Muriatic Acid Burn

Remove any clothing or jewelry that came in contain with the acid.

Muriatic acid burn. High concentrations of vapor or liquid can cause the skin to redden. It is classified as strongly acidicand can attack the skin over a wide composition range since the hydrogen chloride completely dissociates in an aqueous solution. Acute effects on health inhalation of muriatic acid vapors can cause immediate coughing choking chest pain and tightness hoarseness and sore throat rapid pulse and bluish tint to lips and. Scar changes and corneal edema.

Acid burns chemical eye burn skin burn black skin dead skin deep tissue damage chemical burns. Webmd medical reference reviewed by carmelita swiner md on july 03 2020. The chemical formula for muriatic acid is hcl. Flush the contaminated areas with water.

Exposure to eyes can irritate and burn or cause swelling tearing blurred vision sensitivity to light and. Like most caustic chemicals when acids contact the skin they cause damage in the form of a burn. Acid burns frequently occur in the home or at work 2. Muriatic acid is one of the names for hydrochloric acid a corrosive strong acid.

Acid burns with acid can lead to serious complications. Hydrochloric acid has a distinctive pungentsmell. You can remove efflorescence and etch a masonry surface in one shot. Muriatic acid however will attack most of the materials it touches including varnish fabrics metals plastics there are some exceptions and most paints.

Flush your skin of the hydrochloric acid by running cool water over the affected area for 10 minutes. It is also known as spirits of salt or acidum salis. The acid is widely available at home supply stores. If you have a chemical burn you should follow these steps immediately.

It is important to treat acid burns correctly because otherwise the chemicals can continue to damage the skin after the first contact explains the merck manual. Muriatic means pertaining to brine or salt. Cover your burn with a sterile gauze bandage. As mentioned above the damage caused depends on the concentration of the solution.