rheologymodifiers

Rheology Modifiers in Paints

Rheology Modifiers in Paints

Rheology Modifiers in Paints

Rheology Modifiers in Paints

Rheology modifiers are an assortment of substances used to enhance the properties of paints. In addition to leveling agents, pour point depressants, flow promoters, and thinners and thickeners, the various types of Rheology Modifiers include flow promoters and flow promoters.

What is OrganoClay used for?

Rheology Modifiers in Paints

Frequently, paint formulations contain additives that confer essential properties. Hectorite clays are a 2:1 layer silicate that readily forms viscous gels in the presence of water. This quality makes it applicable for rheological control in paint, cosmetics, and drilling muds. Additionally, the substance is frequently used as a suspension aid in greases and suspension systems.

In aqueous, one-coat systems, hectorite clays are utilized as rheology modifier by paint manufacturers. In this application, hectorite clays are added to the paint in concentrations ranging between 0.1% and 1.5% by volume. Clays are utilized in metallic automotive basecoats for their ability to better control metal particles. In addition to enhancing the paint’s rheology, hectorite increases the paint’s solid content and improves its overall stability.

The effectiveness of hectorite clays in paints is primarily determined by the smectite group. Since they lack the smectite group, the smaller Hectorite clays tend to delaminate in water. The thickness of hectorite platelets is determined by their edge length. Additionally, these characteristics make hectorite clays suitable for solvent-borne systems.

Rheology Modifiers in Paints

Although hectorite clays are abundant in nature, they are extremely uncommon. From deposit to deposit, their chemical composition varies, resulting in different compositions, impurities, and crystallite sizes. Hectorite clays are frequently used as base coats in metallic paints, but they lack commercial viability. Synthetic hectorite tends to hydrolyze into orthophosphate, which is not a desirable paint ingredient.

Even though synthetic hectorite clay is not based on any particular theory, its dispersion in water remains a defining characteristic of this substance. Moreover, natural hectorite is unlikely to disperse the phosphonate additive in paint.

Additionally, hectorite clays can be used as rheological additives. These unique clays are members of the silicate subgroup within the clay family. They form gels and behave like thixotropic or shear-thinning fluids. Their distinctive morphologies allow them to be utilized in both solvent- and water-based paints. It has been utilized in the production of paints and liquid coatings.

The use of nonionic synthetic associative thickeners can improve waterborne paints and coatings. These compounds are composed of basic chemicals that are designed to have the desired properties. They can be modified to achieve rheological characteristics such as smoothness, richness, body, and feel. Nonionic synthetic associative thickeners have been used successfully in paints and coatings for many years, and their diverse applications have gained increasing significance.

The osmotic pressure of nonionic synthetic associative thickeners in pure water determines their properties. Their rheology is determined by the hydrophobicity of the polymers’ terminal groups. The hydrophobic portions of the polymer’s interior have no effect on the rheology of latex systems. At low concentrations, thickeners form aggregates resembling micelles.

Additionally,Rheology Modifiers in Paints , coatings, and varnishes. They have enhanced viscosity retention for a number of years and continue to evolve. They are compatible with numerous binder chemistries, such as acrylic and styrene-acrylic. In addition, they possess low viscosity and solvent-free liquids.

In paints, coatings, and cosmetics, Organoclays are commonly used as rheology modifiers. Understanding their impact is essential for the development and formulation of these materials for diverse applications, including spraying, printing, and cosmetics.

The use of rheology modifiers in paints can influence a number of manufacturing procedures. Other input materials, such as pigments, are added to a pigment paste during the letdown stage. Rheology influences the final performance as well. A paint that dries more slowly and uniformly may cause drips and splatters. As rheology modifiers in paints, organoclays are useful .

The ability of organoclay to reduce the viscosity of paint is a crucial property. They are useful in coatings due to their superior suspension properties. Hectorite clay can be added to paints in a variety of formulations, unlike gypsum. A pH-sensitive gypsum-based paint is an excellent candidate for a thickener.

A major application of rheology modifiers in paints is as a coating filler. On horizontal surfaces, they can prevent drips and splashes. Additionally, they can improve the adhesion and coverage of paints. These additives improve the coating’s application and storage properties by modifying its rheology. But how do these substances function?

Coatings require a rheology modifier as an essential ingredient. It helps regulate the paint’s viscosity and other properties, such as shelf life, application ease, wet edge, and sagging. When rheology modifiers are added to the formulation of waterborne and solvent-based paints, however, the decision becomes more complicated. Regardless, these additives have both benefits and drawbacks.

There are two types of rheological modifiers for CP series organoclay: Solvent borne thickeners and water borne bentonite thickeners. water borne bentonite thickeners dissolved in water to impart thickening properties. They offer superior flow and leveling characteristics, in addition to the lowest risk of roll spatter. Low-cost paints, automotive basecoats, and inorganic pigment slurries commonly contain these pigments. Nonionic polyurethanes make up the vast majority of their composition. They have hydrophilic regions on their polymer backbones and hydrophobic surfaces.

