Elementor #20131

White Organoclay 

White Organoclay Manufacturer in China

White Organoclay, the main products at Camp Shinning.

Camp Shinning’s White Organoclay is your best and most trusted organoclays manufacturer and supplier in China which with good price and uses. We provide different types of organophilic clay, which are widely used in paint and coating industry, ink and grease industry and oilfield drilling industry.

  • ISO9001 Certified manufacturer
  • More than 20 years of manufacturing experience
  • Provide free samples and technical guidance.
  • 24/7 Online assistance for everyone orders
Bentonite Clay Powder
rheological additive

White Organoclay Your Best Choice for Your Project

Camp Shinning have more than 20 years of R & D, production and sales experience, we can ensure that all the thixotropic additive provided to you are produced and tested in strict accordance with industry standards and far higher than the requirements of ISO. We ensure that the rheologieadditive provided to you has good thixotropic performance, and extremely rheology and sedimentation resistance.

 Deal with us Now!

Organoclay Price & Organoclay Uses

 Because we have advancedequipment and excellent  technical R & D team, and we always use the best formula and raw materials, you can get high-quality thixotropic clay in Camp Shinning. You can choose us as your rheologieadditive supplier. We strive to meet your needs for the   maker. We also according to your specific application field and formula requirements, Customize your needs. Suitable for your system.

 Send your inquiry now! Be part of our successful services.

White Organoclay for Paints & Coatings

Solvent-based White Organoclay for Paints & Coatings

Describe organoclay.

Phytosilicates, or pozzolanic clay minerals, are modified by quaternary amines to produce the clay mineral known as organoclay.

Similar to the parent clay minerals, the resultant material features a lipophilic surface made up of covalently bonded organic molecules.

Because it functions as a filler and dispersion in solvent-based paints and coatings, organoclay is frequently employed in applications involving acrylic resin.

organoclay

Compositions including organoclays, a rheological addition with significant benefits above conventional alumina powders, are offered here.

These mixtures have the ability to conceal surface flaws and create innovative color effects.

The advantages of using organoclay rheology additives are numerous and include improved color, finer particle size, reflectivity, gloss, and brilliance.

To improve the aesthetic effect, the current innovation also permits the blending of organic and inorganic colours.

Additionally, it offers durable weather protection for simple defect coverage.

Organoclay powder is added at various points during the coating process as part of the preparation procedure for solvent-based paints and coatings.

In order to boost viscosity and prevent pigment settling, it can also be employed as a post-additive in painter’s palettes.

Because the solid content of solvent-based paint components is often low, adding organoclay powder can make the paint more viscous.

Low softening points, toxicity, and thermal breakdown are just a few drawbacks that typical organic binders experience.

Along with reducing the coating’s thermal insulating characteristics, this process also produces hazardous gas pollutants.

Additionally, the sintered layer is not cohesive and develops fissures.

Thermal decomposition also prevents the sintered layer from forming properly, which might result in coating damage in a fire.

The automotive industry is another place where organoclay white is used for solvent-based paints and coatings.

This region uses a lot of coatings, thus its utilization calls for a strong thermal barrier and protection from extreme temperatures.

Traditional pigments can be replaced with the high-performance, cost-effective Organoclay White for solvent-based paints and coatings.

It can be applied to a wide range of cellulosic materials and has a long number of applications.

A rheological ingredient used in paints and coatings is called organoclay.

It enhances paint leveling and uniformity and avoids pigment settling.

It lessens paint drooping on vertical surfaces and gives solvent-based paints an additional layer of tack.

It is added in a range of 0.2 to 1 percent, depending on the application.

Organoclays are also employed in a number of industrial applications and for the prevention of corrosion.

One of the most popular inorganic rheology modifiers used in solvent-borne paints and coatings is this clay.

One of the most popular and adaptable organoclays, it is also one of the most commonly used.

Compared to other organoclays, organoclays exhibit better control of sag, flow, and anti-leveling in organic solvent-based paints and coatings.

Smicket is very dispersible in comparison to other kinds of organoclays and can be put without additional additions directly to the grinding base.

It can be incorporated either before or after crystallization, and it stops the development of primary particles.

Additionally, it makes pigment agglomerates’ dispersion simple.

Modifier for correlation

One of the most often used ingredients in solvent-based paints and coatings is rheology modifiers.

These substances, which are typically found in powder form, are of natural origin.

Through various commercial grades, their chemical qualities, which are dependent on their rheological behavior, can be investigated.

The viscosity and flow properties of coatings and paints may be improved using associative modifiers.

Organoclays are great at regulating rheology and viscosity in addition to being non-polar.

They perform exceptionally well in terms of sag control and anti-settling and are compatible with a variety of inorganic solvent-borne systems.

There are additional inorganic and hybrid rheology modifiers available.

They consist of organoclay, precipitated silica, and fumed silica.

Associative thickeners are surface-active organic rheology modifiers that attach to the polymer film matrix as films are being formed.

