DryMax contains zero volatile organic compounds and
are safe for use both outdoors and in confined internal spaces;
ASTM C494-19 Standard specification for chemical additives for concrete.
TESTING RESULTS
30% more compressive strength and double the decrease in rate of absorption
DIFFERENTIATORS
COMPARISON
NET ZERO
100% Organic Mineral-based No Harsh ChemicalsIncreases Concrete Strength unlike other integral water proofers2x More Effective than the rest
HOW IT WORKS
COST-SAVING FACTORS
BENEFITS
Stronger Admixture Formula = Less Cement = Lower CostReduces the cost of maintenance and repairsLess expensive to apply than most other waterproofing methods
SPECIFICATIONS
30% MORE
Increases flexibility in construction scheduleIncreases reliability and quality controlResists extreme hydrostatic pressure from the
positive or negative surface of the concreteAllows the concrete to breatheAdded to concrete at the time of dosing and
is therefore not subject to climatic restrictions
OVERVIEW
100% Organic Mineral-based No Harsh ChemicalsIncreases Concrete Strength
unlike other integral water proofers2x More Effective than the rest
DryMax contains zero volatile organic compounds and are safe for use both outdoors and in confined internal spaces;
ASTM C494-19 Standard specification for chemical additives for concrete.
Stronger Admixture Formula
= Less Cement = Lower CostReduces the cost of maintenance and repairsLess expensive to apply than most other
waterproofing methods
Increases flexibility in
construction scheduleIncreases reliability and quality controlResists extreme hydrostatic pressure
from the positive or negative surface
of the concreteAllows the concrete to breatheAdded to concrete at the time of dosing
and is therefore not subject to climatic
restrictions
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30% MORE
DryMax contains zero volatile organic compounds and
are safe for use both outdoors and in confined internal spaces;
ASTM C494-19 Standard specification for chemical additives for concrete.
Weaknesses
Uses hydrophobic compounds to fill pours and capillaries, blocking water absorption.
**Some pore-blocking additives use silicone.
Offers the largest reduction in absorption
Crystalline Waterproofing
The engineering results
are astounding. Testing
has shown DryMax is the most effective Integral Waterproof Admixture
on the market, with an
eco-friendly, all-natural solution that significantly outperforms the competition.
Highly Effective.
Easy to Use.
More Strength with Less
Materials and Labor.
The New Choice in
Integral Waterproofers.
Crystalline growth promotes self healing properties that can reduce micro cracks in concrete
TYPES OF INTEGRAL WATERPROOFERS
Traditional Pore-Blocking
Strengths
THE RESULT
A waterproof protective coating applied over the concrete providing an additional layer of protection
Fills the pores and capillaries slowing down and blocking water absorption
More ExpensiveDeteriorates quickly
(re-apply every 3-5 years)
DESIGNED FOR PERFORMANCE
Uses hydration to foment crystalline growth filling pores and micro cracks in concrete
Requires water to grow new crystalsAmount of growth can vary by amount of hydrationUncertain if/when crystallization sufficiently occurs
Topical Coatings
These additives are weaker than the concrete itself, diminishing strength and decrease in performance by 10%-30% depending on dosage
** Some integral water proofers can be quite costly
The Revolutionary
100% Mineral-Based Pore-Blocking Solution
The engineering results are astounding. Testing has shown DryMax is the most effective Integral Waterproof Admixture on the market, with an eco-friendly, all-natural solution that significantly outperforms the competition.
The Revolutionary 100%
Mineral-Based Pore-Blocking Solution
Highly Effective. Easy to Use. More Strength with Less Materials and Labor.The New Choice in Integral Waterproofers.
Crystalline growth promotes self healing properties
that can reduce micro cracks in concrete
The engineering results are astounding. Testing has shown DryMax is the most effective Integral Waterproof Admixture on the market, with an eco-friendly, all-natural solution that significantly outperforms the competition.
These additives are weaker than the concrete
itself, diminishing strength and decrease in
performance by 10%-30% depending on dosage
** Some integral water proofers can be quite costly
Uses hydrophobic compounds to fill pours and capillaries, blocking water absorption. **Some pore-blocking additives use silicone.
More ExpensiveDeteriorates quickly
(re-apply every 3-5 years)
Nature’s Finest
Reinforcement
(Rebar) Corrosion
Challenge: Steel reinforcement is used in concrete structures to allow the structure to bend more than concrete alone. This however creates a problem. When water and soluble salts are absorbed into the concrete they can cause the steel to oxidize and corrode.
Curing
Impact: When steel corrodes it expands. This can cause the surrounding concrete to crack and spall leading to premature failure
Quality
Control
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Challenge: Concrete requires proper curing to achive long term durability. The reaction that occurs after the mixing phase is exothermic in the form of heat. If this heat is not minimized this can cause cracking.
Challenge: Achieving consistent quality in concrete is difficult due to variations in raw materials (e.g., aggregates, cement) and mixing processes. Small inconsistencies can lead to significant issues in the finished product.
Impact: If curing is done improperly or the concrete dries too quickly, it can result in cracks, lower strength, and reduced long-term durability.