Paint thickener

+86-13185071071 (Whatsapp) rheological additive 20+ Years Experiences Strong R & D Team ISO Certification & Patents Own Raw Bentonite Ore Coop

Read More »

Thixotropic Agent

+86-13185071071 (Whatsapp) thixotropic agent 20+ Years Experiences Strong R & D Team ISO Certification & Patents Own Raw Bentonite Ore Coopera

Read More »

Suspending Agent

+86-13185071071 (Whatsapp) suspending agent 20+ Years Experiences Strong R & D Team ISO Certification & Patents Own Raw Bentonite Ore Cooperat

Read More »
Rheology Modifiers in Paints

Rheology modifiers for waterborne paints

CP-180 Organoclay
CP-180 Organoclay
CP-180 Organoclay

People Also Like

CP-150 ORGANOPHILIC CLAY

CP-982 Organophilic bentonite

CP-992 Organobentonite

Rheology Modifiers in Paints

What is an organophilic clay?

What is an organophilic clay?

What is an organophilic clay?

What is an organophilic clay? Organophilic clay is an organically modified bentonite that is used as a gelling agent in drilling fluids.Organophilic clay is one of many gelling agents used to control paint viscosity. Organophilic clays primary function in paints is as a viscosifier or thickener. It also contributes to increased surface tension and emulsion stability by preventing coalescence. Organophilic clay can also be used to disperse pigments that tend to settle during storage.

What is OrganoClay used for?

What is an organophilic clay?

What is an organophilic clay? It is a bentonite that has been organically modified.
Organophilic clay is a chemically altered bentonite with unique properties that improve the performance of various industrial processes. This material has a high adsorption capacity for aromatic compounds and is ideal for landfill liners, petroleum spill cleanup, and cement-based processes. Because of its chemical properties, it is an excellent adsorbent of these chemicals and has a variety of other useful applications.

Organophilic clay is created by chemically modifying a naturally occurring mineral in a laboratory to improve its functionality as a thickener in solvent-based systems. Its one-of-a-kind property allows it to suspend pigments and stabilize emulsions while also dispersing thixotropically in a high-shear environment. Every year, organophilic clay is sold in the personal-care and cosmetics industries.

What is an organophilic clay?

It functions as a viscosifier.
CP-150 organophilic clay is a powerful rheological additive (you can click: https://www.rheologicaladditive.com/) with excellent anti sag properties and a high yield under low-shear conditions. When used in low-shear mud plant operations, this material is an excellent rheological alternative to gelling agents. It quickly reaches its maximum viscosity.

The addition of organophilic clay can exacerbate the high PV of conventional oil-based invert emulsion fluids. Furthermore, high drilling temperatures of up to 300 degrees Fahrenheit may cause thermal degradation of the organophilic clay viscosifier. As a result, it is advised to use chemical activators to reduce the viscosity of oil-based drilling fluids. To make hydrophobic clay, organophilic clay is commonly pre-treated with long-chain fatty amines. Rheological measurements, static filtration, and plugging experiments are then used to characterize the clay.

It functions as a gelling agent.
When exposed to water, the term “organophilic clay” refers to a type of mineral that can gel. These compounds can be made from a wide range of compounds, including organic and inorganic substances. They are usually made by drying materials in an air stream to a moisture content of 5% or less.

Organophilic clay’s properties make it an excellent gelling agent for oil-based drilling fluids. It increases the cutting-carrying capacity of the fluids and aids in the stabilization of the weighting agents. It is a highly effective additive with numerous applications. While bentonite is a common drilling fluid gelling agent, other mineral materials can be substituted. This natural material’s adaptability is unrivaled.

It increases the thixotropy of drilling fluid.
Thixotropy is improved by adding CP-982 organophilic clay to drilling muds.We discovered that adding organoclay to gasoil-based drilling fluids increased the drilling fluid’s thixotropy. Increased thixotropy is a result of increased cohesive forces and interactions, which strengthen the three-dimensional structure of drilling fluids. These clay particles may be separated into flocs or aggregates during drilling.

Organophilic clays improve thixotropy by increasing the viscosity of drilling fluids while decreasing mud tackiness. This improves drilling fluid thixotropy, an important property of oilfield fluids. A drilling fluid with a low thixotropy has a low viscosity during production and a high tackiness during recovery.

It increases the thixotropy of paint.
Organophilic clay is a highly effective polymer nucleating agent, viscosifier, and stabilizer in oil-based drilling fluids, among other things. Organophilic clay’s hydrophobic chain properties and large surface area make it a versatile thixotropic agent for paint formulations. Paint manufacturers must first select the appropriate polar activator and dispersant to achieve the desired thixotropy. These two chemicals are effective in providing the organophilic clay’s thixotropic properties.

This unique organobentonite clay has rheological properties similar to Xanthan gum. but differs in chemical and structural properties. These distinctions allow for the formulation of the best additive in each case. This is especially useful in paint formulations where thixotropy is important. It is important to note, however, that the amount of organophilic clay required for paint formulations varies depending on the type of paint.

