- Rheology Modifier: 20+ Years Experience
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Rheology Modifier : Worth You Purchase
Rheology Modifier is also named rheology additives, rheological modifier, and rheology modifiers thickeners which have been used for waterborne paints, in cosmetics, in paints or solvent based etc. It also could use for grease & inks .
Camp Shinning has a long time of experience in the field of organoclay rheological additive.
In oilfield drilling, Rheology Modifier is also a widely recommended rheological additive.
So Whether you are looking for a water based system or solvent system rheology agent. Whether you want to apply it to your paint formula, grease formula or cosmetic formula, or even the organophilic clay of Camp Shinning in oil field drilling, it is worthy of your bold application.
types of rheology modifiers
rheology modifiers in paints
rheology modifiers in paints CP-34
rheology modifiers CP-10
CP-APA Rheology Modifier
CP-EW For Water Based Paitnts & Coatings
CP-WBS rheology modifiers for waterborne paints
CP-EWS rheological modifier
Why Choose Us
As a leading well-known rheological modifier supplier, Camp Shinning also provides one-stop solutions for the research and development of organoclay bentonite in China. This is due to the fact that Camp Shinning has a strong R & D team and the experience of cooperating with the top 5 well-known enterprises in the world over the years. They have greatly helped Camp Shinning improve rheology modifier quality and R & D ability.
With its own raw bentonite ore | Organophilic bentonite clay , Camp Shinning has made obvious advantages in fast delivery, and greatly increased the stability of bentonite quality at the same time.
Therefore, if you want to find a real Organophilic Clay supplier and manufacturer in China, please contact us now.
Your Leading Rheology Modifier suppliers in China
Solvent Based Rheology Modifier
We will discuss rheology modifier CP-34, CP-APA, and CP-10 in this article. This will help us comprehend how to use these substances to create a viscosity-enhancing gelling system.
CP-34 rheology modifier
Rheology modifier is a tetraallkyl ammonium bentonite with superior thixotropy and anti-sediment characteristics in organic binder systems. Recommended applications include anti-corrosion paints, bituminous and polyester paints, as well as inks, adhesives, and road paints.
Using a thermogravimetric analyzer, the tensile properties of clays were determined . At 140 degrees Celsius, the organoclays were dispersed in formula . According to their origin and the nature of the ammonium cations used in organoclays, the clays were classified.
CP-10 rheology modifiers thickeners
The CP-10 rheology modifiers thickeners is a highly dispersible, organic rheological additive that is used to improve the properties of coating layers. By interacting with other paint components, such as acrylic resin, it improves rheology. Organic rheological modifiers also include associative thickeners. They provide exceptional resistance to sagging and sedimentation.
The CP-10 rheological modifier has the greatest impact on low-viscosity systems. An increase in CP-10 rheology modifiers thickeners concentration reduces the slope of formula’, thereby increasing the interaction force. This result makes CP-10 a promising rheological modifier for systems with low viscosity.
The CP-10 rheology modifiers thickeners system contains four additives with superior rheological properties. CP-10 is a modified fatty acid produced by the reaction of diethanolamine and dimer acid. CP-10 is hydrophilic and increases the storage modulus. The secondary emulsifier is an amide of fatty acid. Hydrophilic and lipophilic properties distinguish CP-10 from other foreign products.
At 65 degrees Celsius, CP-APA dispersion exhibited the greatest thermal stability. Increasing the number of alkyl chains reduces the binding affinity between surfactants and molecules, resulting in less polar regions on the surface of organoclays. In addition, at low temperatures, CP-APA sheets are more stable at high temperatures.
Bentonite that has been treated with an amine is an additional type of organoclay. Its high rheological properties improve carrying capacity, suspension properties, and cutting removal. In comparison to other clays, organoclay is less expensive. The advantages far outweigh the disadvantages. Due to its high thermal stability, its price is justified. Clay is utilized in numerous applications, such as ink, paint, and coatings.
CP-EZ rheological modifier was evenly dispersed
Organoclays are produced by the ion exchange modification of clays, and they exhibit both dispersion morphology and viscous flow behavior. Increasing the number of alkyl chains results in an increase in interlayer space and an increase in hydrophobicity. This allows clays to be dispersed in oils while maintaining good rheological control.
