Quick Search
Sodium Bisulphate is used as a disinfectant in the manufacture of foods and pickling compounds.
Sodium Bisulphate is used in the dye industry and in the textile industry during bleaching step.
Sodium Bisulphate is also used as an acid bath in the jewelry for pickling, which removes the surface fire scale and oxides from the metal, leaving it a bright silver color.
CAS Number: 7681-38-1 (anhydrous), 10034-88-5 (monohydrate)
EC Number: 231-665-7
MDL Number: MFCD00003531
IUPAC Name: Sodium hydrogen sulfate
E number: E222 (preservatives)
Molecular Formula: HNaSO4 / NaHSO4 / HNaO4S
Molecular Weight: 120.06 g/mol (anhydrous)
SYNONYMS:
Sodium hydrogen sulfate, Sodium acid sulfate, Bisulfate of soda, (sodiooxy)sulfonic acid, Nitre cake, Sodium hydrosulfate, Sodium hydrogen sulfate, 7681-38-1, SODIUM BISULFATE, Sodium acid sulfate, Nitre cake, sodium bisulphate, Sodium hydrogensulphate, Bisulfate of soda, Sodium hydrosulfate, Niter cake, WC-Perfect, Monosodium sulfate, WC-Super, WC-Klosettreiniger, Sodium bisulfate, fused, Sulfuric acid, monosodium salt, Sodium sulfate, NaHSO4, Monosodium hydrogen sulfate, Sodium bisulfate, solid(DOT), BU8V88OWIQ, Sodium hydrogen sulfate (NaHSO4), Sodium hydrogen sulfate, solid (DOT), DTXSID3033983, INS NO.514(II), DTXCID1013983, INS-514(II), E-514(II), 231-665-7, NSC-71192, RefChem:183804, sodium;hydrogen sulfate, Sulfuric acid, sodiumsalt (1:1), MFCD00003531, Sodium hydrogen sulfate, anhydrous, NCGC00091930-01, Sodiumbisulfate, Caswell No. 742, sodium hydrogen sulphate, CAS-7681-38-1, sodium hydrogensulfate, EINECS 231-665-7, UNII-BU8V88OWIQ, NSC 71192, EPA Pesticide Chemical Code 073201, Natriumbisulfat, Sodium hydrogen sulfate, fused, AI3-08654, sodium bi sulphate, HNaO4S, NaHSO4, sodium hydrogen-sulfate, Sodium bisulfate anhydrous, EC 231-665-7, SCHEMBL27312, SODIUM BISULFATE [II], SODIUM BISULFATE [MI], SODIUM BISULFATE [FCC], CHEMBL1200488, SODIUM SULFATE [WHO-DD], Sulfuric acid, sodium salt (1:1), Tox21_111181, Tox21_202537, AKOS015950613, SODIUM HYDROGEN SULFATE [MART.], NCGC00260086-01, NS00093547, Q411103, bisulfate of soda, sodium bisulphate, sodium hydrogen sulfate, mono sodium hydrogen sulfate, sodium hydrogensulfate, sodium hydrosulfate, sodium pyrosulfate, sulfuric acid sodium salt (1:1), Sodium hydrogen sulfite, Other names, E222, sodium bisulphite, Sodium hydrogen sulfate, sodium bisulphate, sodium bisulfate, Sodium acid sulfate, Bisulfate of soda, Sodium acid sulphate, dry acid, pH reducer, SODIUM BISULPHATE, SODIUM HYDROGEN SULFATE, SODIUM HYDROGEN SULPHATE, gbs, SODIUM ACID SULFATE, Fanal, SANILAV, nitercake, NITRE CAKE, Sodium bisufate
Sodium Bisulphate is a chemical mixture with the approximate chemical formula NaHSO3.
Sodium Bisulphate is not a real compound, but a mixture of salts that dissolve in water to give solutions composed of sodium and bisulfite ions.
Sodium Bisulphate appears in form of white or yellowish-white crystals with an odor of sulfur dioxide.