Paint thickener

+86-13185071071 (Whatsapp) rheological additive 20+ Years Experiences Strong R & D Team ISO Certification & Patents Own Raw Bentonite Ore Coop

Read More »

Thixotropic Agent

+86-13185071071 (Whatsapp) thixotropic agent 20+ Years Experiences Strong R & D Team ISO Certification & Patents Own Raw Bentonite Ore Coopera

Read More »

Suspending Agent

+86-13185071071 (Whatsapp) suspending agent 20+ Years Experiences Strong R & D Team ISO Certification & Patents Own Raw Bentonite Ore Cooperat

Read More »

What is a Rheological Additive

CP-180 Organoclay
CP-180 Organoclay
CP-180 Organoclay

People Also Like

CP-150 ORGANOPHILIC CLAY

CP-982 Organophilic bentonite

CP-992 Organobentonite

What is an organophilic clay?

Oil based drilling muds contain organophilic clays. They act as a viscosifier and gelling agent in the drilling fluid, allowing it to carry more weight and thus improve its ability to suspend solids.

Organophilic clay is non-toxic, biodegradable, and thermally stable. They also have superior emulsification properties, allowing them to disperse oil-based drilling fluids more efficiently than clay minerals.

What is OrganoClay used for?

What is OrganoClay used for?

What is OrganoClay used for?

What is OrganoClay used for?” you may be wondering. You’re not alone, though. Organoclay is a great substitute for Thixotropic agent, dispersant, rheological additive, suspending agent, Anti settling agent etc. However, it has other applications. Let’s look at them more closely. Why is it so beneficial? Here are some of the reasons. Let’s begin with oil drilling mud. OrganoClay, on the other hand, has the ability to dissolve oil.

What is OrganoClay used for?

What is OrganoClay used for?

Oil

When activated in water, organoclay forms quaternary amines that extend perpendicularly off the platelets. These amines bind to positively charged sodium ions after being loosely attached to carbon chains. These organic pillars increase the porosity of the clay and facilitate hydrocarbon partitioning. OrganoClay is a highly effective antifouling agent that can be used in oil and water separation.

OrganoClay extracts oil and grease seven times faster than activated carbon. It can cut operating costs by half while maintaining activated carbon’s effectiveness. OrganoClay is composed of quarterary amine-treated clay pellets capable of trapping 50-60% of their weight in oil and grease. This combination improves system performance while lowering operating expenses. Organoclay can remove soluble organic compounds more efficiently after activated carbon has been activated.

OrganoClay is created by combining bentonite and quaternary amines. Quaternary amines containing nitrogen exchange negatively charged carbon ions with positively charged calcium or sodium-containing clay platelets. Organoclay is a adsorbent with a distinct composition.

The ability of Bentonite organoclay/anthracite mixtures to remove oil from water has been tested. They extracted oil from a wide range of emulsions, including oil-in-water emulsions. The equilibrium time was under an hour.

What is OrganoClay used for?

Grease

There are numerous methods for removing grease from wastewater, but one popular method is to use an organically modified clay, such as OrganoClay. Organoclay has the ability to remove up to seven times the amount of grease and oil as activated carbon. Because the clay is porous, it can bind oil and grease in one step. The water must be pH-balanced to a maximum of five for the process to work.

OrganoClay is a mineral drilling product with numerous applications such as grease and oil removal, filtration media, and adsorption water treatment. The material is used in oil field drilling and paint. Prices for organoclay vary greatly, but Camp Shinning offers a variety of different varieties of the organoclay mineral, which has numerous applications. It also has a competitive advantage over other industry suppliers.

The method is simple and inexpensive, and it is ideal for removing grease. Because the chemically modified clay is naturally hydrophobic, the oil dissolves easily. Organoclay is used as a filter media for oil, grease, and other contaminants in wastewater treatment processes. Camp Shinning offers a variety of packaging options for this material. Contact Camp Shinning organoclay today if you are looking for a grease-removal solution!

The clay is composed of hydrocarbons, which are organic chemicals. Amines are added to the clay during the manufacturing process, which reduces the surface tension of liquids. As a result, the clay can now mix with previously incompatible substances. Oil, for example, will not dissolve in water but will dissolve in organoclay. It is also highly corrosion resistant. The clay also resists oxidation, which helps it to foul more slowly.

Dispersant

If you’re thinking about using an organoclay dispersant in your next coating, you should understand how it works. OrganoClay is a clay that is hydrocarbon compatible. Oil, as a hydrocarbon, can thus dissolve in water. This is because organoclay has been chemically treated with amines, which reduces liquid surface tension.

Because of their versatility, nonionic organoclays are an excellent choice for coatings and sorbents. Their CP-10 lateral monolayers have the ability to adsorb and intercalate a variety of contaminants, including cationic, hydrophobic, and polar compounds. Nonionic organoclays can also exchange ions. This type of dispersant degrades faster than cationic organoclay.

Their improved rheological properties were due to the increased affinity between the clay surface and the continuous phase. And, because their dispersion properties were similar at low and high temperatures, they could be used in the same way as synthetic polymers. For example, if you want to add an organic pigment to a tar-based coating, this will make the dispersion more stable.

Clay minerals react with organic compounds in water to form the phase, which is a lyotropic liquid crystalline phase. These lyotropic liquids are also powerful vector systems, capturing and releasing organic compounds. Clay minerals can also capture and release cationic and hydrophobic compounds. OrganoClay is highly porous, which means the particles can saturate and bind to organic compounds in addition to being versatile as a dispersant.