They also give the coating layer characteristics like resistance to sagging and settling.

There may be a range of resistance to settling and sagging among the various additives used in solvent-borne paints and coatings.

behavior of shearing thickening

A naturally occurring material with good thixotropism is called organoclay.

The main components of organoclay are sodium montmorillonites and hectorite.

Its thixotropic characteristics can be enhanced yet more by the addition of organic alkyl groups.

Organoclay is beneficial for managing the separation of liquids and pigment particles as well as for usage in paint and coating formulations as a thixotropic ingredient.

The sort of shear that is used to thin out white organoclay affects how it thickens.

For highly colored paints, high viscosity thickeners are suggested since they have a lower chance of sedimenting pigment particles due to their increased viscosity.

The slope of the thickener’s viscosity has an impact on a number of properties including flow rate, leveling, sag resistance, film thickness, and opacity.

Thixotropic coatings become more viscous under high shear rates, but become less viscous under low shear rates, making them more challenging to work with or apply.

High-filled systems need greater viscosity levels at minimal to no shear rates to offset this.

For solventborne paints and coatings, these characteristics are crucial.

The inclusion of CP-257 can enhance the white organatones’ shear thickening behavior in paints and coatings.

A rheological additive with a wider range of compatibility is CP-257.

It is used as a powder to paint mixtures, and is normally blended in at a rate of 0.1 percent to 1.0 percent by weight.

However, it must be used in conjunction with a polar activator for best results.

The shear rate and application method affect the rheological behavior of white organoclay in solventborne paints and coatings.

While medium shear rates are employed for flow and coating applications, low shear rates are suitable for leveling, settling, and spraying.

The most precise method for analyzing the shear-thickening behavior of solventborne paints and coatings is shear rate measurements.

The price of additives

Depending on the final application, the geographical region, and other variables, the price of white organoclay additives for a solventborne paint or coating may change.

However, this substance is regarded as a multipurpose additive with a wide range of capabilities.

Despite making up a negligible fraction of the paint’s weight, it accounts for 13% of the cost of raw materials.

Because of this, the coatings industry views it as an useful value-added component.

Without the expense of additional raw materials, the same performance can be obtained with solventborne paint.

CP-1 is one of the top white organoclay additions for paints and coatings that are solventborne.

In traditional solvent-based paints, CP-10 is very dispersible.

If there are strong shear and letdown tank conditions, it can be incorporated into the pigment grind.

Chemical activator is not needed for it to disseminate.

To improve the rheological qualities of paints, white organoclay additions are utilized.

The thixotropic characteristic that holds brushstrokes is added by these compounds.

They can be immediately incorporated into solventborne paints or coatings and are used as an alternative to stearates and wax.

Water treatment systems also employ white organoclay.

The solvent-borne paint uses polymer to help it stick to the surface.

Because of this, it works well as an addition in water treatment systems.

There are many different kinds of organoclay additives on the market right now.

Mail: jessie@camp-shinning.com

Whatsapp/Wechat:+86-13185071071

Sodium Hexametaphosphate Powder

Sodium Hexametaphosphate Powder

Sodium Hexametaphosphate Powder

If you are looking for Sodium Hexametaphosphate Powder, Camp Shinning is your best Sodium Hexametaphosphate supplier.

Synonyms: Graham’s salt Tech Grade

CAS No.: 10124-56-8

Molecular Structure:  

Hazard Class: Non-dangerous goods

Typical properties

Appearance

White powder or Particle

Total phosphate(Counted with P2O5) Content, %:

≥68.00%

Non-active phosphate(Counted with P2O5) Content, %:

≤7.50

Water insolubilities Content, %:

≤0.06

Iron (Fe) Content %:

≤0.005

PH:

5.8-7.3

Application

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

Gelling Agent Organophilic Clay

Sodium Hexametaphosphate 

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.

Sodium Hexametaphosphate 

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 

metaphosphates. 

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.

Sodium Hexametaphosphate Shmp

Sodium hexametaphosphate shmp

Sodium hexametaphosphate shmp

Similar words: Graham’s salt Tech Grade
CAS No.: 10124-56-8
Molecular Structure:
Hazard Class: Non-dangerous goods
Typical properties
Appearance
White powder or particles 
Total phosphate (Counted with P2O5) 
Content, percent : ≥68.00 percent
Not-active phosphate (Counted with P2O5) 
Content, percent: ≤7.50
Water’s insolubilities 
Content, percent: ≤0.06 Iron (Fe) 
Content percent: ≤0.005
PH: 5.8-7.3
Application
Sodium hexametaphosphate shmp used as separating, dispersing, and deflocculating agent, as well as coating agent to make thin passivating film that protects metals from corrosion;
Taking care of water for industry;
SHMP can be used as softener in continuously recycled industrial water. SHMP is also used in the textile industry for industrial cleaning and as dispersion in pigmenting and dyeing operations.
SHMP is also used for oil well drilling.
Sodium Hexametaphosphate SHMP

Sodium Hexametaphosphate SHMP

What is Sodium hexametaphosphate shmp?
You may be wondering what sodium hexametaphosphate is and what it does. It is a dispersing agent, thickener, and sequestrant used in various lab procedures. It can also be found in many household products, including paint, detergents, and drinking water. Here are some useful facts about the compound. Read on for more information. Sodium hexametaphosphate is used in the following applications:

Sodium hexametaphosphate is a polyphosphate
Sodium hexametaphosphato, also known as SHMP, is an inorganic compound derived from the combination of sodium ion and phosphate. It is a water dissolvable polyphosphate glass and can be obtained through a thermal process from soda ash and food-grade phosphoric acid. Sodium hexametaphosphato is used in water treatment for many purposes.