Sodium Bisulphate is a reducing agent in the cosmetic and in the bleaching applications.
Sodium bisulphate is an acid salt with a granular appearance, often white or slightly yellow.
Sodium Bisulphate’s water-soluble and highly effective at lowering pH levels, removing stains, and breaking down mineral deposits.
Sodium Bisulphate's versatility makes it a great addition to your household cleaning arsenal.
Sodium bisulphate, also known as sodium hydrogen sulfate (NaHSO₄), is a multipurpose acidic salt that can simplify many household tasks.
Known for its ability to regulate pH levels and its descaling properties, sodium bisulphate is a cost-effective and eco-friendly solution for maintaining your home.
Sodium Bisulphate, whose chemical formula is NaHSO4, is an odorless, pearly white color which is called sodium hydrogen sulphate.
Sodium Bisulphate can be transported and stored safely when it is dry.
The anhydrous form of Sodium Bisulphate is hygroscopic.
Sodium Bisulphate gives acidic solution as hydrolysis in water.
These acid solutions are corrosive and have corrosive effects on metals.
Sodium Hydrogen Sulphate (NaHSO₄) is also known as Sodium Bisulphate.
Sodium Bisulphate is the sodium salt (NaCl) of the bisulphate anion.
Sodium Bisulphate is an acidic salt (acidic solution is produced after salt is dissolved in a solvent) which is produced by partial neutralization of Sulfuric acid (H2SO4) with an equivalent amount of sodium base, basically in the form of sodium hydroxide (NaOH) or sodium chloride (NaCl).
The anhydrous is being hygroscopic in nature.
The solutions of Sodium Bisulphate are acidic in nature with a pH value of 1 for every 1M solution.
Sodium Bisulphate is a white and relatively dry granulated compound.
Sodium Bisulphate is corrosive to metals and tissues and also is soluble in water.
Sodium Bisulphate is a white crystalline solid dissolved in water.
Sodium Bisulphate is corrosive to metals and tissue.
Sodium Bisulphate is a dry, granular acid salt formed through the reaction of sulfuric acid with sodium chloride in a continuous flow reactor.
Also known as sodium hydrogen sulfate, Sodium Bisulphate is highly water soluble.
Sodium Bisulphate is safe and stable in dry conditions but dissociates readily in water.
Unlike a neutral salt, Sodium Bisulphate is an acid salt because upon dissociation, a H+ ion is released.
As a result, Sodium Bisulphate will react with bases and oxidizing agents.
Also known as Sodium hydrogen sulfate, Sodium Bisulphate presents as off-white granules, crystals or powder.
Sodium Bisulphate is stable and incompatible with strong bases, strong oxidizing agents, sodium carbonate, and sodium hypochlorite.
Sodium Bisulphate may decompose upon exposure to moist air or water and is corrosive to metals and tissue.
Sodium Bisulphate should be stored at room temperature and great care should be taken, as inhalation, ingestion or skin contact with the material may cause severe injury or death.
NaHSO4 is a sodium salt of the bisulfate anion with chemical name Sodium Bisulphate.
Sodium Bisulphate is also called Sodium acid sulfate or Bisulfate of soda or Sodium hydrosulfate.
In its anhydrous form, Sodium Bisulphate is hygroscopic.
The solutions are acidic with a pH value of 1 for every 1M solution.
Sodium Bisulphate is a dry granular compound white in colour.
Sodium Bisulphate dissolves in water and is corrosive to tissues and metals.
Sodium bisulphate, also known as sodium hydrogen sulphate is the sodium salt of the bisulphate anion, with the molecular formula NaHSO4.
Sodium bisulphate is an acid salt formed by partial neutralization of sulfuric acid by an equivalent of sodium base, typically either in the form of sodium hydroxide or sodium chloride.
Sodium Bisulphate is a dry granular product that can be safely shipped and stored.
The anhydrous form of Sodium Bisulphate is hygroscopic.