Media for filtering

OrganoClay, also known as Organophilic clay, is a natural mineral and cationic surfactant-based adsorbent media. Its cation-exchange capacity aids in the removal of numerous contaminants from water. OrganoClay is composed of a cationic surfactant layer that attracts organic matter and ionic species. It is used in water filtration systems to remove pollutants such as chlorine and bromine.

CP-40 is an OrganoClay product used for oil and hydrocarbon removal. It adsorbs the contaminant without absorbing it and produces no waste. Quaternary amines are also present in the product, which form organic pillars between the clay platelets. The increased interlamellar distance makes hydrocarbon partitioning easier.

Paint thickener

+86-13185071071 (Whatsapp) rheological additive 20+ Years Experiences Strong R & D Team ISO Certification & Patents Own Raw Bentonite Ore Coop

Read More »

Thixotropic Agent

+86-13185071071 (Whatsapp) thixotropic agent 20+ Years Experiences Strong R & D Team ISO Certification & Patents Own Raw Bentonite Ore Coopera

Read More »

Suspending Agent

+86-13185071071 (Whatsapp) suspending agent 20+ Years Experiences Strong R & D Team ISO Certification & Patents Own Raw Bentonite Ore Cooperat

Read More »

What is a Rheological Additive

CP-180 Organoclay
CP-180 Organoclay
CP-180 Organoclay

People Also Like

CP-150 ORGANOPHILIC CLAY

CP-982 Organophilic bentonite

CP-992 Organobentonite

What is OrganoClay used for

What is rheology modifier in paint

What is Rheology Modifier in Paint

What is Rheology Modifier in Paint

What is a Paint Rheology Modifier?
Coatings are strengthened with the aid of rheology modifiers. They prevent drips from rollers and brushes and decrease sagging on vertical or inclined surfaces. There are three categories of rheology modifiers: hydrophilic, hydrophobic, and nonpolar. In numerous paint formulas, rheology modifiers are employed. Below are the benefits of each option.

What is OrganoClay used for?

What is Rheology Modifier in Paint

 Organoclays are used to modify the viscosity of paint and other transparent solutions. The principal component of organoclay is bentonite, a chemically modified type of volcanic ash that can absorb up to seven times its weight in water. Its high absorption rate also makes it a valuable additive for oil-based drilling fluids and as a nucleating agent in polymer chemistry.
There are three different forms of rheology modifiers: precipitated silica, organoclays, and hydrophilic polymers. Each has unique advantages and downsides. Listed below are the fundamental qualities of each type:
Paint and other coating systems use special clays to increase their workability and application. Typically, these clays are mixed with organic thickeners and rheological modifiers. They suppress syneresis during storage and prevent pigment pastes from settling. This makes them an extremely adaptable and valuable component in paint compositions.
Organic rheology modifiers can increase the viscosity of paint and coating compositions by adding resistance to sagging and sedimentation. In addition, they are highly compatible and simple to operate with. Solvent-based and inexpensive paints include these compounds. They are utilized in automobile basecoats and inorganic pigment slurries for paint and coating compositions.
Polyacid dispersants are hydrophobic.
To prevent particle aggregation, a water-based paint recipe may need a hydrophobic dispersion – CP series water based organoclay. This dispersion must also retain a low yield point. To achieve this, the majority of dispersants employ a combination of stabilizing processes. Stabilization can be done through electrostatic repulsion, crowding, or steric contact. The dispersant’s molecular weight also plays an effect. Dispersants with a greater molecular weight have more functional groups. Ultimately, this improves stability by extending the effective charge and steric interaction further away from the particle’s surface.
Without adding water, polyacid dispersants stabilize pigments in a waterborne basecoat. They possess the same hue and vibrancy as solventborne basecoats. Due to these advantages, waterborne basecoats can produce high-quality paints without compromising compatibility with water-based systems. Polyacid dispersants are hydrophobic in paint and a desirable complement to a wide range of formulas.
However, while selecting dispersants for use in coatings, it is essential to consider the final application and formulation chemistry. Dispersants must retain the pigment’s desired solubility and polarity. Additionally, they must be compatible with the pigment’s shape and size. Lastly, they must be compatible with the dispersant used in the paint and possess the necessary level of transparency, gloss, and concealing.

What is Rheology Modifier in Paint

Water paint and acrylic paint are two examples of hydrophobic coatings. Acrylic paint comprises a vinyl-modified epoxyester harze (A) that contains 0-22 grams of vinyl per liter. The other typical hydrophobic coating is urethane, which contains a carboxyl group. Carboxyl-containing vinyl-modified epoxyester harze (A) is a kind of acrylic resin.

https://www.rheologicaladditive.com/
However, organic solvent-containing water-based paints have a dispersion stability issue. When employed in less than 10 percent of the total weight of the paint, these solvents can precipitate. These precipitates have a greater viscosity than water-based paint. Therefore, organic solvents should be utilized in paint compositions with minimal organic solvent concentrations.
Organoclay CP – 10 increases sag resistance.
Organoclay CP – 10 is a common ingredient included in high-concentration paint formulas. It helps to the gloss and brushability of paint. Additionally, its water resistance, antialkaline, and anti-gasoline qualities are improved. This chemically treated surface also strengthens the paint’s resistance to sagging and improves its anti-adhesion and adherence qualities. It belongs to the thixotropant family.
Organoclay CP-40 is a rheology modification bentonite.
Organoclay CP-40 is an associative oil based thickener with excellent flow, gloss, and leveling qualities. It also contributes to the physical qualities of paint compositions. These characteristics include excellent concealing power, water sensitivity, and thixotropy. It is an excellent solution for lowering paint.

