CONCRETE MOISTURE PROTECTION                

Acid Test on Paver (4mb)	Acid & Oil Test on Slab (8mb)

                        Hospital & Health Facilities - Sports Stadiums - Saleyards - Stables - Poultry Farms - Commercial Buildings - Underground - Carparks - Retail Shopping Complexes - Aquatic Centres
 

REFERENCES: ALDI - McDonalds - Colac Hospital -  Royal Womans Hospital -  Grace McKellar Nursing home - Trafalgar Aged Care - Advanced Aged Care - Woolooware Aged Care –  Kyabram aged care –  Northern Hospital –  Mornington Hospital –  Skipton Hospital.
 

Enviro Floors Concrete Seal

 

Delivers

 CONCRETE MOISTURE PROTECTION TO:

  

   4Hospital & Health Facilities   4Sports Stadiums

   4Saleyards                                4Stables

   4Poultry Farms                        4Commercial Buildings

   4Underground Carparks         4Retail Shopping Complexes

   4Aquatic Centres

  

 

Enviro Floors Concrete Seal

 

·  Strengthens and densifies

·  Stops hydrostatic pressure

·  Environmentally sustainable

·  Neutralizes odours from urine, body fluids, faeces, water, oils and acids
 

Benefits of Enviro Floors Concrete Seal

PRIMARILY – delivers a cure & seal as well as internal concrete protection to new and aged concrete and delivers the following benefits;

 

·        STOPS HYDROSTATIC PRESSURE

·        STOPS MOISTURE PENETRATION (from all external sides of substrate)

·        STOPS CONCRETE CANCER (from within the substrate)

·        STOPS SALINITY FROM ENTERING & EXITING CONCRETE

·        STOPS OFF-GASSING PERMANENTLY (Including Radon gas) Assists in minimising sick building syndrome

·        DOES NOT REQUIRE CURING AGENTS AT THE TIME OF POUR

·        SHORTENS THE HYDRATION PERIOD DURING CONSTRUCTION TO AROUND    16 DAYS

·        INCREASES CONCRETE HARDNESS BY AT LEAST 16%. NEW & OLD.

·        HOLDS MOISTURE % WITHIN THE SUBSTRATE FOR THE LIFE OF THE CONCRETE

·        SANITIZES CONCRETE WITHIN THE SUBSTRATE

·        PURGES RESIDUAL WASTE PRODUCTS FROM SUBSTRATE OF AGED CONCRETE

 

Enviro Floors Concrete Seal
 

       ENVIRONMENTAL IMPACT EFFECTS? 

·   Enviro Floors Concrete Seal is 100% biodegradable

·   There are no volatile organic chemicals or compounds in its formulation

·   Chloro Fluoro Carbon (CFC) free

·   VOC / VOS FREE

·   Solvent free, water based formulation

·   NON TOXIC to humans - No toxic chemicals or heavy metals used in the formulation

·   Prevents sick building syndrome “off gassing,” from concrete

·   100% salinity control in concrete 

  DOES Enviro Floors Concrete Seal HAVE AN ENVIRONMENTAL POLICY? 

YES!      The Enviro Floors Concrete Seal team and its business partners are totally committed to ensure by its endeavours, that all products used are designed to minimise damage to the global environment, whilst at the same time stopping green house gasses building up internally and exiting from concrete. 

Products that are human, animal, plant, water and atmospheric safe are only used by Enviro Floors Concrete Seal. 

Enviro Floors Concrete Seal a stand alone, wholly owned Australian enterprise, commits itself to environmental protection, whilst at the same time doing its part in ensuring sustainable living assets are given unique supportive assistance. 

Applicable American Standards for

Note: Tests are in accordance with American Standard Test Methods (ASTM).

 meets or exceeds the following standards for curing and sealing:

 

 EXPECTED PRODUCT OUTCOMES 

When Enviro Floors Concrete Seal solution touches the surface of concrete it quickly penetrates out of sight towards the bottom of the concrete, entering at the surface pores (top) of the concrete’s matrix, where within seconds of its arrival, it produces a vapour impermeable formation, which extends deeply within the concrete and is a resultant internal moisture membrane.

For fresh concrete pours, the product instantly transforms all free moisture within the concrete and ensures hydration is not impeded by moisture leaving the concrete. Enviro Floors Concrete Seal induced formation can be observed as sustaining a high humidity environment within the concrete for more than long enough to entirely hydrate the available cements, and any pores holding moisture in the resultant mix.

The applied solution contains a catalytic ingredient which draws the induced reaction deeply into fresh concrete and its cement paste. The solution as it penetrates the concrete, provides mix water, utilised for the cement hydration process (to a degree, depending on cement composition), to increase its formation of fine void fillers, therefore strengthening its hydrates. Duration of the hydration period is both extended and maximised because the concretes hydration processes are accelerated.