Sodium hexametaphosphate shmp is a polyphosphate with a melting point of 616 degC and a relative density of 2. It is produced by reacting yellow phosphorus in a melting tank with soda ash. The resulting polyphosphate is then mixed with phosphoric anhydride in a stirrer. The sodium hexametaphosphato is a polyphosphate, which complexes with alkaline earth metal ions. It is used as a boiler water softening agent, as well as in the fiber, bleaching, and dyeing industries.

Sodium hexametaphosphate shmp can be produced in large amounts. However, its production process is complicated. A polyphosphate is produced in a highly complex process that requires many different chemical steps. The final product must be highly concentrated before it can be sold. It must also undergo a thorough quality control process to ensure that it is safe and effective. If you are in the market for sodium hexametaphosphate, it is a great choice.

Sodium hexametaphosphate shmp is an important component of molecular gastronomy and is a highly effective sequestrant. It can allow gelling agents to be hydrated at lower temperatures. Sodium hexametaphosphate shmp is the most effective sequestrant known to science. At gel hydration concentrations, sodium hexametaphosphate has no taste. Sodium hexametaphosphate is used as a reservative in food and other foods.

It is a sequestrant
Sodium hexametaphosphate shmp, commonly referred to as SHMP, is an inorganic salt that has applications in water softening, detergents, and food. This white, odorless salt has a wide range of uses, from food and beverage production to the treatment of water and soil. In addition to its use in water softening, Sodium hexametaphosphate shmp is also used in detergents and energy drinks.

Sodium hexametaphosphate shmp is a dispersing agent that is commonly used in various applications, including as a deflocculant in ceramic particles, a soil texture assessment chemical, and an emulsifier in food products. It is also used in the production of dyes, color film copying, and titanium dioxide. However, its primary use is in food and beverage production, where it is used for its anti-staining and anti-tartar properties.

Sodium hexametaphosphate shmp can also be used as a water softening agent, including in boiler water. It is also used in the manufacturing of paints, where it serves as a dispersing agent and stabilizes emulsions. It also improves corrosion inhibition. Its molecular structure allows for the production of a thin film, which can be used in coatings, papermaking, and metallurgy.

The chemical’s threshold effect makes it a suitable additive for potable water treatment. In addition to preventing mineral and steel corrosion, SHMP Tech grade also functions as a dispersant and antiscale agent. In fact, it prevents scale formation by settling calcium hardness in factory boiler waters. Its effectiveness is dependent on its application. Its use in water softening systems can significantly reduce the amount of calcium hardness in water.

It is a thickener
Sodium hexametaphosphate shmp is a chemical used as a softening agent and thickener in various industrial processes. It is capable of complexing CA++ better than other phosphates. Its uses range from the electrolytic industry to power station boiler water. In addition to these applications, it is used in the food and beverage industry as a thickener, emulsifier, humectant and flavor enhancer.

Sodium hexametaphosphata is a clear colorless granular substance that is miscible in water. It has several uses, including thickening, emulsification, and sequestration. Sodium hexametaphosphate can also be used as an acidity regulator, a sequestrant, and a binder.

Sodium hexametaphosphate shmp is a polyphosphate that has bacteriostatic and peptization properties. The correct amount of phosphate can affect the consistency and melting point of sauces and cheese. For optimal peptization, it is important to select a sodium hexametaphosphate with the appropriate chain length. However, long-chain Sodium hexametaphosphate shmp does not provide the long texture required for good slicing properties.

Sodium hexametaphosphata is commonly used for water treatment, where it acts as a deflocculator, sequestrant, and anti-scale agent. It prevents steel corrosion and is added to boiler compounds. Its antiscale properties are also useful in industrial settings. It is useful for water softening and prevents steel corrosion in factories. However, the addition of sodium hexametaphosphate reduces brushability.

It is a buffer
Sodium hexametaphosphate is a widely used emulsifier, stabilizer, and surfactant. It is also a chelating agent for metal ions and is used in the water treatment industry. It is also used in the food industry as a bulking agent. Its properties enable it to increase the water holding capacity of meat, vegetables, and canned goods.

Sodium hexametaphosphate is commonly used in drinking water and boiler water. In some applications, it is used as a deflocculant, a sequestrant, a humectant, a food additive, a rust inhibitor, and a corrosion-control agent. It is also used in the production of processed meat.