Sodium Bisulphate (NaHSO4) is a crystalline white solid composed of sodium, hydrogen, and sulfate ions.
Sodium Bisulphate possesses no odor and is considered non-toxic.
Sodium Bisulphate is an inorganic salt.
Sodium Bisulphate is a dry, mineral acid used in a variety of applications.
There are a number of synonyms for Sodium Bisulphate, such as sodium acid sulfate and sodium hydrogen sulfate.
Regardless of the name you use, Sodium Bisulphate is strong dry acid used to lower pH.
As a dry acid, Sodium Bisulphate is stable in a dry environment, but if added to water it will quickly dissolve.
If exposed to a humid environment it will also absorb the moisture from the air (hygroscopic).
When Sodium Bisulphate and a liquid are mixed, the pH of the liquid goes down.
Sodium Bisulphate is a white crystalline solid dissolved in water.
Sodium Bisulphate is corrosive to metals and tissue.
Sodium Bisulphate is hygroscopic in that it attracts water.
Sodium Bisulphate dissociates completely in water into sodium (Na+), hydrogen (H+) and sulfate (SO4-2).
As a mineral acid, Sodium Bisulphate is not expected to contaminate ground water or soil or to accumulate in the food chain.
Sodium Bisulphate is the sodium salt of sulfuric acid.
Sodium Bisulphate, or dry acid, is an acid salt known as sodium hydrogen sulfate.
Sodium Bisulphate is a white crystalline solid dissolved in water.
Sodium Bisulphate is corrosive to metals and tissue.
Sodium Bisulphate dissolves in water to give strongly acidic solutions.
Sodium bisulphate also known as dry acid occurs as an odourless, hygroscopic white powder that is soluble in water.
Sodium Bisulphat's solutions are strongly acidic and corrosive.
Sodium Bisulphate is manufactured by reacting sodium hydroxide with sulphuric acid.
USES and APPLICATIONS of SODIUM BISULPHATE:
Sodium bisulphate acts as a technological additive, a preservative, a disinfectant, an acidity regulator, and a cleaner.
Sodium Bisulphate is used in agriculture, metal, oil, cleaning and textile industries.
Sodium Bisulphate is frequently used as a replacement for sulphuric Acid in many applications as sulphuric Acid is highly dangerous to transport.
Sodium Bisulphate can be used as an acidifying/buffering agent in pesticide formulations applied to growing crops, as cooling and retort water treatment agent to inhibit corrosion on exteriors of canned goods, and as a feed additive.
Sodium Bisulphate is used as a disinfectant in the manufacture of foods and pickling compounds.
Sodium Bisulphate is used in the dye industry and in the textile industry during bleaching step.
Sodium Bisulphate is also used as an acid bath in the jewelry for pickling, which removes the surface fire scale and oxides from the metal, leaving it a bright silver color.
Sodium Bisulphate can be used in a lot of ways such as food additives and cleaning, but in swimming pools, it's often used to lower pH balance and total alkalinity when they get too high.
Porous aluminium can be fabricated by anodizing the metal in sodium hydrogen sulphate.
Sodium Bisulphate is used as a top dressing to poultry litter to control ammonia in poultry houses.
Sodium Bisulphate is widely used in the commercial poultry industry.
Sodium Bisulphate is also used in the dairy industry to reduce bacterial counts in bedding and ammonia emissions, preventing environmental mastitis and calf respiratory stress.
Sodium Bisulphate serves as a buffer in biochemical experiments, enabling the maintenance of a constant pH within a broad concentration range.
Sodium Bisulphate is utilized to investigate enzyme activity, as it possesses the capability to inhibit specific enzymes.
The functionality of Sodium Bisulphate relies on its ability to bind to certain enzymes, impeding their normal functions.
This binding interaction is reversible, allowing for the reactivation of the enzyme upon removal of Sodium Bisulphate.