As aqueous coatings continue to advance, the additives used to manage viscosity are becoming more complex. In the past, the majority of coatings contained five to seven components and were loaded with glycol ethers. chemical producers have made their additives more effective and environmentally benign. Camp Shinning has describes various thickeners, wetting aids, and dispersing agents used to increase the viscosity and consistency of paint.
Organoclay CP-APA is a rheology modifier used in paint. Due to its low molecular weight, this additive is appropriate for after-correction of paint batches. Three paints were evaluated for low viscosity to determine their effectiveness. To do this, 5 percent water was added to the paint to resemble out-of-specification paint. Cellulosic was then added to the paint to boost its viscosity. After adding the rheology modifier, the viscosity of the paint was measured and compared to that of the conventional paint.

What is Rheology Modifier in Paint?

Rheology modifiers are essential coating additives. They help achieve the correct viscosity and regulate the paint’s shelf life, ease of application, wet edge, and sagging. Choosing the proper one for your project might be difficult, especially when considering the restrictions pertaining to volatile organic compounds, aqueous, and solvent-borne coatings. Below, we examine the benefits and drawbacks of several rheology modifiers.
CP-APA RHEOLOGY MODIFIER decreases sag resistance
A sagging resistance test assesses a paint’s ability to withstand bending. It is determined by the viscosity of a coating; the higher the viscosity, the stronger the resistance to sagging. The testing techniques for this attribute are normally standardized, and two to five determinations are necessary for repeatability.

CP-APA RHEOLOGY MODIFIER has been evaluated in low-odor paints. Its odorlessness is an extra bonus. It has a comparable rheological characteristic to ordinary vinyl acrylic. Even when the colorants are predispersed, it can retain the paint’s viscosity. Its low shear resistance decreases sagging and enhances the scrub qualities of paint.

Paint thickener

+86-13185071071 (Whatsapp) rheological additive 20+ Years Experiences Strong R & D Team ISO Certification & Patents Own Raw Bentonite Ore Coop

Read More »

Thixotropic Agent

+86-13185071071 (Whatsapp) thixotropic agent 20+ Years Experiences Strong R & D Team ISO Certification & Patents Own Raw Bentonite Ore Coopera

Read More »

Suspending Agent

+86-13185071071 (Whatsapp) suspending agent 20+ Years Experiences Strong R & D Team ISO Certification & Patents Own Raw Bentonite Ore Cooperat

Read More »

What is Rheology Modifier in Paint

CP-180 Organoclay
CP-180 Organoclay
CP-180 Organoclay

What is a rheological additive

What is a Rheological Additive

What is a Rheological Additive

What is a Rheological Additive?
A rheological additive is a chemical component applied to a product to improve its texture. These additives cause the product’s constituents to behave in a certain way by interacting with them. Typically, they are utilized in paints,grease,oil drilling mud and cosmetics.

CP-Organoclay is one sort of rheological additive. This substance increases thickening, anti-settlement, and thixotropy performance. Maintain its anti-settlement function and enhance its rheology during long-term storage.

What is OrganoClay used for?

What is a Rheological Additive

 

Organoclays
The current invention provides an organophilic clay rheological additive with small particle size, enabling for simple dispersion in clear systems without altering their transparency. These clays are a form of smectite, a mineral that imparts rheological qualities without altering the condition of transparency. For this aim, grinding, pugmilling, shearing, and milling are utilized to prepare organophilic clays.
Organoclay is produced by modifying natural bentonite clay with quaternary amines. These amines increase the basal spacing of montmorillonite clay minerals. These clays are utilized in numerous goods, including mineral drilling fluids and oil drilling fluids. Organoclay is a nonhazardous substance that has a wide range of industrial applications, including paint and grease.
Compositions manufactured in accordance with the invention offer several advantages over prior art. Novel color effects are created, and flaws can be effectively concealed. The organoclay rheological additive is multifunctional, allowing it to be combined with various organic and inorganic pigments for increased aesthetic effects. In addition, its integration into transparent systems improves the weather resistance and gloss of coatings.

What is a Rheological Additive?

A rheological additive is a substance applied to a liquid to alter its rheology. Rheology is the study of the flow of materials, particularly liquids. A rheological additive can range from a single molecule to an entire organoclay, a group of clays treated with organic compounds. The most prevalent forms of rheological additives are thixotropic and anti-settling compounds.

What exactly is Thixotropy?