Workability
and Mixing
DryMax has the ability to close the capillaries and pores that allow water into the concrete. Not just on the surface but throughout the entire mix.
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Impact: Poor-quality concrete can lead to premature failure of the structure, reduced lifespan, and increased maintenance costs.
Challenge: Achieving the correct mix of ingredients—water, cement, aggregates, and additives—is essential for concrete to perform as expected. If the mix is too dry, it may be difficult to work with, while if it is too wet, it could lead to segregation or weaker concrete.
Waterproof Excellence
Sustainability and Environmental Concerns
Impact: Improper mixing can result in poor workability, defects in finish, or structural failures if the concrete doesn’t achieve the required strength or durability.
The Challenges.
The Impact.
The DryMax Solution.
DryMax creates low absorption concrete mixes that minimize the depth that the water and soluble salts can penetrate. This protects the reinforcement steel and increases the long-term durability of the structure.
Challenge: Concrete production is energy-intensive and generates a significant amount of CO2 emissions, primarily due to the manufacture of cement, a key ingredient in concrete.
Impenetrable Protection
Impact: The environmental footprint of concrete has become a growing concern. There is increasing pressure to find more sustainable materials or practices, such as using supplementary cementitious materials (SCMs) or recycling concrete.
In the field, concrete is typically kept moist to help with curing. Drymax does not have this curing constraint. Drymax concrete can be cured in a moist or dry environment.
DryMax increases the strength of the concrete mixture. This allows the mix to be more forgiving in instances where strength thresholds are required.
Weatherproof Curing
Concrete construction is widely used in the building industry due to its durability, strength, and versatility. However, it also presents several challenges that can impact both the construction process and the long-term performance of structures.
Quality & Strength
Cracking
THE MAIN CHALLENGES WITH CONCRETE CONSTRUCTION
DryMax optimizes concrete mix designs by allowing for a reduction in mixing water while maintaining the same workability.
Challenge: All concrete requires water to activate the cement and pozzolans in the mix. After it has hardened water will still try to permeate the concrete. If outside water does get into your concrete it can cause major problems because of alkali-silica reaction (ASR) and/or freeze-thaw.
DryMax is an entirely mineral-based product. Not only is it environmentally friendly, but it also increases the strength of the concrete allowing the concrete to use less cement to obtain the same strength.
Consistent Results
Impact: ASR creates a “gel” inside concrete. If this gel interacts with water it expands causing cracks in the concrete. Likewise if water permeates inside concrete and then freezes it also expands causing cracks.
Weatherproof Curing
Waterproof Excellence
In the field, concrete is typically kept moist to help with curing. DryMax does not have this curing constraint. DryMax concrete can be cured in a moist or dry environment.
DryMax is an entirely mineral-based product.
Not only is it environmentally friendly, but it also increases the strength of the concrete allowing the concrete to use less cement to obtain the same strength.
The DryMax formula increases the strength of the concrete mixture. This allows the mix to be more forgiving in instances where strength thresholds are required.
Challenge: Achieving the correct mix of ingredients—water, cement, aggregates, and additives—is essential for concrete to perform as expected. If the mix is too dry, it may be difficult to work with, while if it is too wet, it could lead to segregation or weaker concrete.
DryMax ptimizes concrete mix designs by allowing for a reduction in mixing water while maintaining the same workability.
USAGE AND PRODUCT DETAILS
Mixture
Product Data Sheet
How to use DryMax
Instructions for use
75%
Safety Data Sheet
Drymax should be added to the concrete or mortar at the time of its production.
DryMax Admixture is mixed into the concrete mix at the time of batching to waterproof and protect the concrete from the outset. It outperforms other methods due to its unique ability to become a truly integral part of the concrete mix.
75% reduction in rate of absorption
Dosage Rate
2.5% of weighted cement
Dosage Rate
2.5% of weighted cement
Product Data Sheet
Safety Data Sheet
Mixture
Drymax should be added to the concrete or mortar at the time of its production.
152.4
CONTROL 1
DryMax has tested the following cements with the same incredible performance results:
*CONTROL TEST CEMENT
• A1L Cement – Lower Carbon
• United Arab Emirates Cement
• Brazilian Cement
CONTROL 2
25.4
“It is highly unique that DryMax is that much stronger than the control concrete and has worked consistently with any cement. Throughout our testing, we have yet to find another admixture with comparable performance to DryMax–NOT EVEN CLOSE.”
DRYMAX
MEETING THE CHALLENGE
DIN 1048 DEPTH OF WATER PENETRATION TEST RESULTS
A control mixture that did not contain DryMax admixture was produced and a test mixture containing DryMax admixture at 2.5% of weight of cement was also produced.
NOT EVEN CLOSE
*Our advanced DryMax formulation was developed to better meet the US concrete market. The tests were performed with type 1L cement, which seems to be gaining impetus based on market and government demands to reduce carbon dioxide emissions. This new designation of type of cement, created under the ASTM C595 standard for mixed cements, contains more than 5%, but no more than 15%, in mass, finely ground limestone.
**Red line shows water penetration after 24 hours
DryMax Testing at 2.5%
using Roberta 1L Cement