Sodium hexametaphosphate is a compound that helps clarify the flavor of wine and beer. It also prevents turbidity in beer. The depressant sodium hexametaphosphate is also available in free-flowing granules. It is an excellent choice for beverage makers because it can reduce sodium benzoate and potassium sorbate by 50%. It is soluble in water and insoluble in organic solvents.

Sodium hexametaphosphata is commonly used for water treatment, where it acts as a deflocculator, sequestrant, and anti-scale agent. It prevents steel corrosion and is added to boiler compounds. Its antiscale properties are also useful in industrial settings. It is useful for water softening and prevents steel corrosion in factories. However, the addition of sodium hexametaphosphate reduces brushability.

It is a buffer
Sodium hexametaphosphate is a widely used emulsifier, stabilizer, and surfactant. It is also a chelating agent for metal ions and is used in the water treatment industry. It is also used in the food industry as a bulking agent. Its properties enable it to increase the water holding capacity of meat, vegetables, and canned goods.

Sodium hexametaphosphate is commonly used in drinking water and boiler water. In some applications, it is used as a deflocculant, a sequestrant, a humectant, a food additive, a rust inhibitor, and a corrosion-control agent. It is also used in the production of processed meat.

Sodium hexametaphosphate is a compound that helps clarify the flavor of wine and beer. It also prevents turbidity in beer. The depressant sodium hexametaphosphate is also available in free-flowing granules. It is an excellent choice for beverage makers because it can reduce sodium benzoate and potassium sorbate by 50%. It is soluble in water and insoluble in organic solvents.

Sodium hexametaphosphate shmp

SHMP | Sodium Hexametaphosphate for Paint & Oil Drilling

SHMP

SHPMSodium Hexametaphosphate

Synonyms: Graham’s salt Tech Grade CAS No.: 10124-56-8

Molecular Structure: Hazard Class: Non-dangerous

items Typical characteristics

Appearance White powder or Particle

Total phosphate(Counted with P2O5) (Counted with P25)  Content, percent : ≥68.00 percent Non-active phosphate(Counted with P2O5) (Counted with P2O5)  Content, percent : ≤7.50 Water insolubilities Content, percent : ≤0.06 Iron (Fe) Content percent : ≤0.005 PH: 5.8-7.3

Application

Used as a sequeatering, dispersing, deflocculating agent, and as a coating agent to generate a thin 

passivating surface that protects metals from corrosion; Industrial water treatment;

SHMP can be used in constantly regenerated industrial water as a softener;

Sodium Hexametaphosphate is utilized in the textile industry for industrial cleanning and as dispersion in pigmenting and dyeing processes.

SHMP is also employed in oil well drilling. 

SHPM : Sodium Hexametaphosphate

SHMP

SHMP

SHMP Advantages for Paint Applications
Sodium Hexametaphosphate‘s outstanding brushability is one of its benefits for paint applications. When applied at 2% concentrations, it is quite fluid and imparts a prominent flow mark on the paint. It gets viscous and automatically levels out at 6% concentrations. Under gravity, the paint also preserves its original shape. Here are some of the advantages of SHMP for paint applications:

Sodium Hexametaphosphate content in paint was 0.015 x 10-3 mol/L. A mixture of calcite and scheelite was treated with sodium oleate, a common collector. The molar ratio of Sodium Hexametaphosphate to H3Cit produced the greatest difference in floatability between scheelite and calcite, as well as being the best ratio for flotation separation.

In the presence of depressants, both minerals float, and their molar ratios should be adjusted correspondingly. Sodium Hexametaphosphate was found to reduce the floatability of calcite and scheelite in paint in this investigation. Although a depressive effect is advantageous, this method is ineffective for high-grade calcite. The process of high-grade beneficiation is more efficient and cost-effective.

Calcite and scheelite’s sulphide and silicate composition influences flotation. They co-adsorb with calcite when coupled with a solvent. Sodium Hexametaphosphate, on the other hand, reduced the potential of calcite. Its effects on calcite and scheelite floatability are addressed further below.

Higher Sodium Hexametaphosphate concentrations diminish the entrainment factor. The degree of entrainment decreased dramatically in the presence of increased Sodium Hexametaphosphate. The tailings’ dolomite content dropped as entrainment was reduced. When designing a reagents regime, the influence of Sodium Hexametaphosphate on mineral floatability should be taken into account.

Sodium Hexametaphosphate, a mixed depressant, is more effective at improving mineral floatability.

The EF drops as SHMP dosage increases, showing that the concentration of Sodium Hexametaphosphate diminishes froth stability. As Sodium Hexametaphosphate dosage is increased, the dynamic stability factor falls, increasing the rate at which bubbles break.

This combined depressant reduced scheelite’s potential. The decrease,demonstrating that it is selectively depressive to calcite.

Water glass adsorption of SS has a major effect on the mineral surface in alkaline settings. Sodium Hexametaphosphate reduces the zeta potential of calcite under these conditions.