Thixotropy characterizes materials that get thicker when agitated or shook, but revert to their former state when left alone. This feature is useful for paints,grease, which must remain thick but also flow smoothly from bottles and jars. In hair gels, it helps hold the gel in place without making it stiff or difficult to work with.

What does Thixotropy do?

Thixotropic materials exhibit a variety of viscosities: at low shear rates (slowly moving), they flow more freely; at high shear rates (rapidly moving), they become more viscous and difficult to flow.

A Rheological Additive is a substance that can be added to a product, such as paint or concrete, to improve its rheology. In paint, for example, this can mean making it thicker and giving it more body. In concrete, it means reducing the water content and increasing its strength and resistance to settlement.

Rheological additives are used in many products to improve their physical properties (such as viscosity and flow) and enhance their performance. They can be used alone or in combination with other additives to achieve these effects.

Paint thickener

+86-13185071071 (Whatsapp) rheological additive 20+ Years Experiences Strong R & D Team ISO Certification & Patents Own Raw Bentonite Ore Coop

Read More »

Thixotropic Agent

+86-13185071071 (Whatsapp) thixotropic agent 20+ Years Experiences Strong R & D Team ISO Certification & Patents Own Raw Bentonite Ore Coopera

Read More »

Suspending Agent

+86-13185071071 (Whatsapp) suspending agent 20+ Years Experiences Strong R & D Team ISO Certification & Patents Own Raw Bentonite Ore Cooperat

Read More »

What is a Rheological Additive

CP-180 Organoclay
CP-180 Organoclay
CP-180 Organoclay

How does a rheology modifier work

How does a Rheology Modifier Work

How does a Rheology Modifier Work

How does a Rheology Modifier Work?

To establish whether an organoclay is an anti-settling agent, consider the organophilic clay’s function in paint. It can be composed of various substances, including modified bentonite. Organoclay are also common anti-settling agents.

 organoclay 

To establish whether an organoclay is an anti-settling agent, consider the organophilic clay’s function in paint. It can be composed of various substances, including modified bentonite. Organoclay are also common anti-settling agents.

What is OrganoClay used for?

How does a Rheology Modifier Work

Organo bentonite is a naturally occurring clay that improves paintings’ rheological properties and prevents pigment deposition.

Typically, it is used as either a pre-gel or a powder to paints.

Both techniques improve the effectiveness of the anti-settling agent.

Organo bentonite is used in a variety of industries.

Organo bentonite in its original form was used to stabilize solvent-based paints.

Nonetheless, this chemical is also used in water-based paints.

Organo bentonite improves the anti-settling performance of paints by supplying a strong thixotropic property and an exceptional thickening function.

Additionally, it prevents pigment and filler from settling.

As an anti-settling agent in solvent-based paint systems, CP-40 is a bentonite derivative that is organophilic.

Due to its capacity to create a card-house-like structure in water, organo bentonite can be used as an anti-settling ingredient in paint.

For best effectiveness, activation is required.

Bentonite’s thixotropic gel structure is the result of weak hydrogen interactions between its molecules.

To ensure optimal efficiency, organobentonite must undergo complete platelet separation.

In the manufacture of paint, an organic bentonite anti-settlement agent is employed.

In addition, it does not cause the pigment to harden, change color, or disperse.

Additionally, it prevents baking sagging and is an ideal solution for paintings requiring high-quality coatings.

The chemical compound is readily available to producers.

In actuality, it is a rheological agent of significant importance.

Over fifty percent of the global market for organo-modified bentonite is controlled by a handful of corporations.

Some of these participants are creating their own specialized markets for the additive’s numerous applications.

In addition, many of them have strategic relationships with suppliers and distributors of raw materials.

Numerous sectors utilize organo-modified bentonite, including water treatment and cosmetics.

Organo bentonite is also applied in drilling fluids for oil and gas.

These compounds minimize sedimentation in oil and gas fields and improve adhesion and durability.

Numerous companies are presently investing in R&D to create new, effective organo-bentonites.

Moreover, numerous companies are acquiring local businesses in order to enter the market.

This creates a substantial expansion opportunity for the organomodified bentonite sector.

Organic bentonite clay is reasonably priced.

Prices per kilogram range from $1.50 to over $3.20.

The usual price of this clay varies depending on its purity, processing, and extraction method.

Nonetheless, it is essential to remember that organo bentonite is available at a price that is competitive with other clays used in the paint business.

The agent opposing settlement at Camp Shinning
Camp Sinning, a renowned manufacturer of organoclay anti-settling agent in China, has extensive knowledge of the paint and coatings industry. Its production methods and quality control are consistent with international standards. Its anti-settlement component is highly regarded by paint manufacturers worldwide. Even after long-term storage, its strong anti-settling capability prevents pigment from settling. In addition, Camp Sinning’s anti-settling agent has no effect on the color or film of the paint.
The anti-settling agent for solvent-based paints sold by Camp Shinning has a 24-month shelf life and must be stored according to the manufacturer’s instructions. It is derived from bentonite clay and bears the CAS number 68953-58-2. It is utilized to improve the leveling properties of paints and minimize the sagging caused by baking.

