Sodium Hexametaphosphate Powder
Sodium Hexametaphosphate Powder
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Synonyms: Graham’s salt Tech Grade
CAS No.: 10124-56-8
Hazard Class: Non-dangerous goods
White powder or Particle
Total phosphate(Counted with P2O5) Content, %：
Non-active phosphate(Counted with P2O5) Content, %:
Water insolubilities Content, %:
Iron (Fe) Content %:
Used as a sequeatering, dispersing, deflocculating agent, and as a coating agent to form a thin passivating film that protects metals from corrosion;
Industrial water treatment;
SHMP can be used in continuously recycled industrial water as a softener;
SHMP is used in the textile industry for industrial cleanning and as dispersion in pigmenting and dyeing operations.
Sodium Hexametaphosphate Powder is also used in oil well drilling.
Sodium Hexametaphosphate Powder
Numerous items have sodium hexametaphosphate as an essential component.
This chemical is utilized in water purification, soap production, and detergent production.
It is also utilized in metal finishing, pulp and paper manufacturing, agriculture, and water purification.
Additionally, it is used to remove scale.
This article provides information about sodium hexametaphosphate and its many applications.
The sodium hexametaphosphates are hexamers with the formula (NaPO3)6.
Although usually referred to by this nomenclature, sodium hexametaphosphate is actually a combination of polymeric
Typically, Sodium Hexametaphosphate is produced by melting monosodium orthophosphate and then fast chilling it.
Sodium Hexametaphosphate applications include food additives, water softeners, and detergents.
In addition to water softening, sodium hexametaphosphate is utilized in detergents and soaps.
Sodium Hexametaphosphate is also utilized as a scale remover in the food and agriculture industries.
The many forms of sodium hexametaphosphate available for purchase include powder, liquid, and bulk containers.
Sodium Hexametaphosphate is often less concentrated than liquid, therefore it is ideal for lesser volumes.
The anion source sodium hexametaphosphate inhibits a range of mineral and metal ions in water.
It can also be used in the green ware ceramic process as a deflocculant in ceramics.
In addition, it is an effective anti-corrosion agent for drilling pipes and can reduce mud cover.
Its chemical qualities make sodium hexametaphosphate a beneficial addition to a wide variety of products, including detergent additives, metal surface treatment, and rust inhibitors.
Sodium hexametaphosphatid is a dense, white, granular powder or crystal.
Sodium Hexametaphosphate can form soluble chelates with other ions and has a high hygroscopicity.
Its applications are many and quite versatile.
Sodium Hexametaphosphate is a frequently used preservative in industry.
In addition to its numerous uses, sodium hexametaphosphate is present in children’s foods and beverages.
Uses of sodium hexametaphosphate
In industrial operations, sodium hexametaphosphatic acid is utilized as a detergent ingredient and a particle suspender.
It is also used to prevent corrosion, as a flocculant, and as a pigment and dye ingredient.
In water treatment systems, sodium hexametaphosphate is also utilized as a copper ion remover and sediment inhibitor.
It is also employed as an anticorrosion agent and a sedative.
Clear, odorless, and colorless,
Sodium Hexametaphosphate is used to soften water and as an emulsifier and sequestrant.
Also utilized in toothpastes, detergents, and soap, it is a chemical.
In addition, sodium hexametaphosphate is employed as a soil and water emulsifier in agriculture.
The acid sodium hexametaphosphate is a sodium polymer.
It has a hexagonal structure and is used as an emulsifier and detergent.
It also functions as a stabilizer, emulsifier, and texturizer.
Additionally referred to as SHMP.
In this manner, sodium hexametaphosphate is a flexible food and beverage addition.
The acid sodium hexametaphosphate has numerous applications.
It has been utilized for centuries in agriculture as a soil dispersant and calcium-binding sequestrant.
It functions as a nutrient supplement in food and water treatment and prevents gel precipitation.
Additionally, it reduces acidic conditions by lowering the pH.
The chemical characteristics of sodium hexametaphosphate
The white, odorless powder sodium hexametaphosphate is used in food, water softening, and toothpastes.