Sodium Bisulphate acts as a proton acceptor, effectively accepting protons from other molecules and contributing to the maintenance of a consistent pH environment.
Sodium Bisulphate falls under the class of chemical compounds known as acid salts.
At the time of its production, Sodium Bisulphate preserves one of the hydrogen ions of a raw material (sulfuric acid), thus obtaining the acidic properties.
Sodium Bisulphate is this acidic quality that classifies NaHSO₄ as a general acid for industrial uses.
Simultaneously, Sodium Bisulphate is considered as a special acid for a few applications because of its purity.
Sodium Bisulphate is dry and granular which is readily soluble in water and commonly used for adjusting pH in many applications.
In brief in the following points you will get the knowledge of most of the uses of sodium bisulphate: The water in the swimming pool is usually acidic and to lower the pH of water in the swimming pool, we use sodium bisulphate.
For metal finishing also you can use sodium bisulphate.
In the chicken house, you are required to lower or reduce the concentration of Salmonella and for this sodium, bisulphate can be used.
Sodium bisulphate can be used to facilitate a reaction.
Thus, Sodium Bisulphate is a very good catalyst.
Sodium bisulphate can be used as a bleaching agent.
For manufacturing papers in the paper house, you can use Sodium Bisulphate.
Sodium bisulphate is used primarily to lower pH.
For technical-grade applications, Sodium Bisulphate is used in metal finishing, cleaning products and to lower the pH of water for effective chlorination in swimming pools and hot tubs.
Applications of Sodium Bisulphate: Leavening agent in cake mixes, browning prevention in fresh-cut produce, and pH control in beverages and sauces.
Drilling Fluids: Sodium Bisulphate is employed in oilfield drilling to adjust pH levels.
Water Treatment: Sodium Bisulphate is utilized in water treatment processes to neutralize alkaline substances.
Laboratory Use: Reagent: Sodium Bisulphate serves as a reagent in various chemical reactions and analyses.
Sodium Bisulphate is used as a flux for decomposing minerals,substitute for sulfuric acid in dyeing,disinfectant, in the manufacture of sodium hydrosulfide,sodium sulfate,and soda slum,for liberating CO2 in carbonic acid baths,in thermophores, for carbonizing wool, in the manufacture of magnesia cements,paper,soap,perfumes, foods, industrial cleaners, metal pickling compounds, and as a lab reagent.
Sodium Bisulphate is used in production of Nickel Hydroxide Electrode material for Alkaline battery.
Sodium Bisulphate is used flux for decomposing minerals; substitute for sulfuric acid in dyeing; disinfectant; manufacture of sodium hydrosulfide, sodium sulfate, and soda alum; liberating CO 2 in carbonic acid baths, in thermophores; carbonizing wool; manufacture of magnesia cements, paper, soap, perfumes, foods, industrial cleaners, metal pickling compounds; lab reagent.
Sodium Bisulphate is an inorganic salt used as an anti-septic and a pH adjuster in cosmetic creams.
Sodium Bisulphate is a versatile chemical widely used across various industries due to its effective pH control properties.
In swimming pools, Sodium Bisulphate is commonly used to safely lower the pH level of the water, ensuring it remains balanced for both swimmer comfort and the effectiveness of sanitizing agents.
Beyond swimming pools, sodium bisulphate plays a critical role in several industries, including food and beverage, where it acts as a preservative and pH regulator to maintain product freshness and stability.
In the cleaning products industry, sodium bisulphate is utilized for its acidic properties, which make it effective in removing mineral deposits and stains.
Sodium Bisulphate is also widely applied in the textile industry for pH adjustment during fabric processing and dyeing.
In water treatment plants, sodium bisulphate helps to maintain water quality by controlling alkalinity levels, while in agriculture, it is used as a fertilizer and soil amendment to manage pH levels for optimal crop growth.
With its wide range of applications, sodium bisulphate is an essential chemical in both industrial and domestic settings.
Sodium Bisulphate is majorly used in metal finishing and in cleaning products, like lowering the effective chlorination in swimming pools and hot tubs.