Bentonite clay, which is utilized in the production of paint, is an effective anti-settling agent. It improves the rheological properties of paints, preventing the sedimentation of pigments. Bentonite can be added directly or as a pre-gel to paints. The second approach is more effective for anti-settling chemicals. Bentonite clay is widely used in paints that are water-based.

Anti-settling agents are chemical compounds that create a physical network within the paint.

The purpose of this network is to prevent sedimentation and settle.

The physical network must be sturdy enough to withstand gravitational forces during storage, but fragile enough to break under shear stress.

Organoclay is a type of anti-settling agent, which is a solid that creates a physical network within a material when shear stress is low.

How does a Rheology Modifier Work

CP-180 Organoclay
CP-180 Organoclay
CP-180 Organoclay

CP-150 Organophilic Clay

CP-150 Organophilic Clay

CP-150 Organophilic Clay

CP-150 Organophilic Clay is a self-activating organoclay that disperses easily and performs well in diesel, low aromatic mineral oil, modified vegetable oil, and synthetic base fluid formulations.

Unlike conventional bentonite, the rheological structure of the CP-150 suspends weighing materials and other solids with less viscosity.
It works well in distillate and mineral oil-based inversion fluids.

What is OrganoClay used for?

CP-150 Organophilic Clay

Properties

Composition                            Organic derivative of a montmorillonite clay

Appearance                         Fine powder, white

Moisture content (105℃,2hr)         ≤3.5%

Loss on ignition (1000℃)           29%-32%

Bulk density                         0.53g/cm3

Fineness (<74μm, %)              ≥98%

Advantages 

Composition                      Organically modified bentonite clay

                 Appearance                       Off white to tan finely divided powder,

                 Moisture content (105℃,2hr)         ≤3.5%

                 Specific Gravity                    1.7

                 Bulk density                       0.40~0.60g/cm³

 

Advantages

  • Effectively suspends weighting materials and other solids
  • Maintains suspension over a wide temperature range
  • Eliminates need for chemical activators
  • Is easy to disperse and rapid yielding
  • Suspends weighting materials and other solids
  • Maintains suspension over a wide temperature range

Application

                     CP-150 is a self-activating gallant offering rapid yield development, high gel strengths, and increased efficiency. The unique properties of CP-150 are especially valuable in low-shear mud plant operations and during completion fluid manufacture at the well site

Base oil:

  • Diesel Oils
  • Mineral Oils
  • Synthetic Oil
  • Linear and isomerized Alpha Olefins
  • Modified vegetable oil

 

Viscosifying drilling Fluids:

  • All oil based drilling fluids
  • Invert emulsion fluids
  • Workover fluids
  • Fracture fluid

 

Safety

All safety information is provided in the Material Safety Data Sheets for Zhejiang Camp-Shinning New Material Co., Ltd.

 

Package

Kraft paper bag with PE liner or multi-wall paper sacks or customized. 25kg/bag or 22.68kg/bag or customized

 

Storage

CP-150 Store in a dry, well-ventilated area with temperature of 0℃-30℃.  Keep container closed. The quality guarantee period is 24 months.

 

Notice

The information on use is based on data which are believed reliable, but any recommendation or suggestion made is without guarantee or warranty, since the conditions of use are outside our control. All products are sold on the conditions that purchasers shall make their own tests to determine the suitability of such products for their purpose and that all risks are assumed by user. We disclaim any responsibility for damages resulting from careless or improper handling or use. Nothing herein is to be taken as permission, inducement or recommendation to practice any patented invention without a license.

CP-150 Organophilic Clay

CP-180 Organoclay
CP-180 Organoclay
CP-180 Organoclay

CP-EWB Organophilic clay

CP-EWB Organophilic Clay

CP-EWB Organophilic Clay

CP-EWB Organophilic Clay is an inorgano clay rheological additive that is water based. It is mostly employed in water-based systems.

What is OrganoClay used for?

CP-EWB Organophilic Clay

Properties

Composition                            Organic derivative of a montmorillonite clay

Appearance                         Fine powder, white

Moisture content (105℃,2hr)         ≤3.5% 

Loss on ignition (1000℃)           29%-32%

Bulk density                         0.53g/cm3

Fineness (<74μm, %)              ≥98%

Advantages 

High gelling efficiency, easy dispersion, prevents pigment setting, high thixotropy, good anti-sag property

CP-EWB is used in the following applications: industrial water reducible paint tooth paste and tooth polish cream and lotions emulsion paint pigment and blung water

It can be applied straight to powder using CP-EWB, with a 0.23.0 percent addition. 

The following are the procedures.

  1. liquid (PH:7.0-8.0)
  2. EWB-CP (Dispersing at high speed for 20-30minutes)
  3. Additive
  4. Filler and pigment (Mixing and dispersing)
  5. Emulsion (Mixing).
  6. Complete the post.

Safety

 

Material Safety Data Sheets for Zhejiang Camp-Shinning New Material Co.,Ltd. contain all necessary safety information.

Package

Kraft paper bags with PE liners, multi-wall paper sacks, and customized paper sacks are available. 

25kg per bag, 22.68kg per bag, or customized

Storage CP-EWB has a two-year shelf life and should be kept in a ventilated, cool, and dry environment.

