Uses of Sodium Bisulfate in Daily Life – Formula – Properties
What is sodium bisulfate? Sodium or Sodium bisulfate is a common ionic compound made up of a combination of sodium, hydrogen, sulfur and oxygen ions. Although acidic substances can be harmful in high concentrations, but sodium bisulfate is also a very useful substance. Many common household products and processed foods use sodium bisulfate as the main ingredient for cleansing and preservation purposes. Here’s the uses of sodium bisulfate in daily life.
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The chemical formula for sodium bisulfate is NaHSO4. These compounds are also named sodium hydrogen sulfate, sodium sulfuric acid, soda bisulfate, monosodium salts and monohydrate. Sodium bisulfate is usually diluted with water when used commercially or in an experiment.
Sodium bisulfate is a soluble acid ion well in water. In solid form, sodium bisulfate has a clear and odorless crystal. Sodium bisulfate is very acidic, with a pH of only 1.4.
- Molecular formula: NaHSO4
- Molecular Weight: 120.05
Appearance: Sodium Bisulfate is a white or granular monoclinic crystalline powder. The relative density is 1.49. Very soluble in water and less soluble in alcohol. It will unravel during heating. Easily oxidized or lost sulfur dioxide.
Uses of Sodium Bisulfate, as follows :
Despite its dangerous nature, sodium bisulfate is a very useful product.
- Used in many household cleaners, especially toilet cleaning products, calculate the amount of high amounts of sodium bisulfate.
Sodium Bisulfate is a material that can be used for toilet cleaning fluid that is strong enough or good, but safe for the health of the wearer. Sodium Bisulfate is quite safe for health. But it has as good an effect as strong acid.
This is because when Sodium Bisulfate is mixed with water it will break down to form sulfuric acid. For this purpose, the Sodium Bisulfate used should be a powder with a sulfuric acid content of at least 30% by weight.
- Sodium bisulfate can also for lowering the pH of water for effective chlorination, including swimming pools.
- Part of food preservation and processing
Quality preservatives of sodium bisulfate make it a common part of food preservation and processing.
Sodium bisulfate is used as a food additive for yeast cake mixture (making them rise) as well as used in meat and poultry processing and recently in the prevention of fresh product prevention. Sodium bisulfate is considered to be generally recognized as safe (GRAS) by the FDA. Food grade products also meet the requirements set forth in Codex Food Chemicals. This is denoted by the E E514ii number in the EU and is also approved for use in Australia, New Zealand, Canada and Mexico where it is listed as additive 514. Sodium bisulfate is a quality food used in various food products, including beverages, sauces, sauces, and stuffing. It has many synonyms including bisulfate soda, sodium sulfuric acid, mono sodium hydrogen sulfate, sodium hydrogen sulfate, sodium hydrosulfate, and sodium sodium salt (1: 1).
In addition, it also has this effects :
- Having anti-browning effect
Sodium Metabisulfite in foods has an anti-browning effect. Enzymatic browning often occurs in fruit, potato foods. Sodium Metabisulfite is a type of reducing agent, has a strong inhibitory effect on polyphenol oxidase activity. 0.0001% sulfur dioxide can reduce 20% enzyme activity, 0.001% sulfur dioxide can completely inhibit enzyme activity and can prevent enzymatic browning; In addition, it can consume oxygen in the food organization and has a deoxidizing effect. Furthermore, sulfites and glucose may have additional action, preventing glucose and amino acids in ammonia reaction reaction of ammonia sugar, thus having anti-brown function.
- Has antiseptic effect
Sodium Metabisulphite in foods has an antiseptic effect. Sodium Metabisulfite can play the role of acid preservative, unsisitated sulfuric acid is considered to inhibit yeast, fungi and bacteria. Inhibition of undissociated sulfuric acid for the bacillus of the colon is 1000 times stronger than Hydrogen sulfite, 100 to 500 times stronger than beer yeast, 100 times stronger than leaf mold. Sulfur dioxide in acid has the strongest anti-microorganism effect.
- Has oxidation resistance effect
Sodium Metabisulfite in foods has an oxidation resistance effect. Sodium Metabisulfite has a distinctive resistance effect. Sulfuric acid is a powerful reducing agent, can consume oxygen in organizing fruits and vegetables, inhibits the activity inhibits oxidizing enzyme activity, is very effective to prevent oxidation and breakdown of vitamin C in fruits and vegetables.
- Has loosened the effect of the machine
Sodium Metabisulphite in food has loosened the effect of the machine, Sodium Metabisulfite can be used as a supporter of the engine release.
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- Sodium bisulfate is used primarily to lower the pH. For technical level applications, used in metal finishing, cleaning products.
- Sodium bisulfate is also approved by AAFCO as a general-use feed additive, including animal companion foods.
- It is used as a urine acidifier to reduce urinary stones in cats.
- Controlling outbreaks of crown-of-thorns starfish.
It is very toxic to at least some echinodermata, but quite harmless to most other life forms; sodium bisulfate is used in controlling outbreaks of crown-of-thorns starfish.
- In jewelry making, it removes the oxidation layer from the surface.
In jewelry making, sodium bisulfate is the main ingredient used in many preservative solutions to remove the oxidation layer from the surface, which occurs after heating. Sodium bisulfate is the main active ingredient in crystal toilet cleaners, Vanish and Sani-Flush, both of which are now discontinued.
- To velvet fabrics made with the support of silk and a stack of cellulose based fibers in the textile industry
In the textile industry, it is sometimes applied to velvet fabrics made with the support of silk and a stack of cellulose based fibers (rayon, cotton, hemp, etc.) To create “fatigue velvet”: sodium bisulfate, when applied to such a cloth and heated, causing cellulose-based fibers to become brittle and flaking, leaving the area burned out in the finished material, usually in an attractive pattern.
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Sodium or Sodium bisulfate is a strong acid and can be very dangerous if used incorrectly. Inhaling sodium bisulfate smoke may cause irritation of the lungs or mucous membranes. In severe cases, even inhalation may cause pulmonary edema. If ingested, the corrosive nature of sodium bisulfate can cause internal burns and vomiting. As an acid, high concentrations of sodium bisulfate cause severe burns to the skin and eyes.
Countermeasures: It is important to seek immediate medical assistance in the event of any deliberate exposure. For small cases of inhalation, and breathing clean air can fix the problem. If you ingest sodium bisulfate, you should drink water and seek medical help as soon as possible. You should not try to vomit ingested ingredients. If sodium bisulfate is exposed to skin or eyes, you need to flush the area with water.
That’s all about the uses of sodium bisulfate in daily life. Hope this article is helpful. Thanks.