The Ashford Formula is available internationally in 208L drums. In the United States, it is available in 55-gallon drums or 5-gallon pails.
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Yes. Decades of field experience has provided more than ample proof that the Ashford Formula produces excellent curing results in terms of ensuring full compressive design strength and minimizing, or even eliminating, surface crazing. The Ashford Formula can also be used in conjunction with other curing mechanisms, such as membrane cures or a wet cure.
Note: The Ashford Formula is not a membrane, and therefore, does not meet the intent of the ASTM C-309 curing standards for membranes.
Yes. Curecrete has letters from many bondbreaker manufacturers certifying that their products will work well on Ashford Formula treated casting beds. The Ashford Formula should be applied to the floor/casting bed at the time of placement. The bondbreaker can then be applied later per usual procedures. Another option is to cure the slab with a dissipating curing agent, apply the bondbreaker, lift the panels thoroughly, strip and clean the floor, then apply the Ashford Formula.
Note: The Ashford Formula must be applied to clean, bare concrete so that it can penetrate. Bond-breakers and/or curing agents must be thoroughly and completely removed from the floor before the Ashford Formula is applied.
The marble-like sheen develops strictly as a result of traffic, use and scrubbing. The more quickly the floor is exposed to abrasion, the quicker it will develop a shine. There are several ways of imparting a sheen much earlier than it would develop on its own.
How quickly does Ashford Formula treated concreted develop a seal?
When the Ashford Formula is applied to concrete, the process of sealing only begins. The seal is the result of an ongoing chemical reaction that takes several months to complete. For this reason, the floor can be susceptible to some staining during the first few months. Curecrete recommends the following guidelines:
1 – Diaper equipment that could leak oil or other contaminants.
2 – Clean the floor regularly with a good detergent and aggressive scrubbing equipment. As the Ashford Formula continues to react with the concrete, contaminants will be forced out and removed by the cleaning process. Water from the cleaning process will also speed up the reaction of the Ashford Formula with the concrete, accelerating the seal.
3 – Clean up small spills immediately and spot-treat any stains with a good degreaser or oil emulsifier. As the floor matures, it will take on a more uniform appearance and any stains will become less and less noticeable. When the Ashford Formula ultimately seals the floor, the results are permanent. At this point, frequent cleaning is necessary only to maintain the appearance of the floor.
The Ashford Formula hardens and dustproofs the treated concrete surface within hours of its application.
When the Ashford Formula is applied to structurally sound concrete, the surface will not dust or erode. It is a chemical reaction that takes place 100% of the time. If, however, the concrete surface is not sound, then the Ashford Formula, when applied at standard coverage rates, cannot overcome the deficiencies of problem concrete. In every such case, when the concrete has been tested, the test results have shown that the concrete surface lacked structural integrity at the time the Ashford Formula was applied. The most common problems are excessive carbonation and/or poor water cement ratio. These are surface problems that have nothing to do with the integrity of the underlying substrate. In our experience, however, additional Ashford Formula can be applied to such floors with excellent remedial benefits. With some floors, the problems with the concrete may be so severe that even more Ashford may not help. If you have a floor that is abnormally soft or chalky, call Curecrete or your local agent for guidelines on how to use additional Ashford Formula as a possible remedy.
No. The Ashford Formula is a chemically-reactive liquid hardener and densifier. It protects the surface of the concrete not by coating it, but by increasing the density and durability of the wearing surface. Once the Ashford Formula has penetrated the concrete and reacted with it, there is no Ashford left. What remains is a crystalline-densified version of the concrete that was there in the first place. There is no coating, film or membrane to scratch, wear, or peel.
A properly executed application will leave no Ashford Formula residue on top of the treated surface. Only the material that has penetrated should remain. If un-reacted/un-penetrated material is left on the surface, it can create white patches if it comes in contact with water. If sufficient quantities of Ashford are left on the surface, then it can even turn white on its own, whether it comes in contact with water or not.
Certainly. There is no chemical incompatibility between Ashford Formula treated concrete and paints commonly used for striping. Once the Ashford Formula has penetrated and reacted with the portland cement, there really is no Ashford left. What remains is a densified version of the concrete that was there in the first place. The surface is slightly richer in silicates, but since silicates are in concrete anyway, there is no chemical reason for a paint not to bond. There can be problems with a good mechanical bond if the floor surface lacks bite or profile. This, however, is related to the floor finish, not to the presence or absence of the Ashford Formula. In such cases, the paint manufacturer’s instructions for roughening the surface should be strictly followed.
Not any more or less slippery than the surface to which the Ashford Formula is applied. Co-efficient of friction test results are available.
No. The Ashford Formula is an odorless and non-hazardous material. It contains no solvents or volatile organic compounds. The Ashford Formula is non-toxic, and produces no harmful fumes or vapors. The Ashford Formula is completely water-based and environmentally safe. Use of this product requires no breathing apparatus or protective clothing.
For further information please refer to the Ashford Formula Safety Data Sheet.
No. An optional second application is sometimes used to provide an early sheen, but this is not necessary to ensure the curing, sealing, hardening, and dustproofing performance for which the Ashford Formula is known for.
Two to three hours.
The coverage rate of the Ashford Formula is 200 ft2/gal (5 m2/L).
Generally no, although exceptions have been arranged in certain instances.
No. The Ashford Formula is ready to use out of the container. No primers are necessary. The only requirements are that the concrete contains standard portland cement, and that the surface is bare and clean.
Yes, the material should be thawed out and slightly agitated prior to use.
Indefinite. Agitate before use if product is more than 1 year old.
Yes. If the concrete is integrally colored, i.e. the pigment is added at the batch plant, then the concrete should be fully cured before the Ashford Formula is applied. If the concrete is stained with mineral salts, the Ashford Formula should still not be applied until the concrete has cured for 1 month.
Note: Mineral stains are normally applied at 21 days after concrete placement, so the Ashford Formula can be applied just over a week after the stain.
Warehouses, distribution facilities, aviation hangars, manufacturing plants, food processing and distribution buildings, pulp and paper mills, or other types of facilities with large exposed concrete floors.
Please visit or Markets Served page for more details.
Yes. It has been used with excellent results for many years in such facilities. For guidelines, contact us.
Yes, but Curecrete does not recommend using the Ashford with mixes that contain more than 15% (of total cementitious value) fly ash.
No, provided the admixtures are not present in quantities that exceed manufacturer’s recommendations.
Note: The accelerator calcium chloride has in recent years become less popular as an admixture. It can cause slab discoloration, increased corrosion of imbedded reinforcement, increased thermal cracking, and decreased resistance to sulfates. The problems associated with calcium chloride can occur whether the Ashford Formula is applied or not.
Yes. The Ashford will harden, dustproof, and densify the concrete paste surrounding the fibers, but will obviously not react with the fibers themselves. The Ashford Formula has been used successfully on many steel and poly fiber floors.
In the U.S. and Canada, the Ashford Formula may be applied on new concrete by owners, contractors, or qualified applicators. If owners or their contractors apply the material, Curecrete requires that a field technician be on hand to provide assistance and ensure the application is done correctly. On existing concrete, Curecrete recommends that only qualified applicators prepare the surface and apply the material.
For International Customers, application of the Ashford Formula is monitored by our exclusive network of Distributors. Please contact the Distributor in your country or the Managing Director in your region to learn who can apply the Ashford Formula in your area.
Curecrete recommends any low pressure, high-volume pump. As a general guideline, this means a pump that will dispense material at 40-70 psi and roughly three to five gallons per minute. There are a number of excellent pumps on the market, most of them simple electric models with standard garden hose inputs and outputs.