In a variety of applications, ORGANOCLAYS imparts high viscosity. Typically, the structure of a liquid determines its viscosity. Materials with a high viscosity are more difficult to mix and present unique challenges during the mixing process. Problematic shear levels result in increased energy consumption and equipment strain.
Organoclay are specialized clays with altered rheological properties. a modified BENTONITE rheological modifier is an excellent choice for water-based paint applications. This material allows for the efficient dispersion of flakes and aggregates that conform to the desired shape. Its three-dimensional structure enables strong interactions with the solvent and other coating system components.
A crucial characteristic of organoclay rheological modification is its resistance to sagging. This characteristic is essential for determining the degree of rheological control in oil-emulsion-based systems. A suitable modification can improve the low-end rheology and decrease dynamic sag. By increasing sag resistance, the suitable material may have only a minor effect on high-shear-rate viscosity.
Organoclay rheology additives consists primarily of sodium or calcium montmorillonites and hectorites. Organoclay rheological modifiers can be utilized to impart sag resistance and shear thinning to oil-based systems without impairing the final product’s clarity. Since the material degrades with time and temperature, invert emulsion drilling fluids containing organoclay as a viscosifier frequently fail to maintain adequate rheology throughout the drilling process.
Organoclay was combined with modified bentonite clay and other additive to determine the efficacy of organoclay rheology additives. In addition, the combination of rheological modifiers and organoclay rheology additives enhanced dynamic sag resistance.
Many cosmetic companies, especially manufacturers of nail polish. They are used to using rheological additives applied to the production of nail polish. Such an operation perfectly ensures the thickening effect of nail polish and effectively improves its settlement resistance performance.
We usually recommend our CP-27 to be used in nail polish. It has good dispersion and thixotropic properties and has been widely used by many nail polish manufacturers.
The Rheology modifiers stabilizes and thickens cosmetic products. It is stable across a broad temperature, pH, and organic solvent range. It was subsequently produced commercially. In cosmetics and paints,grease applications, Rheology modifier is a commonly used thickening agent. In cosmetics, it is used for thixotropic emulsifying and thickening.
What is a Paint Rheology Modifier?
Understanding the rheology of a formulation is essential for attaining stable and efficient application properties. Rheology is a complex phenomenon whose properties are governed by a variety of additives. In this article, we will examine rheology additives, their function, and how formulators should consider the formulation as a whole.
Rheology modifier is a category of additive used in the formulation of paint. The properties of these modifiers include anti-settling, post-thickening, and anti-sag. The selection of a rheology modifier is contingent upon the overall performance of the paint. Rheology modifiers that are incompatible can result in a variety of defects. Additionally, they can cause issues during wet out and fisheyes in the final film.
Coating formulators can use the tools provided by rheology, which is another significant property. By modifying rheology, a paint formulation can be optimized for a variety of applications. Typically, contractor paint is more pseudoplastic, which prevents sagging and reduces application time. Likewise, homemade paint may have a greater high-shear viscosity. The choice of thickener can also impact the paint’s rheology.
Utilizing an organic rheology modifier to increase the viscosity of paint. It works by physically thickening the paint formulation and is most frequently used in latex paints for architecture. This additive’s benefits include a wide range of viscosity grades, good compatibility with colorants and storage, and enhanced flow, leveling, and sag resistance. This ingredient is also used in solvent-based paints, but it should be used with caution in waterborne systems.
While the majority of rheology modifiers are hydrophilic, inorganic rheology modifiers also exist. To function, these compounds must react with particular organic quaternary ammonium compounds. Organic rheology modifiers have superior resistance to sagging and flow and leveling properties. Organoclays are more adaptable and are favored in solvent-based systems, whereas inorganic rheology modifiers are typically employed in paints.
Among the various rheological additives, rheology modifiers are the most common.
The rheology of paint is essential for application, storage stability, and anti-sagging qualities. It must be low enough to properly spread and cover, but high enough to maintain can stability. It should be resistant to sagging and dripping. Obtaining this equilibrium between the properties of paint is essential to its performance. This modification of viscosity is advantageous for all types of paint.