With decreasing ionic strength, the rate of colloid deposition rises. The ionic strength of a mixed-colloid solution ranges from 10-2 to 10-4 M. At low ionic strengths, amino-silane-modified sand grains exhibit the highest rate of colloid deposition. The effectiveness of deposition decreases as ionic strength increases.

The degree of chemical heterogeneity raises the rate of colloid deposition. Increasing l to 10% increases deposition rate by an order of magnitude.
the amount of Sodium Hexametaphosphate in the slurry will affect its ability to cling to teeth. A typical dispersion agent is sodium hexametaphosphate. It is water soluble and has strong anti-corrosion qualities. SHMP (sodium hexametaphosphate) is also commonly used in the manufacture of paints, coatings, and photos. The chemical keeps colours distributed while preventing spots on the film.

Sodium hexametaphosphate is a white powder that dissolves in water and contains six phosphate units. It is commonly used in food, dairy goods, and personal care products. The taste of the chemical, on the other hand, is not an issue. The capacity to bind metal ions is the most intriguing aspect of its application. It’s also utilized in the manufacture of baking powder.

SHMP

Sodium Hexametaphosphate , Sodium Hexametaphosphate price, Sodium Hexametaphosphate supplier, Sodium Hexametaphosphate manufacturer 

sodium hexametaphosphate

Sodium Hexametaphosphate

Sodium Hexametaphosphate

Synonyms: Graham’s salt Tech Grade

CAS No.: 10124-56-8 

Molecular Structure:  

Hazard Class: Non-dangerous goods

Typical properties

Appearance

White powder or Particle

Total phosphate(Counted with P2O5) Content, %:

≥68.00%

Non-active phosphate(Counted with P2O5) Content, %:

≤7.50

Water insolubilities Content, %:

≤0.06

Iron (Fe) Content %:

≤0.005

PH:

5.8-7.3

Application

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.

SHMP is also used in oil well drilling.

Sodium Hexametaphosphate

Sodium Hexametaphosphate

For Paint, Sodium Hexametaphosphate
If you intend to employ SHMP in your paint, you should first read this page. It will provide information about the properties and disadvantages of sodium hexametaphosphate. In addition, you will learn its PH value. This chemical is frequently employed in the manufacture of paint. This chemical is utilized in the manufacture of premium paints.

Paint disadvantages of sodium hexametaphosphate

The polyphosphate sodium hexametaphosphate can function as a dispersant in paints. Its capacity to form complexes with magnesium and calcium ions enhances the performance of paint. However, once SHMP has absorbed water, it becomes extremely viscous. Moreover, its high molecular weight and 30-90 PO3 genes make it susceptible to flow.

Notably, sodium hexametaphosphate is a great paint dispersant, Specifically, it tends to elevate the pH of paints . Notably, sodium hexametaphosphate is also utilized in the manufacture of detergents, toothpaste, ceramics, oil well drilling, and textile dyes.

Paint-related characteristics of sodium hexametaphosphate

As a dispersion agent, sodium hexametaphosphate is utilized in paint and other coatings. Coatings are typically comprised of resins, oils, and emulsions, as well as pigments, fillers, and additives. These chemicals are essential for enhancing the visual appeal of a coating. Sodium hexametaphosphate is an undetermined-composition polyphosphate molecule.

The polyphosphate SHMP possesses bacteriostatic and peptization characteristics. The ideal quantity is essential for the ideal texture and peptization rate. Long-chain SHMP is incapable of producing the desired texture. It is employed as an emulsifier, a thickening, and a texturizer in the food business, when these qualities are essential.

The influence of sodium hexametaphosphate on the dripping property of a coating is significant. Increasing the amount of SHMP in a paint mix reduces its tendency to drip. In addition, the coating adheres to a mold better the lower its dripping characteristic. However, one must not reduce the dripping property too much, as a reduced dripping property would result in substantial paint marks.

As a water softener, detergent ingredient, and high-temperature glue, sodium hexametaphosphate is widely employed. It has various industrial applications, including water treatment and tanning. It is also utilized in the production of titanium dioxide and colors. Although it is most typically used in paints, SHMP has various other applications.

Sodium hexametaphosphate is an essential food additive and toothpaste ingredient. It can also be utilized as a water softener and a sequestrant. It has a high solubility in water but is insoluble in organic solvents. Additionally, it serves as a sequestrant and emulsifier. Despite the benefits of sodium hexametaphosphate for paint, it is a hazardous material due to its toxicity.

The polyphosphate SHMP is water-soluble. There are granular and glass forms available. It is also utilized in the manufacturing of ceramic particles and as a water deflocculant. Additionally, it is commonly utilized as an adhesive and dispersion agent in the building industry. If you’re seeking for a natural antifouling agent, Sodium hexametaphosphate may be a good choice.

