rheological additives

  • 20+ Years Experiences in rheological additives
  • Strong R & D Team
  • ISO Certification & Patents
  • Own Raw Bentonite Ore
  • Cooperation Experience of the Top 5 Enterprises in the Industry

Your Reliable rheological additives Manufacturer & Supplier

Rheological additives are also known as rheology control additives, rheology additive, organoclay, etc. The rheological additive definition is wide.

As a rheological agent, organoclay is mainly used for paints, grease, inks, oil drilling, and cosmetics.

If you want to look for a good Rheological additives supplier and manufacturer, pls contact us now.

rheological additives For your paints

rheological additives CP-34

rheological additives CP-10

CP-APA rheological additives

rheological additives For Your Drilling Mud

Organophilic Clay

CP-150 is used for mineral oil in oil drilling mud.

CP-982 Organophilic bentonite

CP-982 is used for Synthetic oil in drilling fluid.

CP-992 Organobentonite

CP-150 is used for diesel oil in drilling fluid.

organoclay rheological additive Grease Grade

CP-180 organoclay rheological additive

CP-EDS organoclay for grease

CP-EZ10Bentonite for lubricant

rheological additives

Why Choose Us

Camp Shinning, a well-known supplier of rheology control additives, also offers one stop solutions for the research and development of organoclay rheological additives in China. 

This is because Camp Shinning has a strong R&D team and has worked with the top five well-known enterprises in the world over the years. 

They have significantly aided Camp Shinning’s rheological additives quality and R&D capability.

Camp Shinning has obvious advantages in fast delivery and greatly increased the stability of bentonite quality by producing its own raw bentonite ore | Organophilic bentonite clay.

As a result, if you are looking for a genuine organoclay rheological additive supplier and manufacturer in China, please contact us right away.

Your Leading rheological additive suppliers in China

Rheological additive is an organoclay anti-settling agent for solvent-based paints. It is made to be used in solvent-based systems, such as rheology modifiers in paints with organic liquids with intermediate and low polarity. 
An enhanced organoclay bentonite is used as rheological ingredient in paint.
rheology modifier is substance that changes the way fluid acts when it is added to it.
Rheology modifiers are frequently referred to as thickeners, and while raising the apparent viscosity will give the formulation a sense of “quality,” this is simply one component of rheological management. The product may be thixotropic.
Rheology modifiers are sometimes referred to as thickeners, and while raising the apparent viscosity will give the formulation a sense of “quality,” this is simply one component of rheological management. The product itself can be organoclay thixotropic, a ringing gel, or a stringy flowable liquid.
Rheological additives are organic ammonium/inorganic mineral compounds. 
Rheology modifiers in paints Bentonite is used as basic material in rheological additives. 
It makes use of the layered structure of montmorillonite in bentonite, as well as its tendency to swell and disperse into colloidal clay particles in water or organic solvents.

What Exactly Is a Rheological Additive?
Rheological additives are used in compounding to control viscosity and thicken compositions. They benefit mechanical solutions as well as mixture integrity. They increase the thixotropic characteristics of materials to manage their stickiness and viscosity. Chemical branching, water absorption, and mechanical thixotropy help them do this. As a result, they are extremely significant in the creation of paints and coatings.

These ingredients are becoming increasingly significant in the development of aqueous coating systems. Their optimal flow characteristics are an important component of aqueous coating systems and play an important role in these processes. However, the sheer quantity of commercially available rheological additives makes determining which one is best for your individual coating system challenging. Here’s a rundown of some of the most common and effective rheological additives, as well as how they might help your coatings.

Rheological additives are an essential component of any paint recipe. They enhance the application qualities of paints, make them easier to apply, and offer stable, breathable coatings. They can also aid in the preservation of paint’s rheological qualities in harsh situations. Spray paints, for example, must be able to regain their greater initial viscosity after being subjected to severe shear forces. Rheological additives with high pseudoplastic tensile strength are necessary in spray paint formulas where paint viscosity is a major concern.

When shopping for a rheological additive, look for a recognized manufacturer. Ascertain that the manufacturer you select has the highest quality standards and a top-notch workforce. View images of their manufacturing facilities. Compare the chemical compositions of your rheological additives to those of your competitors. You’ll be happy you did. You’ve discovered a manufacturer of rheological additives!

Rheological additives regulate the flow qualities of a product in addition to controlling its viscosity. They are in charge of phenomena like sagging, shelf life, and application ease. They also aid producers in improving the processability and quality of their products by managing viscosity. They provide a variety of benefits to the product, including increased shelf life and compliance. Hundreds of rheological additives are available to assist you improve the quality and consistency of your products.

Organoclay rheological additives are used to suspend bentonite, which improves the efficiency of oil drilling and recovery. Organophilic clay works to break down bentonite, speeding up and simplifying the reaction. This product is made in a watery setting by mixing bentonite clay minerals with 4% concentrated phosphate dispersion water. The clay is then cleansed via hydro cyclone treatment and sedimentation.

Waterborne paints’ flow and viscosity are controlled by rheological additives. Their primary purposes are to alter the paint’s viscosity, reduce sag resistance, and reduce sedimentation. Other rheological additive qualities include stability, anti-settling, and temperature stability. Thickeners are typically not required in aqueous paints. So, while selecting a thickening for your product, keep other benefits in mind.