In jewelry making, Sodium Bisulphate is the primary ingredient used to remove the oxidation layer from surfaces and to restore glaze.
Sodium Bisulphate is used in a variety industries such as a food additive with E number E222 in the food industry.
Key applications of Sodium Bisulphate: Water treatment, Cleaning products, Polishing and cleaning, Pulp and paper, Catalysts, Solvents, Agricultural (non-pesticide), Bleaching agent, Paint and Coatings, Industries, Pharma, Polymers, Rubber, Animal Nutrition, Cleaning, Water Treatment, CASE & Construction, Beauty & Personal Care, Food & Nutrition, Lubricants, and Energy Services
Sodium Bisulphate is used Antichlore in bleaching fibers and mordant in textile, Antiseptic in production of cellulose esters, Main raw material in production of sodium hydrosulfite, Aromatic alcohols and aldehyde, Antiseptic in fermentation process, Depilator in leather industries, Disinfectant in cosmetic and canned industry, Various applications in paper, rubber, sugar, galvanoplasty and adhesive industries.
Usage Areas of Sodium Bisulphate: pH reduction in swimming pools&spas, Litter Treatment on poultry, As a preservative and additive in food industry, Various applications in textile, leather, metal and cleaning industries.
Sodium Bisulphate is a moderately water and acid soluble Sodium source for uses compatible with sulfates.
Sulfate compounds are salts or esters of sulfuric acid formed by replacing one or both of the hydrogens with a metal.
Most metal sulfate compounds are readily soluble in water for uses such as water treatment, unlike fluorides and oxides which tend to be insoluble.
Organometallic forms are soluble in organic solutions and sometimes in both aqueous and organic solutions.
Metallic ions can also be dispersed utilizing suspended or coated nanoparticles and deposited utilizing sputtering targets and evaporation materials for uses such as solar energy materials and fuel cells.
Sodium Bisulphate is generally immediately available in most volumes.
Water: Sodium Bisulphate is used to reduce the pH of water for active chlorination including swimming pools.
Forage: sodium Bisulphate is used as a feed additive in this sector, including pet feeds.
Cleaning: In making jewelery, Sodium Bisulphate can be used to clean the oxidation layer formed after heating.
Textile: In textile industry, bleaching of fibers is used as stabilizer in dyeing and dyeing.
Sodium Bisulphate can be used as antiseptic in many sectors and it can find different usage area as disinfectant in cosmetic sector and in many other fields as depilator in leather industry.
Sodium Bisulphate is used to lower the pH of water in swimming pools.
Sodium Bisulphate is used in metal finishing.
Sodium Bisulphate is used in the chicken house to reduce the concentration of Salmonella.
Sodium Bisulphate is used as a bleaching agent.
Sodium Bisulphate is used as a catalyst.
Sodium Bisulphate is used in the manufacturing of paper products.
Sodium Bisulphate is used in the water treatment products.
Sodium Bisulphate is used in paints.
Sodium Bisulphate is used in agricultural chemicals.
Sodium Bisulphate is used in velvet cloths.
Due to its stability and chemical makeup of elements found naturally in the environment, Sodium Bisulphate is used in a wide variety of applications, including: Food ingredients, Pools and spas, Chemical grout, Animal agriculture, Metal Finishing, Cleaning compounds,
Companion and production animal nutrition, and Technical applications.
Sodium Bisulphate is used as a preservative for soil and water samples in analytical laboratory analysis
Sodium Bisulphate is used for the dehydration of castor oil.
Sodium Bisulphate is used an auxillary agent for the bleaching and dyeing of wool.
Sodium Bisulphate is used a polishing and grinding agent for glass.
Sodium Bisulphate is used a pickling salt for the plumping and bleaching of skins in the leather industry.
Sodium Bisulphate is used as a flux for metal pickling.
In the mineral oil industry, Sodium Bisulphate is used for the extraction of nitrogen compounds from hydrocarbons (gas scrubbing).