As a corrosion inhibitor, SHMP serves a dual role. It resists the corrosion of metals by creating scales. It is also effective for softening water. An anodic corrosion inhibitor, sodium hexametaphosphate contains phosphorus ions. It resists corrosion by preventing the formation of crystals.

SHMP is a natural paint ingredient. It is composed of soda ash and phosphoric acid of food-grade quality. Among all phosphates, SHMP has the highest sequestration capacity. Additionally, it can serve as a chelating agent and a detergent. Despite the fact that its application in paint is mostly unknown, it remains an essential component for many paint makers.

Paint SHMP’s ph value In paint, SHMP is a common mineral. It is a very mildly alkaline chemical that is water-soluble. It has a ph value between 10.5 . Additionally, SHMP is used to produce titanium dioxide, a pigment that is a byproduct of paint production.

SHMP is a glassy material with white particles that is transparent. It is water-soluble but organic solvent-insoluble. In addition to its great hygroscopicity, it is an excellent coating ingredient. The use of sodium hexametaphosphate ranges from coatings to toothpaste. It is available from most paint manufacturers.

The natural compound SHMP is generated from phosphoric acid and sodium salt. It is commonly used in meals and other products as an emulsifier, thickener, and texturizer. Additionally, it is utilized as an anti-staining agent and chelating agent for specific metal oxides. As a pigment dispersion, sodium hexametaphosphate is extensively used in paints, coatings, and photography. It prevents the spotting of film.

In selecting the PH value of sodium hexamitephosphate for paint, the brushability of the paint is another crucial aspect. A coating that contains 2% SHMP will be somewhat thinner than one that has 6% hexametaphosphate. The resulting paint is easily brushable, has minimal leaking, and retains its shape under gravity.

The expanding food and beverage business influences the PH value of sodium hexamitephosphate for paint in a significant way. Recent changes in lifestyle have prompted a trend toward functional foods and confections. Consequently, food manufacturers strive to develop products with a lengthy shelf life and high nutritional content. The chemical SHMP functions as an emulsifier, thickener, and texturizer.

The chemical SHMP is odorless and colorless. It is often employed as a food and beverage thickener. Additionally, it functions as an additive, dispersion, and chelating agent for metal ions. It can also be used as a food additive because it preserves moisture. Additionally, it prevents rust and enhances the protein stability of meat.

Hexametaphosphate of sodium is a combination of polymeric metaphosphates. It is available in the forms of glass, granules, and powder. The chemical compound is utilized in numerous sectors, including paint production and water purification. It is possible to alter its PH to ensure proper adherence. Due to its extensive use in the food sector, SHMP is an ideal pH-adjusting agent.

SHMP is also beneficial as an inhibitor of metal corrosion. It can slow down the corrosion process by retaining the physical qualities of the metal. It also resists carbon steel corrosion. Moreover, it is an excellent chemical for metal polishing. Its PH value falls within the neutral zone. It is frequently used in conjunction with monosodium phosphate.

sodium hexametaphosphate price ,sodium hexametaphosphate supplier ,sodium hexametaphosphate manufacturer

What is Rheology Modifier in Paint?

What is Rheology Modifier in Paint?

What is Rheology Modifier in Paint? This article will go over its advantages and how it can be used in the paint manufacturing process. 

Organoclay dissolves easily in both polar and non-polar organics. It is easily incorporated during the pigment grinding process and can be added to paint at any stage of the process. 

Furthermore, it can be used in the paint at low and high shear rates without the use of a chemical activator. It provides high viscosity, shear-thinning, and sag resistance.

What is Rheology Modifier in Paint

What is Rheology Modifier in Paint?

What is Rheology Modifier in Paint?Rheology has an impact on a variety of paint properties. 

Film building properties, fluid transfer, acceptable application properties, and long-term resistance to sagging and hard settling are among these.  A simple Google search will yield information about specific materials.

Paints have traditionally contained approximately 80% solvent, which contributes to the thickening effect. 

Manufacturers have turned to higher solids systems in order to meet stringent environmental regulations. 

These thickeners contribute high viscosity, shear thinning, and sag resistance.

When added to paints, organoclay imparts high viscosity, shear-thinning behavior, and sag resistance. 

Because of the like-charges, the polymer swells.

An organoclay rheology modifier is a  fluid with a complex viscosity-shear relationship. 

When shear rate increases, pseudoplastic fluids lose viscosity and regain it when shear rate decreases. 

 fluids like this can be found in paints, coatings, and foods. 

Despite this, they have high viscosity at one shear rate but different rheological properties at another, and when two coatings are mixed, they may be applied differently.

The versatile water-soluble  organoclay rheological additive thickens paints and other water-borne systems. 

organoclay stores well and has excellent colorant compatibility. 

It also imparts high viscosity, shear thinning behavior, and vertical sag resistance.

It reduces fluid dripping and spattering during roller or brush application.

Paint rheology modifiers are essential for a stable and effective application. 

Rheology additives are classified into several types. 

This article will discuss the uses and benefits of a few common rheology additives. 