Types of Rheological Additives
There are various types of rheological additives, and their application in aqueous coating systems is growing. These additives can have an impact on essential coating system qualities as gloss, water resistance, wash resistance, and corrosion resistance. Depending on the type of coating system employed, different rheological additives may be required to attain the appropriate qualities. The options, though, can be perplexing. This article will discuss some of the most common forms of rheological additives and indicate which ones are acceptable for your application.

Cellulosic modifiers, commonly known as polymers, are a popular form of rheological additive. These natural materials are frequently accessible in powder form and undergo a chemical procedure to make them more water soluble. Esterification can alter the properties of cellulose compounds, such as their water solubility, as well as their relative thickening properties. Nonionic Synthetic Associative Thickeners (NSATs) are another form of rheological additive. These are hydrophobic polymer derivatives that are often employed in conjunction with other rheological modifiers.

Organoclay is a different sort of rheological additive. Organoclay is a mineral that can change the qualities of a variety of products. This rheological ingredient is used in solvent-based paint applications to modify viscosity. It is also utilized in lubricating grease, sealants, and fracturing fluids. It has the potential to improve oil recovery and increase drilling efficiency.

Understanding the rheology of a coating formulation is critical for its stability and application qualities. Rheology additives are vital for paint formulators and are available for both waterborne and solvent-based coatings. They have important advantages and disadvantages, but they can also be problematic. When determining which rheological modifiers are suitable for your application, consider the application of each additive as well as the remainder of the formulation.

Waterborne paint rheological additives are classified based on their viscosity and related to shear rate. liquids (water, oil, and solvents) have a constant viscosity and respond to shear rates and temperature changes. fluids (such as water) have a higher viscosity than Newtonian liquids and are used in a wide range of applications.

A rheological additive manufacturer should be able to demonstrate their quality and experience. If they are an industry leader, they should have the requisite technology, expertise, and skill to make a high-quality additive. They should have a good team and adhere to stringent guidelines. When evaluating a possible rheological additive producer, it may be beneficial to see images of their standard laboratory. It is critical to locate a manufacturer who adheres to the highest quality requirements. rheological additive hs code : 2508. 

Organoclay rheological additive is a significant rheological ingredient used in liquid compositions. This speciality additive is derived from naturally existing inorganic mineral sources. It is frequently used as a thickening in cosmetic items and has been employed as a bioink additive in hydrogels in the healthcare industry.

What exactly is an Organoclay Rheology Agent?
What exactly is an organoclay rheology agent?Rheology control additives is a light yellow powder that is widely used to thicken paints and coatings. It is very compatible with high-polar solvent systems and is used in industrial and anticorrosive paints. It’s a frequent ingredient in both dry and wet paints. It can be stored at temperatures ranging from 0a to 30a.Rheological additive hs code : 2508.

Organoclay A product’s viscosity is increased by combining it with a polar organic substance having a low molecular weight. These substances are frequently referred to as polar activators, dispersants, or solvating agents. Organoclay is frequently used with preactivating chemicals in addition to polar activators.

Organoclay is an organic chemical that combines with clay to form an organophilic solid. This material is dispersible in fluids and has the potential to thicken and swell when subjected to high shear rates. The key advantage of employing organoclay is that it is less expensive than other polar materials. Because of its high viscosity, it is compatible with the majority of solvent systems.

Organoclays are particularly successful in imparting shear thinning and sag resistance without impairing product clarity when employed as an addition in clear systems.

Another important application of organoclay in viscous systems is as a drilling mud thickener. In high-viscosity asphaltic systems, organoclays also operate as rheological agents. CP-992, a fine powder derived from smectite natural clay, is manufactured by Camp Shinning New Material Company. To make organoclay effective, a polar activator, such as acetic acid or sodium bicarbonate, is added.

Organoclay is an organic bentonite that has been chemically treated to give rheological and viscosity-modifying capabilities. Organoclay contains organic bentonite, which has good thixotropic characteristics. It also has excellent suspension and high-temperature stability. As a result, it is widely employed in the coatings industry, particularly in the petroleum industry.

The molecular structures of organoclays and other additives are very different. At two degrees Celsius, the former tends to agglomerate and form a gel structure, increasing the low shear rate viscosity and yield stress. This flat rheological feature could serve as the foundation for clay/biodiesel dispersion in deep-water drilling.

Organoclay rheological agents are thixotropic in general. They provide asphalts higher viscosities and improved sag rheology. CP-982S is the most well-known organoclay-based asphalt additive. The rheological properties of organoclay-based drilling fluids containing biodiesel are well controlled.

Organo clays are clays with a high affinity for organic compounds. They are made by adding an onium base to water slurries of swellable clays, such as ammonium, phosphonium, sulfonium, arsonium, stibonium, oxonium, and the like, causing the onium base to react with the clay to form organophilic clays. The organophilic clays produced can be used in a variety of industries, including oil and gas production, petrochemical production, environmental remediation, and other industries that require water treatment or separation processes.

Organo clay  are created by adding an onium base (e.g., ammonium), such as ammonium hydroxide or sodium hydroxide, to water slurries of swellable clays like bentonite and kaolin, causing the onium base to react with the clay and form organo bentonite clay. The amount of oil base added is determined by the type of clay used and its concentration in solution (i.e., what percentage of solids).

Oilfield chemicals

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