Solvent-borne rheology modifier is a chemical additive that enhances the properties of paints and coatings. Its objective is to enhance rheological properties, such as thickness, film formation, and anti-settling properties. Rheology modifiers are also used to enhance production and storage properties, such as fisheyes, sag resistance, and the process of leveling a finished product.
This type of additive is widely employed in the paint and coatings industry.
Whether you want a paint or coating that can be sprayed, rheology modifiers can help you achieve the desired outcome. These additives can help your paint or coating achieve a more uniform and thickening consistency, thereby enhancing the performance of your product. Using rheology modifiers in your formulation can also improve storage and transportation, increase the product’s durability, and make it easier to handle without dripping or cracking. When selecting rheology modifiers, there are several factors to consider, including compatibility, sag resistance, and final production time.
Leveling with a rheology modifier in the formulation of a coating or paint is an effective way to increase its durability and resistance. It can be used to improve the final product’s leveling properties, make it easier to handle, and prevent drips. Typically, rheology modifiers are used to make paints and coatings more water- and abrasion-resistant and durable. However, there are disadvantages associated with their application.
In paint formulation, leveling with a rheology modifier controls the viscoelastic properties of the paint. In paint formulations, leveling with rheology modifiers increases the coating’s sag resistance, resulting in a smoother application. A water-soluble polyurethane rheology modifier improves the coating’s leveling and sag resistance, which is advantageous for sprayability and gloss.
The elimination of dripping and sagging is an additional advantage of leveling with a rheology modifier in paint formulation. A coating is less likely to droop and drip if its rheology is decreased. Rheology modifiers improve the coating’s filming abilities, which is a crucial characteristic of a quality paint. Typically, they are utilized in low PVC dispersion paints.
In addition to viscosity, rheology modifiers are necessary for regulating the shelf stability, ease of application, wet edge, and sagging properties of a paint. Choosing the proper rheology modifier can be challenging. There are rheology modifiers for both solvent and waterborne coatings, and each has its own advantages and limitations.
Rheology is typically a property of a coating composition and relates to the viscoelastic properties of the final product. The latter two characteristics influence the overall performance of the coating, and a formulation with poor viscosity will demonstrate poor flow and sag resistance.
This article will discuss various organoclay rheologies and their applications. These ingredients are advantageous for a variety of applications. If you are uncertain about their application, continue reading to find out what they can do for your painting process. Below are some examples of the various types. Determine the best paint for your painting project.
Organoclay is easily dispersed and appropriate for non-polar and moderately polar organic applications. It can be added to a paint at any stage of production and is compatible with standard paint-making equipment. During the pigment grinding process for non-polar organic paints, the additive can be incorporated with either high or low shear. Conventional solvent-based paints do not require chemical activators, which are required for organoclay’s rheological properties.
Organoclay is an organic bentonite clay derivative. It is utilized in numerous applications, such as solvent-based processes, plastic reinforcement, and as a coating additive. CP-10 by Camp Shinning is ideal for use by the artist. Organoclay is a common organic rheology additive in laundry detergent. Organoclay can affect the flow properties of paint and make it more manageable and workable when used in sufficient quantities.
Organoclay is composed of phyllosilicates as its primary constituents. The quaternary amines used to produce organoclay have no effect on the material’s properties at either high or low temperatures. Organoclay contains organic molecules that are covalently bonded. In addition, its lamellar structure is almost identical to that of the parent clay mineral. However, the effects of rheology modifiers on various materials vary.
Surfactants are an additional significant method for modifying the rheological behavior of organoclay. Polymer polarity has a significant effect on the amount of water a layer can retain. The more alkyl chains a surfactant contains, the more hydrophobic it becomes, allowing it to adhere to the surface of the layer. Similarly, the greater the density of the alkyl chain arrangement, the greater the likelihood that the organoclay will aggregate.
Organoclays derived from bentonite-type clays are referred to as rheological additives because they can impart desirable properties to clear systems without compromising the clarity. These additives can also be produced through a method that disperses them in transparent systems. They can alter the system’s rheology without affecting its clarity or gloss.
Organophilic Clay Drilling Grade
CP-982 Organophilic bentonite
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