Sodium Bisulphate is used as a silage additive.
When mixed with potassium dichromate Sodium Bisulphate is used as a bleach in photography.
Sodium Bisulphate has been used to reduce ammonia from manure in animal and poultry housing to reduce the number of flies.
-Uses for sodium bisulphate:
*Household cleaners, toilet cleaners etc
*Acid cleaner for industry, breweries, dairies etc
*Silver pickling See Below for more details
*To reduce alkalinity and pH in swimming pools.
*Commercially it is sold as "pH Decreaser", "pH Minus" or "pH Down".
-Chemistry uses of Sodium Bisulphate:
Sodium Bisulphate is used in this sector as ph-lowering.
Also, aromatic alcohols are used as the main ingredient in the production of sodium hydrosulfite with various organic substances such as aldehydes.
-Household Uses of Sodium Bisulphate:
*Cleaning and Descaling Hard Water Deposits
Hard water leaves mineral deposits (limescale) on surfaces like faucets, showerheads, and tiles.
Sodium bisulphate can dissolve these stubborn deposits effectively.
Example: Cleaning a Showerhead
Remove the showerhead.
Prepare a solution by dissolving 50 g of sodium bisulphate in 1 litre of warm water.
Submerge the showerhead in the solution and let it soak for 30 minutes.
Rinse thoroughly with clean water before reattaching it.
Tip: Test the solution on a small area first to ensure compatibility with your material.
-Toilet Bowl Cleaner uses of Sodium Bisulphate:
Sodium bisulphate acts as a powerful toilet bowl cleaner, breaking down stains and eliminating odours without the harsh fumes of bleach.
Example: Cleaning a Toilet Bowl
Sprinkle 20–30 g of sodium bisulphate around the inner rim of the bowl.
Let it sit for 10–15 minutes to dissolve stains and buildup.
Scrub with a toilet brush, then flush.
Tip: For tough stains, dissolve an additional 20 g in 500 ml of water and pour it directly into the bowl before scrubbing.
-pH Adjustment for Laundry uses of Sodium Bisulphate:
Laundry detergents work best in slightly alkaline water.
If your water is too alkaline, sodium bisulphate can help balance the pH, improving detergent performance.
Example: Adjusting pH for Laundry
Measure your washing machine's water capacity (typically 50 litres for a full load).
Dissolve 10 g of sodium bisulphate in 1 litre of water, then add it to the machine before starting the cycle.
Proceed with your usual laundry routine.
Tip: Use sparingly to avoid over-acidifying water, which can damage fabrics.
-Dishwasher Maintenance uses of Sodium Bisulphate:
Over time, dishwashers accumulate mineral deposits that reduce efficiency.
Sodium bisulphate is an excellent descaling agent for cleaning dishwashers.
Example: Cleaning a Dishwasher
Empty the dishwasher.
Add 50 g of sodium bisulphate to the detergent dispenser.
Run a short cycle with hot water.
Wipe down the interior to remove any residue.
Tip: Perform this cleaning routine monthly to keep your dishwasher in top condition.
-Outdoor Uses of Sodium Bisulphate: Cleaning Driveways and Patios:
Concrete driveways and patios can develop rust and mineral stains from water runoff.
Sodium bisulphate is a quick fix for these issues.
Example: Removing Rust Stains from Concrete
Mix a paste using 100 g of sodium bisulphate and 200 ml of water.
Apply the paste to the stained area using a brush.
Allow it to sit for 10–15 minutes.
Rinse thoroughly with a hose.
Tip: Always test on a small area to ensure it doesn’t damage the surface.
-Using Sodium Bisulphate as silver / metal pickle
The purpose of the sodium bisulfate solution is to remove 'borax glass' or fire scale left on metal during the heating process.
The pickle solution can be made a 30% solution i.e. 300g per litre of water.
Leave in the pickle until the surface appears white and free of fire scale.