It has emulsifying and sequestering characteristics.
There are various industrial applications for sodium hexametaphosphate, including detergents and soaps.
Various minerals, clays, and pigments contain it.
Food and industrial/technical grade sodium hexametaphosphate are both available.
It is frequently employed as a thickening, emulsifier, and sequestrant, as well as in certain chelation processes.
Several of the physiological benefits of the substances utilized in food are given below.
Commonly utilized in food and personal care items, sodium hexametaphosphate is neutral, nontoxic, vegan, and kosher.
Sodium hexametaphosphatae is a neutral phosphate capable of forming complexes with a wide variety of metal ions.
Although its first usage in the food and beverage sector was to counteract the res-water issue, it has now been implemented in a variety of other industries.
Additionally, it is utilized in the production of dyes, titanium dioxide, and color film duplication.
However, sodium hexametaphosphate is most commonly used in the pharmaceutical industry.
Hexamer of the chemical compound NaPO3 is sodium hexametaphosphate.
It has an infinite ionic charge and is challenging to dissolve in water or other liquids.
Additionally, it conducts chemical interactions with bivalent metals and breaks down into orthophosphate.
As a result, it is an excellent option for numerous products.
As a deflocculant, sodium hexametaphosphates are frequently utilized in the food and cosmetics industries.
It is an emulsifier, texturizer, and inhibitor of scale formation.
The chemical compound sodium hexametaphosphates is commonly used in toothpaste, glass, and ceramics.
While the occasional usage of this substance is not dangerous, consuming it on a regular basis might cause a range of negative effects.
Sodium hexametaphosphate is a chelating agent.
The industrial chemical sodium hexametaphosphate works as a buffer, emulsifier, and dispersant.
It is utilized in the preparation of meats and dairy products as well as toothpaste.
Additionally, it functions as a wetting agent for high-temperature adhesives.
It is frequently added to dishes to improve their flavor and texture, and it has numerous applications.
It has multiple uses in food production and environmental preservation.
As a sequestrant, it protects metals, particularly iron, from corrosion.
In addition to its usage in water treatment, sodium hexametaphosphate is employed in the manufacture of titanium dioxide and colors.
It is also employed in the manufacturing of titanium dioxide and the duplication of color films.
This versatile chemical has a wide range of applications and is gaining popularity as a component in home goods.
Numerous food products include the white, granular ingredient sodium hexametaphosphatid.
It is a water-soluble substance with similar qualities to sequestrants.
It can be used as a thickener, emulsifier, and texturizer in food processing.
It has a minimal toxicity profile and is widely accepted as safe.
Sodium hexametaphosphate is a chemical used for water treatment.
Sodium hexametaphosphate is a common water treatment chemical.
Phosphorus is removed from water through binding to calcium, magnesium, and potassium ions.
It is a potent water treatment chemical that has use in a variety of sectors.
However, sodium hexametaphosphate has a propensity to leave deposits of calcium, magnesium, and potassium behind.
In order to improve the flavor and odor of drinking water, sodium hexametaphosphate is frequently added.
While it is useful for drinking water, large quantities of sodium ions in wastewater treatment systems can cause corrosion of pipelines, changes in pH levels, and a number of other unwanted effects.
In addition to being utilized in water softeners, the chemical is also utilized in a number of detergents.
Numerous sectors utilize Sodium Hexametaphosphate Powder, including the food industry.
They can, for instance, enhance the water-binding characteristics of proteins in processed meats, reduce protein sedimentation in sterilized milk, and produce cheese.
Moreover, the cheese sector is expanding significantly.
Significant amounts of sodium hexametaphosphate are used in the production of cheese and dairy products.
In addition to reducing corrosion and eliminating scale, sodium hexametaphosphate acts as a general water cleanser by inhibiting the production of iron, manganese, and copper.
In addition, Sodium Hexametaphosphate Powder sequesters iron, calcium, and manganese in drinking water systems.
Additionally, it diminishes the solubility of lead in water.