moxie Shield 1400 Masonry Block Sealer supports the following specification thresholds: inorganic silicone resin chemistry performing as a breathable water-repellent barrier with vapour transmission preserved, wind-driven rain resistance rated to 30 mph, ASTM C666 freeze-thaw compliance, ASTM D3960 VOC compliance at zero VOC, dust-proofing function, and no visible alteration of surface color or texture.

How do I specify this to exclude film-forming sealers and solvent-based alternatives?

Require penetrating inorganic chemistry forming a silicone resin bond within the substrate surface, zero VOC per ASTM D3960, preserved moisture vapour transmission, wind-driven rain resistance to minimum 30 mph, and ASTM C666 freeze-thaw compliance. Film-forming acrylics and elastomerics cannot meet the breathable and penetrating criteria. Solvent-based silane/siloxane sealers cannot meet the zero VOC and inorganic chemistry criteria.

Is Moxie Shield 1400 Masonry Block Sealer appropriate for LEED projects?

Yes. Moxie Shield 1400 Masonry Block Sealer qualifies for LEED credits through its zero VOC formulation, non-toxic and non-hazardous inorganic chemistry, USDA food processing area approval, and contribution to building durability and extended masonry lifecycle. LEED documentation is available to support your submittal package.

What documentation is available for project submittals?

Available submittal documentation includes: product data sheet, safety data sheet (SDS), ASTM C666 freeze-thaw test data, ASTM D3960 VOC documentation (VOC = 0), USDA food processing area approval, OSHA 29 CFR 1910 compliance, LEED credit qualification documentation, application procedures sheet, and manufacturer’s guarantee documentation. All are available upon request from Moxie’s technical team.

Are there project references available?

Yes. Moxie Shield 1400 Masonry Block Sealer has over 50 years of documented field use across industrial, institutional, commercial, and civic project types. References from architects, specifiers, and contractors are available upon request. Contact Moxie’s sales team at (844) 845-1975 or sales@moxieinternational.com.

Product Data Sheet — Full technical specifications
Safety Data Sheet (SDS) — Handling, pH, and compatibility warnings
ASTM C666 Compliance — Freeze-thaw resistance testing
ASTM D3960 / VOC Documentation — EPA VOC = 0 certification
USDA Food Processing Approval — Non-toxic, non-hazardous certification
LEED Documentation — Credit qualification and calculation sheet
Application Procedures Sheet — Two-coat wet-on-wet method guide
Coverage Rate Guide — By substrate type and porosity
Surface Compatibility Warning Sheet — Materials to protect during application
CSI Specification Language — Div. 03, Div. 04, and Div. 07 formats
Project References — 50 years across CMU, concrete, gunite, and ornamental masonry

Need proof?

How about fool proof.

40 years later and still no known equal.

STOPS WATER VAPOR
Stops transmission above and below grade
FREEZE THAW DURABILITY
Delivers more than 3x the durability of non-moxified concrete
CURING AGENT
Minimizes cracking, shrinkage and curling

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