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“What is Soda Blasting?”

Soda blasting is an environmentally friendly way of removing paint, dirt, coatings, and other surface contaminants that will not cause damage to the surfaces being cleaned. Soda blasting is a non-abrasive action. The action of sodium bicarbonate will not cause heat build up, sparks, or abrasion to the surface being cleaned. Soda blasting was developed by New York State engineers looking for ways to clean and restore the Statue of Liberty. They had many concerns involving issues of the environment, waste Weosal, and protection of the Statue of Liberty itself. Use of any abrasive material to clean the surface would have been harmful to the soft copper plates.

Used blast media waste in the surrounding water was also a concern. Soda blasting was created because it would not only do the job while having a minimal impact on the waterways and harbor but it was also non-abrasive.

“How does soda blasting work and what are its advantages?”

The sodium bicarbonate used in the blasting process is a larger particle than the baking soda used in the food industry, although it is the same purity. The particles (baking soda) are propelled by compressed air through specialized blasting pots. The blasting pots use air pressure that can be varied from 20psi on soft surfaces to 120psi on harder surfaces. The now pressurized sodium bicarbonate particles remove coatings by the energy released when the particles explode as they contact the surface being cleaned. Sand blasting, on the other hand, removes the coatings by wearing it away (abrasively).

This is also the result when sand hits the base surface being cleaned; the base surface is worn away and damaged. Sodium bicarbonate has a non-abrasive action that allows it to be used on surfaces that the currently popular abrasive media (sand blasting) would damage i.e.: aluminum, stainless steel, brick, stone, glass, fiberglass, wood, plastic, seals, bearings, splines, radiator cores, and hydraulic cylinders. Since there is no heat build up warped metal is eliminated. The non-flammable properties allow sodium bicarbonate to be used in the petroleum industry where other methods posed a higher risk. Sodium Bicarbonate breaks down hydrocarbons, which makes soda blasting an excellent method of cleaning engines, engine parts, and other areas where oil and grease are present.

Another major advantage of soda blasting is that it does not break down the surface tension of metals, thus the problem of flash rusting is eliminated. Sodium Bicarbonate can act as a rust inhibitor, which will leave a protective coating on the surface being cleaned. This allows for time to pass before the surface has to be painted.This is unlike a sand blasted surface that must be painted immediately. When the time arrives to paint the surface, the protective coating (soda) can be removed by an application of a vinegar/water mixture.

“What about clean up?”

Sodium bicarbonate has a pH of 8.4 and can easily be filtered through most waste-water treatment systems. The only material that needs to be filtered are the coatings removed, which can be separated by dissolving the blast media in water and the use of a filter or centrifuge to separate the coatings from the now dissolved soda. Sodium bicarbonate can be neutralized by either a vinegar/water solution or just water dilution. So clean up is simple and safe.

Dear Jim, Please convey my heartfelt gratitude to your son James for his kindness and his care in removing the loose adobe from my house. I appreciate his efforts as well as the time he took to clean up all the loose adobe from the sandblasting that covered the patios, porches, and along the front wall by the cactus. I felt his empathy for my emotion in seeing my adobe turn to dust. James and his crew took the extra effort to make this experience a little easier for me. Thank you, too, for working me into your schedule. I wish you and your family a happy holiday season. Cindy


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