Viscosity is a measure of a substance’s ability to spread fluid and bind to surfaces. 

It is also an important component of paints and coatings.

Rheology modifiers change the composition of a liquid to achieve a specific effect. 

Rheology modifiers in paint formulations help to prevent dripping and spattering of fluids during roller or brush application and improve sagging resistance. 

They also prevent pigment sedimentation.

Organoclay is another type of rheology modifier found in paints. 

Organic clay is also referred to as organophilic clay or inorganic bentonite. 

It’s commonly found in water-based paints, coatings, oil drilling mud, and other water-based products. 

Its distinct properties make it an appealing additive for paint formulations.

Rheology modifiers are chemicals that alter the properties of a fluid. 

These ingredients are used to modify a fluid’s viscosity at a specific shear rate. 

This property is especially important for adhesives and sealants that must resist sagging. 

Rheology modifiers in paints also improve consistency and coatability.

CP-EW is a water-based ORGANOCLAY coating system associative rheology modifier based on polyurethane. 

It has good viscosity stability, shear-thinning properties, and is compatible with binder particles and pigments. 

It also ensures compatibility in mission-critical systems.

It provides leveling, settling, and film formation.

Rheology modifiers are substances that are used to control the rheology of paints, which influences properties like shelf stability, application ease, and sag resistance. 

To improve the leveling, settling, and film forming properties of paints, this material can be added to the mill base, let-down, or finish. 

These materials also increase the longevity of paints.

Rheology modifiers come in a variety of forms. 

Organically modified laminar silicates, organoclays, and precipitated and colloidal silica are all available. 

Each rheology modifier has unique chemical and physical properties. 

Rheology modifiers are typically inorganic, but some organically modified ones have properties that make them ideal for coatings.

When selecting an organoclay rheology modifier, several factors must be considered. 

Aside from compatibility, the primary application, the modifier’s addition rate, and the expected time to complete production must all be considered. 

The product can be created in a timely manner with minimal disruptions to the production process by selecting the right one for the application.

cp-ews is a water-soluble polymer that is used to thicken architectural latex paints ranging from flat to semi-gloss. 

It has excellent colorant compatibility, a wide range of viscosity grades, and is especially useful for improving paint flow and leveling. 

It also lessens the possibility of roll spatter, which is a common issue with other coatings.

The most commonly used inorganic rheology modifiers for solvent-based paints are inorganic organoclays. 

Meanwhile, bentonite organoclay is preferred in polar systems. 

Because of the versatility of the organic solvent-based paint industry, organoclay can be used in a wide range of organic solvent-based coatings.

CP-WBS organoclay is thixotropic at low shear rates. 

It has been demonstrated to be especially effective in general industrial and architectural coatings. 

Its rheological properties can be further controlled by neutralizing the coating’s pH. 

It thickens when the pH rises above 7.

Several factors influence the selection of an organoclay rheology modifier in a paint formulation. 

The choice of thickener is influenced by the desired degree of thickening, timing, and other additives in the formulation. 

The right dispersing agent can help increase solids while decreasing viscosity. 

Waterborne paints do not need thickeners, but there are several rheology modifiers to consider.

Defects in paints can be caused by incompatible rheology modifiers. 

This can happen at various stages of the painting process. 

When the additive has saturated the pigment, the modifier begins to agglomerate. 

If it clumps, it’s because there’s nowhere for it to go. 

This can result in fisheyes or even wet out issues in the final film. But Camp Shinning’s organoclay, which can effectively solve these problems.

What is the definition of organoclay rheological modification? 

This term refers to the material used to change the viscosity of paint. 

Bentonite, a chemically modified volcanic ash with a high water absorption capacity, is the main component of organoclay. 

It is also useful as a polymer nucleating agent and as an additive in oil-based drilling fluids. 

Precipitated silica and hydrophilic polymers are two other rheology modifiers. 

These materials are used to improve the workability of paint and coating systems.

These additives offer superior stabilization, consistency, and suspension properties.

Rheology modifiers are classified into two types: inorganic and organic. 

Organic rheology modifiers are thickeners used in solvent and water-based systems. 

The ability to improve the stability of paint and coatings is one of the advantages of using this additive. 

The additive improves the leveling and sag resistance of the finished product while also promoting better storage and transportation.

Paint suffers when incompatible rheology modifiers are used. 

Incompatible rheology modifiers cause defects at multiple stages of the manufacturing process. 

An agglomeration of the rheology modifiers is a common defect that affects the performance of the paint, indicating that the pigment is saturated and there is nowhere for the rheology modifier to go. 

These agglomerates can cause fisheyes and wet out issues in the finished film.

Organoclay rheology modifiers have several advantages over their predecessors. 

They can, for example, improve the ability of paints to hide surface defects while also enabling novel color effects. 

To improve aesthetic effects, organoclay rheology modifiers can be combined with organic and inorganic pigments. 

Aside from weather resistance and defect coverage, these additives have several other advantages.