Note: Pickle should be kept warm, but not boiling.
The warmer the solution the paster the process takes place.
The optimum temperature is 57C to 95C.
Sodium bisulphate is Acidic and it is an electrolyte.
Never put iron into pickle.
This will impart a copper tone to sterling silver.
-Cleaning and Descaling uses of Sodium Bisulphate:
pH Control: Sodium Bisulphate is used to lower pH in cleaning solutions.
Descaling Agent: Sodium Bisulphate is effective in removing mineral deposits from equipment and surfaces.
-Preservative uses of Sodium Bisulphate:
Sodium Bisulphate is commonly used as a preservative, food additive, in meat processing, in dietary supplements, and in drugs.
Sodium Bisulphate is used as a food additive to make the dough rise as well as being used in meat and poultry processing.
Recently Sodium Bisulphate is being used in the browning prevention of fresh-cut produce.
Sodium Bisulphate is also used as a general-use feed additive, including companion animal food.
-Swimming Pool Application of Sodium Bisulphate:
Sodium Bisulphate is used for reducing pH levels in swimming pools and spas.
Sodium Bisulphate is the safest product for use in homes, spas, and institutional pools.
Generally, 1-2 lbs. are applied in a pool of capacity 10,000 gallons which adequately reduces the pH level.
After one or two hours the pH is above 7.8, the treatment is repeated until the pH level is between 7.2 and 7.6.
-Metal Finishing uses of Sodium Bisulphate:
Sodium Bisulphate is the chief component for dry acid bath formulations in metal cleaning.
The common formula for most of the acidic baths includes salts of fluorides (5-10%), NaHSO₄ (90-95%) along with a surfactant (a substance that reduces surface tension).
The concentration is normally 3 lbs. per gallon of water.
At temperatures till 170°F., this bath has the capability to clean copper, brass, steel, nickel, zinc, aluminum, titanium, magnesium, and stainless steel.
Typically used are for scale removal, pickling, etching, and rust removal.
-Adjuvant uses of Sodium Bisulphate:
Sodium Bisulphate defends agricultural spray chemicals owing to alkaline hydrolysis in spray solutions.
The effectiveness of agricultural pesticides is significantly lessened when added to water having high pH.
Sodium Bisulphate functions mainly well with glyphosate (kills unnecessary grasses) to improve their usefulness.
Acidification with Sodium Bisulphate is suggested as a substitute to ammonium sulfate ((NH₄) ₂SO₄) for use with several herbicides.
-Water Treatment uses of Sodium Bisulphate:
Sodium Bisulphate is applied as a descaler in boilers, cooling towers, and also water pipes.
Sodium Bisulphate cleans and adjusts pH level.
If there is a requirement for waste treatment of an alkaline nature, Sodium Bisulphate highly is recommended.
-Concrete Washout uses of Sodium Bisulphate:
Sodium Bisulphate reduces alkalinity in “wash out” ponds which is formed due to concrete truck cleaning.
Concrete companies are potential distributors.
Representatives of JonesHamilton Co. technical service can recommend pH adjustments.
-Leather Tanning uses of Sodium Bisulphate:
Sodium Bisulphate acts as an acidifier for leather compounds when combined with quebracho tannin.
Sodium Bisulphate is added with fillers and other chemicals for acidifying hides used in shoe sole leather.
-Cosmetics uses of Sodium Bisulphate:
Sodium Bisulphate functions as a hair-waving/straightening agent.
As of 1998, Sodium Bisulphate was used in 58 cosmetic products including hair conditioners, moisturizers, and hair dyes.
-Food industry uses of Sodium Bisulphate:
Sodium Bisulphate is used to prevent discoloration, bleach food starches, and delay spoilage of the product.
In the US, EPA, FDA, and American Conference of Governmental Industrial Hygienists established a working place threshold limit value for sulfur dioxide of 2ppm averaged over 8 hours, and a 3-hour level of 5ppm.
