Acid for dissolving concrete. It just takes three minutes for the cutting-edge BETOFF concrete acid (concentration) to dissolve concrete. The ability of BETOFF to penetrate concrete is what sets it apart from other acids used to dissolve it. The efficiency and, by extension, the final price, of other concrete acids are reduced since they collect concrete layer by layer. BETOFF super acid has a number of benefits, including being safe, not burning the skin, and diluting with water if you feel it’s working too fast. BETOFF is exceptionally potent, that is true. The rate of concrete dissolving is significantly different when using BETOFF liquid compared to other acids for concrete. In just three minutes, tough, aged concrete can be dissolved using BETOFF. For instance, I’ll mention that some concrete acids take much more time than that to dissolve a specific layer of dried concrete.
Acid for dissolving concrete. Extremely potent, aka BETOFF!
BETOFF liquid is unique among its competitors; no other product comes close. We chose to make a product that was comparable to an agent that had attracted our eye in the past. Toxins are extracted from salts using hydrochloric acid, an enigmatic and intricate procedure. Concrete can be dissolved by hydrochloric acid, but only if it is new and not too thick. One drawback of hydrochloric acid is that it suffocates when applied and can burn human skin. Hydrochloric acid’s corrosiveness is another drawback of the chemical. Even stainless steel can be reduced to a heap of scrap by this process.
Eliminating skin burning, suffocation during application, and minimizing corrosivity were challenges in making BETOFF liquid. Now that BETOFF is available all over Europe, we can declare that the mission was a success. The efficacy and safety of the liquid are highly valued by our customers.
Acid for dissolving concrete. What are the key differences between the liquid forms of the concrete acid BETOFF, BETOFF-X, and BETOFF-BIO?
If you feel that the liquid is acting too swiftly, you can dilute the concentrate with water whenever you want to use BETOFF. Its true purpose is to dissolve old, heavy concrete. Companies that rent out construction equipment, businesses that clean up after renovations and new building, construction companies themselves, and even regular folks who have trouble removing concrete commonly buy it.
Users who frequently work with medium-thick concrete often opt for the diluted form, BETOFF-X. Slower action and reduced effectiveness on thick and aged concrete are the results of diluting the liquid.
BETOFF-BIO is a plant-based liquid that dissolves thin concrete with ease. If the concrete is relatively new, that is ideal. The BIO version has no effect on varnish, metal, or galvanizing, and is really neutral to them.
Lime, cement, concrete, construction and acid for dissolving concrete!
We do not advise using raw acid for washing or pickling concrete, as we make new products for this purpose. Regrettably, using acids to clean concrete, bricks, and pavers is still a prevalent practice. I think this is a terrible plan. One of the oldest and most common ways to clean concrete is using acids, which is why mechanized cleaners and coating installers utilize them. When cleaning concrete and bricks, the acids most often employed are phosphoric acid and muriatic acid. Applying coatings, removing stains, cleaning grout, and removing efflorescence from bricks are all examples of concrete cleaning tasks that have long been considered standard practice. The most typical response you’ll receive if you ask around at hardware stores about removing stains from concrete is, “Use muriatic acid.”
Concrete and acid damage
It is still recommended, according to many authorities, to use acid to etch the concrete surface before applying any coating.
For acid etching to work, a very thin coating of concrete must be removed from the surface. If the stain is embedded deeper than the surface of the concrete, acid etching will not be able to remove it. Furthermore, it is not effective in removing hydrophobic materials, such as grease or old coatings. Additionally, it is highly unpredictable and erratic, leading to an uneven surface that is either under- or over-etched.
When applied to concrete or bricks, muriatic acid’s corrosiveness can cause skin burns. In addition, the fumes it emits might lead to lung burns.
Muriatic acid is extremely toxic and can destroy any vegetation it comes into touch with. It has the potential to infiltrate into water sources after leaching into the soil, where it could pose a threat to aquatic life and other plant and animal species. While some acid may be able to evaporate from the ground, the vast majority will remain underground.
In addition, acid gradually dissolves concrete and bricks, which is one of the worst consequences of utilizing it. Why?
A mixture of cement, water, gravel, and sand is mixed to produce highly absorbent concrete. Combining these four elements yields concrete, a substance with a high hardness and the ability to solidify. When the concrete’s pH is 12.5 or above, it has pH that is quite acidic. In acid etching, the concrete’s structure is degraded because the acid upsets the pH balance that other hardeners have established in the alkaline concrete. The concrete eventually breaks down. It will be possible to see spalling, pitting, cracking, and other flaws.
As to why undiluted acid should not be applied to concrete.
The primary issue is that the acid thoroughly etches the concrete, making it impossible for the acid to fully neutralize. For instance, when acid is applied to a standard 4-inch concrete floor, it will be able to permeate the concrete at least 2 inches. It doesn’t matter how many times you wet the surface; some parts will always stay unneutralized. Even worse, a lot of individuals use acid etching without understanding the necessity of neutralizing the surface with water.
Without the correct neutralization, concrete will begin to crumble immediately. In most cases, the damage is permanent, but it may take a while for it to become apparent. Although concrete’s inside cannot be accurately tested for pH levels, its surface can be tested to determine if neutralization has taken place.
We highly advise against etching concrete with acid before sealing and polishing it. It will turn out that employing raw acid isn’t a good idea because of how acid affects the structure of concrete.
Acid for dissolving concrete. Concrete Cleaning Made Safe
In reality, just two methods exist for cleaning concrete that are both safe and effective. One option is to use a non-acidic chemical that is safe for the concrete. Another is to mechanically clean the concrete, as by polishing it.
Both methods do a good job of prepping concrete to receive a new sealant. Think about how you’ll be using the floor in the future and do some study to identify the best product or mechanical grinding system for it.
Acid for dissolving concrete. Concrete Polish
Any kind of stain may be swiftly and safely removed from concrete using one of our many cleaners. Our recommendation is BETOFF-U, a universal cleaner, for any concrete surface that has oil, grease, or greasy stains. This groundbreaking agent is completely biodegradable, made from cosmetic ingredients, and free of hydrochloric and phosphoric acid.
Acid for dissolving concrete
Clearing solution for concrete surfaces
But if you’d rather use an acid-based cleaner, BETOFF-B fluid is available for purchase; diluting it will also effectively remove any grime from stone, concrete, or paving stones.