Improves viscosity

A chemical that improves the properties of a paint’s film during film formation is known as an organic rheology modifier. 

In addition to viscosity, these substances can provide the coating layer with resistance to sagging, sedimentation, and other properties. 

While there are many different types of rheology modifiers, this article will go over some of the most common.

An organic derivative of bentonite clay, organoclay rheology modifier is used in oil paints to improve viscosity and prevent pigment settling. 

It’s a water-based additive that can be used at any stage of the painting process. 

It improves paint viscosity and aids in the reduction of pigment sagging and settling on vertical surfaces.

Organoclay is a hydrophilic material that requires a specific organic quaternary amine to be effective for its rheological effects. 

These modifiers are also effective at reducing sag resistance while maintaining leveling and flow. 

While bentonite clay is the most adaptable, hectorite clay is used in polar environments.

The dispersion of organoclay in organic media is another critical step in the paint manufacturing process. 

Because organoclay agglomerates during the manufacturing process, an efficient dispersant is required. 

To break up agglomerate structures in aqueous suspensions, dispersing devices such as disc mills, torus mills, jet mills, and rotor stator mixers are used. 

Adding organoclay to paints can increase viscosity and shear thinning resistance in clear systems. 

This additive can be incorporated into the paint manufacturing process at any point and with standard equipment. 

The mineral can be incorporated into the pigment grind under high or low shear conditions. 

There is no need for a chemical activator in conventional solvent-based paints.

Enhances shear-thinning performance

Organoclays are water-soluble materials with distinct properties such as rheological and viscosity modification. 

The majority of these substances are used in paints, coatings, and epoxies, but have yet to be widely used in clear topcoat systems. 

The effectiveness of organoclays in paints and coatings is investigated in this study.The current invention is about compositions that use organoclay rheology modifiers. 

These compositions have several advantages over previous art. 

Among them, novel color effects and improved surface defect concealment are possible. 

To enhance aesthetic effects, these compositions may also include a variety of organic and inorganic pigments. 

This new formulation also has improved weather durability and defect coverage.

Previously, paints contained 80 percent solvent, which thickened the paint. 

However, because of stricter environmental limits on volatile organic emissions, paint manufacturers are shifting to higher solids systems. 

Organic rheology modifiers also improve coating layer properties by increasing sagging and sedimentation resistance. 

They are frequently used in conjunction with other rheology modifiers as co-rheology modifiers.Bentonite, as a natural thickener, can reduce the viscosity of latex paints. 

However, keep in mind that rheology modifiers can cause defects at various stages of paint application. A suitable thickener must be present in a latex paint formulation for smooth application and to reduce the risk of splashing and fisheyes.It is critical to consider the time required to manufacture the finished product when selecting a rheology modifier for use in paint. 

Many of these modifiers are in powder form, and if they are added too quickly, they can clump, resulting in film defects. Slowly adding these modifiers can help prevent clumping, reducing production time and improving final product quality.

Increases sag resistance

Consider adding an organoclay rheology modifier to your paint or coatings to increase their durability. 

These additives prevent dripping and sagging by thickening the mixture in specific ways depending on the method of application. 

They also promote better storage and transportation capabilities. 

And, when used correctly, they improve the final product’s leveling properties.

Organoclays are hydrophilic in general and require quaternary ammonium compounds to activate their properties. 

These rheology modifiers perform admirably in terms of controlling sag resistance while maintaining flow and levelling. 

The most versatile of the three is hectorite clay, while bentonite clay is used in polar systems.

The amount of organoclay rheology modifier should be calculated based on the application. 

The type of thickener desired, the timing of thickener incorporation, and other additives all influence the choice of thickener for your paint. 

You should also consider color acceptance and stability following color addition. 

The proper choice of dispersing agents will increase the solids content while decreasing the viscosity.Another consideration when choosing a rheology modifier is the manufacturer’s experience. 

Ascertain that the manufacturer has a track record of producing high-quality additives. 

Look for a company that has high standards and a top-notch team. 

Look for images of its manufacturing facility. 

Continue if these aren’t included. 

We hope this information assists you in locating the best rheology additive for your project.Dispersants are compatible with it.

Organic rheology modifiers are surface active agents that give a paint or coating layer a variety of properties. 

They can thicken the paint by interacting with other ingredients, while also providing resistance to sagging and sedimentation. 

These agents are highly adaptable and compatible with various types of dispersants. 

Organic rheology modifiers can be used to improve the stability of paints and coatings in addition to changing their properties.

Organoclay is a bentonite powder that has been modified to have excellent suspension properties. 

This clay’s chemical composition makes it suitable for use in waterborne system paints. 

The particle size is small enough that it can form a gel in water at a concentration of 2% to 3.0%. 

This powder has a two-year shelf life when stored in a cool, ventilated area and is a very stable ingredient in paints and coatings.

Organoclay rheology modifiers are made up of two kinds of organic cations. The ammonium concentration in the clays should range from 0.01 percent to 20% by weight. 

What is Rheology Modifier in Paint?

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