Hydration time is achieved in a significantly shorter time period through production of additional calcium silicate hydrate (CSH). Hydration continues as long as a space (capillary porosity) for hydration product and moisture is available. An effective reduction of capillary voids is achieved by the gel forming solution entering the voids, resulting in the creation of an interstitial filler

Generally the more hydration (CSH) product, the stronger, harder, more durable, more impermeable concrete, will produce greater volumes of hydration product, reinforcing its (CSH) gel component by lowering its total percentage of capillary voids, through increased hydration production. Concrete is permanently integrally sealed to prevent water and other contaminants from entering or passing through its matrix, excepting for light atomic weight gases such as oxygen, allowing concrete to breathe as is necessary. The end result is more durable concrete that is impermeable, more freeze-thaw damage resistant, more dust resistant, more abrasion resistant, less likely to have detrimental internal chemical reactions, and easier to keep clean. As a bonus vapour gas such as radon gas is forced to seek other avenues of escape instead of passing through the concrete because our solution creates a sub-surface membrane blanket consisting of uniform-size microspores, which are impermeable to all but the lightest harmless gases.

CAUTION:

All enclosed content is subject to change without notice

All content is Copyright

 

Enviro Floors provides concrete sealing, hardening, densification, and waterproofing services. Despite its durability, concrete is a porous material, which means it can absorb water, chlorides, stains, and other water or oil based materials that it comes in contact with. By treating the concrete with a sealer, you can inhibit the penetration of these intruders while allowing the surface to breathe, so moisture within the concrete doesn’t become trapped. Concrete is typically sealed with either a penetrating densifying sealer or a film forming sealer. Penetrating water-based sodium silicate solutions harden and densify concrete by chemically reacting with the calcium salts present in concrete. It can be applied in one coat or multiple coats depending on the concrete porosity and can be used on either new or existing concrete floors. Sealers actually penetrate into the concrete surface to a depth of about 1 to 4 mil to increase water repellency and resist stains on absorbent concrete. They provide invisible protection without changing the surface appearance, and can increase the surface strength of your concrete floor. Film forming solvent and water based acrylic sealers inhibit penetration of water and contaminants such as oil, grease, and stains by forming a barrier on the concrete surface. When used on newly placed concrete, sealers can help protect against spalling, dusting, efflorescence, freeze-thaw damage, and alkali degradation. Many also impart a gloss or sheen, so they often are used to enhance coloured, stamped, or exposed-aggregate concrete.

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CONCRETE PROTECTION

CONCRETE CURE & SEAL SOLUTION TREATMENT Click on photo to enlarge JUST A FEW OF THE MANY BENEFITS: SUPERIOR TO WATER CURE HARDENS SURFACE STAYS PLIABLE, ALLOWING CONCRETE TO BREATHE ADDS DENSITY AND BONDING STRENGTH WATERPROOFS RESISTS FREEZE-THAW SPALL OFF INCREASES THERMAL RESISTANCE PRESERVES IMBEDDED STEEL RETARDS OR HALTS ALKALI SILICA REACTIVITY NONTOXIC NO VOC/VOS CONTENT MAKES ICE REMOVAL EASIER CLEAN EQUIPMENT USING ONLY WATER RETARDS DUSTING AND PITTING NEUTRALIZES INTERNAL CORROSIVES   Concrete Cure & Seal is a unique one step cure and seal process that provides every beneficial function associated with curing concrete, plus much more. Concrete Cure & Seal solution out performs water curing in every aspect, i.e. durability, impermeability, strength, etc. As Concrete Cure & Seal solution touches the surface of concrete it quickly penetrates out of sight (except for any pigment, if applicable) to the bottom of the concrete's surface porosity to the top of the concrete's matrix where within seconds upon its arrival it forms a vapor permeable subsurface internal membrane. This instantly prevents moisture or water from leaving the fresh concrete. From that point on water can only escape from the concrete in fine vapor form. This aspect effectively works to sustain a long lasting high humidity environment inside the concrete to sufficiently hydrate the mix's available cement content. The length of time to accomplish this is dependent upon cement composition, fineness, and moisture proportions. Even extremely low water/cement ratio mixes, requiring at least an 80% relative humidity environment to prevent self-desiccation, will benefit from the Concrete Cure & Seal created environment. Concrete Cure & Seal solution also contains ingredients capable capable of penetrating deeply into fresh concrete and it's cement paste component. These same ingredients provide to mix water utilized for the cement hydration process (to a degree, depending on cement composition) particle fineness and richness of mixture. Duration of the hydration period may be extended, but since concrete's hydration processes are accelerated through the use of Concrete Cure & Seal solution, hydration time is achieved in a significantly shorter time period through production of additional calcium silicate hydrate (CSH). Hydration continues as long as a space (capillary porosity) for hydration product and moisture is available. Generally the more hydration product (CSH) produced, the stronger, harder, more durable, more impermeable, etc., the concrete becomes. Concrete Cure & Seal solution provides concrete with a superior cure producing greater volumes of hydration product, reinforcing it's C-S-H gel component (the strength component of concrete) by lowering its total percentage of capillary voids through increased hydration product (CSH) production. Concrete is permanently integrally sealed to prevent water and other contaminants from entering or passing through its matrix, except for light atomic weight gases such as oxygen, which allows concrete to breathe as is necessary. The end result is more concrete that is impermeable, more freeze-thaw damage resistant, more dust resistant, more abrasion resistant, less likely to have detrimental internal chemical reactions, and easier to keep clean. As a bonus, vapor gas such as radon is forced to seek other avenues of escape instead of passing through the concrete. This is achieved because Concrete Cure & Seal creates a subsurface membrane blanket consisting of uniform-size micropores that is impermeable to all but the lightest harmless gases. Concrete Cure & Seal does many beneficial things to concrete while enhancing its bonding ability without impairing surface traction quality.