Notice

The information on use is based on data that is thought to be credible, but any recommendation or suggestion offered is without guarantee or warranty, as the conditions of use are beyond our control. 

All products are sold with the understanding that consumers will conduct their own testing to establish the fitness of such products for their intended use and that all risks will be taken by the user. 

We disclaim all liability for damages caused by negligent or inappropriate handling or use. 

 

 

CP-EWB Organophilic Clay

CP-180 Organoclay
CP-180 Organoclay
CP-180 Organoclay

CP-WBS Rheology modifier

CP-WBS Rheology Modifier

CP-WBS Rheology Modifier

CP-WBS Rheology Modifier is rheological modified bentonite. It is mostly employed in water-borne systems.

 

CP-WBS is currently the largest export model among all the organoclay bentonite products produced by Camp Shinning that are used in water-borne coatings, because its price advantage is particularly prominent and the stability of product quality is sufficient to meet the performance needs of customers.

What is OrganoClay used for?

CP-WBS Rheology Modifier

Properties

Composition                            Organic derivative of a montmorillonite clay

Appearance                         Fine powder, white

Moisture content (105℃,2hr)         ≤3.5%

Loss on ignition (1000℃)           29%-32%

Bulk density                         0.53g/cm3

Fineness (<74μm, %)              ≥98%

Advantages 

High gelling efficiency, CP-WBS Rheology Modifier can create gel even at 2% concentration in water Simple dispersion Transparent and light-colored gel Prevents pigment settling High thixotropy, good anti-sag property
CP-WBS is used in the following applications: Industrial water reducible paint Toothpaste and tooth polish Cream and lotions Emulsion paint Pigment and blunge water Water-borne sealant and glue
 
 
It can be applied directly in powder using CP-WBS, with 0.23.0 percent addition. 
The following are the procedures.
1. liquid (PH:7.0-8.0)
2. the CP-WBS (Dispersing at high speed for 20-30minutes)
3. Adding
4. Filler and pigment (Mixing and dispersing)
5th. Emulsion (Mixing).

Correct the post.

Safety

Material Safety Data Sheets for Zhejiang Camp-Shinning New Material Co.,Ltd. contain all necessary safety information.

Package

Kraft bag or complicated kraft interior with PE or bespoke.
CP-WBS should be stored in ventilated, cold, and dry location.

Notice

The information on use is based on data that is thought to be credible, but any recommendation or suggestion offered is without guarantee or warranty, as the conditions of use are beyond our control. \sAll products are sold with the understanding that consumers will conduct their own testing to establish the fitness of such products for their intended use and that all risks will be taken by the user. \sWe disclaim all liability for damages caused by negligent or inappropriate handling or use. \sNothing in this document should be construed as a license, encouragement, or suggestion to practice any patented invention without a license.

CP-WBS Rheology Modifier

CP-180 Organoclay
CP-180 Organoclay
CP-180 Organoclay
CP-WBS Rheology Modifier

CP-EWS Organoclay

CP-EWS Modified bentonite

CP-EWS Modified bentonite

CP-EWS Modified bentonite It is employed in a water-borne coatings system. CP-EWS organoclay outperforms CP-EW in terms of thixotropy, transparence, and dispersion.

What is OrganoClay used for?

CP-EWS Modified bentonite

Properties

Composition                            Organic derivative of a montmorillonite clay

Appearance                         Fine powder, white

Moisture content (105℃,2hr)         ≤3.5%

Loss on ignition (1000℃)           29%-32%

Bulk density                         0.53g/cm3

Fineness (<74μm, %)              ≥98%

Advantages 

CP-EWS has high gelling efficacy and can produce gel even at 2% in water.
Gel is transparent and light in color; it prevents pigment settling; it has high thixotropy and good anti-sag property.
 
CP-EWS is used in the following applications: Industrial water reducible paint Toothpaste and tooth polish Cream and lotions Emulsion paint Pigment and blung water Water-born sealant and glue
Ceramics
It can be added straight to powder using CP-EWS, with 0.23.0 percent addition. 
The following are the procedures.
1.liquid (PH:7.0-8.0)
2. The CP-EWS (Dispersing at high speed for 20-30minutes)
3.Additive
4.Filler and pigment (Mixing and dispersing)
(5) Emulsion (Mixing).
6.Complete the post.

Safety

Material Safety Data Sheets for Zhejiang Camp-Shinning New Material Co.,Ltd. contain all necessary safety information.

Package

Kraft paper bags with PE liners, multi-wall paper sacks, and customized paper sacks are available. 
25kg per bag, 22.68kg per bag, or customized

Storage

CP-EWS has two-year shelf life and should be stored in well-ventilated, cold, and dry location.

Notice

The information on use is based on data that is thought to be credible, but any recommendation or suggestion offered is without guarantee or warranty, as the conditions of use are beyond our control. 
All products are sold with the understanding that consumers will conduct their own testing to establish the fitness of such products for their intended use and that all risks will be taken by the user. 
We disclaim all liability for damages caused by negligent or inappropriate handling or use. 
 

CP-EWS Modified bentonite

CP-180 Organoclay
CP-180 Organoclay
CP-180 Organoclay