Even with this threshold established, the FDA recognized Sodium Bisulphate as "generally recognized as safe" compound.
Sulfites in food can be assayed by the Monier-Williams type procedure, HPLC after extraction, and Flow Injection analysis.
-Textile industry uses of Sodium Bisulphate:
Sodium Bisulphate is used as an antichlor in the textile industry.
Antichlors are very useful in the textile industry because bleaching of compounds using chlorine is a standard practice.
WHERE IS SODIUM BISULPHATE USED?
Efficacy and safety are two key reasons Sodium Bisulphate is used in over 30 diverse applications.
**Pools and Spas
For consumers, Sodium Bisulphate is a safe alternative to hazardous liquid acids for controlling the pH of water in pools and spas.
Jones-Hamilton’s Sodium Bisulphate is NSF 60 approved for use in potable water, and can help maintain the proper pH for chlorine disinfection.
**Surface Finishing
Globally, Sodium Bisulphate is used for surface preparation in the plating industry for applications such as industrial automotive or appliance parts, and activation of printed circuit boards (PCBs) prior to plating.
**Animal Feed
Sodium Bisulphate is used as an acidifier in poultry feed (AFG) and in pet food (Pet SBS) for feline urine acidification, preservation of liquid digests used for palatability, and for preservation of soft treats.
**Cleaning Products
Dry products used for home and industrial cleaning commonly use Sodium Bisulphate for pH management and its antimicrobial properties.
**Food Ingredients
Food manufacturers prefer Sodium Bisulphate for pH reduction because it is effective at a low addition rate and does not produce a sour taste.
Sodium Bisulphate can also be used in food processing for anti-browning and reducing other bacterial challenges.
**Animal Agriculture
The pH reducing capabilities of Sodium Bisulphate makes it a highly valuable product in various aspects of animal agriculture including acidifying drinking water for poultry, eliminating ammonia in poultry litter and lowering the pH of footbath water for dairy cows.
HOW SODIUM BISULPHATE IS MADE:
In the simplest explanation, Jones-Hamilton produces Sodium Bisulphate by reacting sulfuric acid and sodium chloride (salt) at high temperatures in a continuous process.
The quality of the raw materials and control of the manufacturing process results in high product integrity.
PREPARATION OF SODIUM BISULPHATE:
There are quite a few approaches for obtaining Sodium Bisulphate (NaHSO₄):-
The neutralization reaction of an acid with a base resulting in the formation of salt and water.
Sodium Bisulphate can be prepared by the reaction of sulfuric acid (H2SO4) and sodium hydroxide (NaOH), but these elements must be reacted in a specific ratio: the acid should be available in plenty as compared to the base.
H₂SO₄ + NaOH → NaHSO₄ + H₂O
(Reaction is carried out with concentrated sulfuric acid.
Reagents react in the ratio of 1:1.)
By the reaction of 2 moles of NaOH and 1 mole of H₂SO₄, sodium sulphate Na₂SO₄ forms:
H₂SO₄ + 2NaOH → Na₂SO₄ + 2H₂O
(the protons of H₂SO₄ are completely replaced with Na ions and complete neutralization occurs, the product is normal salt)
The reaction of an acid oxide with an alkali (taking oxide in abundance will result in the formation of acid salt):
NaOH + SO₃ → NaHSO₄
If sodium hydroxide (NaOH) is taken in abundance while carrying out this reaction, normal (Na₂SO₄) salt will be formed.
The reaction of normal salt and an acid:
Na₂SO₄ + H₂SO₄ → 2NaHSO₄.
Some acid salts are acquired by hydrolysis (reaction with water, in which the original substance breaks down to form new compounds).
Sodium Bisulphate cannot be acquired from sulphate by hydrolysis, since this salt is originated by the strong base NaOH.
Since H₂SO₄ and Na₂SO₄ does not react with water, but only gets dissolved in it.
For example, NaHCO₃ is formed by strong base NaOH and the weak acid H₂CO₃.
