Camp Shinning, one of your leading organoclay supplier & manufacturer in China.The products organophilic clay are mainly used for paints,coatings,inks,grease and oil drilling mud.
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Organoclay designed especially for using in Grease based on synthetic oils such as vegetable oil, polyester oil. It has high gelling efficiency, fine thixotropy and perfect anti-settling.
Packing: 25Kg/Bag Or 22.68Kg/Bag,16MT/20FCL
organo clay (modified montmorillonite), designed especially for use in solvent based system including intermediate and low polarity range organic Inks.
Packing: 25Kg/Bag Or 22.68Kg/Bag,16MT/20FCL
organo clay (modified bentonite), designed especially for use in solvent based system. It can be used widely in solvents from low polarity to medium-high polarity.
Packing: 25Kg/Bag Or 22.68Kg/Bag,16MT/20FCL
In diesel oil based fluids,organophilic clay viscosifier are used to increase carrying capacity and suspension properties, providing support for weight materials and improved cutting removal.
Packing: 25Kg/Bag Or 22.68Kg/Bag,16MT/20FCL
Organoclay suppliers and manufacturers in China, when you choose, Camp Shinning must be your unique best partner.
The definition and applications of Organo clays hydrophilic are wide. As a minerals drilling product aimed, also uses for grease, Ink, and in paint. When use for oil removal, it is a good filter, filtration media adsorption water treatment.
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CP-EW For water based paints
CP-WBS For water borne formula
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Let Us Find the Right Organoclay for Your Formulation
Whether your application formula is used in paint, oil field drilling, grease lubricant or cosmetics, our organoclay |organophilic clay is your most correct choice. Camp Shinning provides multiple varieties of organobentonite for users which has a good organoclay price and a very competitive advantage.
What exactly is Organoclay?
The first thing you probably wonder when you see an organically modified phyllosilicate is what organoclay is. Organophilic clay is made up of organic moieties that are covalently linked to the parent phyllosilicate. Its large surface area and hydrophobic chains make it suitable for a wide range of applications, including oil-based drilling fluids, paint formulations, and water purification.
An organophilic clay contains water-exchangeable quaternary ammonium ions. The organophilic clay of the present invention is more stable against hydrolysis than the tetraalkylammonium ions used in the prior art. Its optimal water-to-oil content range is five to forty percent. This clay can also be used to thicken oil emulsions.
Organophilic clay can be used as a polymer nucleating agent, a component in paint formulations, and a viscosifier in oil-based drilling fluids. Because of its large surface area and hydrophobic chain properties, it is useful in a variety of industries. If you are a paint manufacturer, you should consider contacting an organophilic clay supplier.
The yield point of organophilic clay is affected by the aqueous phase composition and clay dispersion. The composition of base oils and polar activators, as well as the amount of oil in the oil, all influence the yield point of organophilic clay in the aqueous phase. Contact base oils and polar activators to learn how to incorporate organophilic clay into oils.
Organophilic clay is a bentonite that has been organically modified. It is used in drilling fluids as a gelling agent. Camp Shinning is an excellent source of organophilic clay.
There are numerous advantages to using organophilic clays. They are useful as primary viscosifiers in drilling fluids due to their high equivalent circulating density and slow chemical reaction time. However, because of their slow chemical reaction rates, they are unstable under certain conditions and tend to stratify. Organophilic clays are expensive to use due to the chemical reaction times and pressure spikes. Furthermore, they have a limited temperature range, with high temperatures causing colloidal thermal degradation and low temperatures causing excessive viscosity.
The invention concerns organophilic clays. These clays are composed of fatty acid moieties with a medium chain length. This enables them to provide improved viscosity in drilling fluids at high temperatures. They are, however, susceptible to hydrolysis when exposed to water, limiting their use to oil-based compositions and high-temperature drilling fluids. This invention will provide an efficient and environmentally friendly drilling fluid solution.
Organophilic clay is a type of smectite clay that has undergone ion exchange with quaternary ammonium ions. These clays contain at least 75% mol% Bis-(2-hydroxypropyl-dimethylammonium) fatty acid esters. Furthermore, the clay’s composition may include a mixture of bis-(2-hydroxypropyl-dimethylammonium fatty acid esters.
What Is the Purpose of OrganoClay?
If you’re wondering what OrganoClay is and how it works, this article will explain. This clay is suitable for a wide range of applications and is environmentally friendly. Here are a few examples of how organoclay is used. Organoclay is used to clean wastewater in the wastewater treatment industry. It is also useful for water purification. Organoclay has numerous other applications in addition to these.
Organoclay is made up of zwitterionic substances with complicated adsorption positions. Because of its low toxicity and biodegradability, it is an excellent choice for environmental remediation. Organoclays have been used in oil-water separation, paint formulations, and oil-based drilling fluids. This is one of the most commonly used chemicals in the industry. Because of its adsorption and flocculation properties, it is useful in a wide range of applications.
Organoclay is a versatile filler in addition to its environmental benefits. Because it is compatible with organic polymers, it can form a protective colloidal layer on polymer surfaces. It also improves polymer system stability, allowing it to be used as a solvent-free paint. Because of its high adsorption capacity, it is also a good choice for solvent-free paints.
Organoclay is used in wastewater treatment to remove oil and grease. In fact, the average fabricator must meet a five-ppm oil and grease discharge limit, and organoclay removes these oils in water just as well as activated carbon. This is a significant cost-cutting measure that is highly recommended for wastewater treatment. But how exactly does organoclay work? In this article, we’ll take a closer look at its distinguishing features.
Organoclay’s ability to thicken liquids is one of its most intriguing properties. It can also be used to suspend pigments and stabilize emulsions. In addition to these uses, organoclay is an effective filtration medium. It can even be used to change the properties of polymers.
Organoclay is a type of clay that has been chemically modified and is used to treat wastewater. It is composed of volcanic ash and the mineral montmorillonite. It is then fortified with quaternary amines, which are the compounds responsible for Organoclay’s useful industrial properties. Organoclay has the ability to dissolve oil and grease as well as clean water after industrial processes. It is even capable of cleaning groundwater.
Researchers, for example, investigated the adsorption of model hydrocarbons on talc. Toluene and benzene were discovered to have a higher affinity for talc. The amount of surface-active substances determines the difference between talc and pyrophyllite-water suspensions.
What Are Cosmetic Rheology Modifiers?
Rheology modifiers are additives that improve a cosmetic product’s consistency. They are made from organic bentonite clay and can be low, medium, or high polar. They can be used to make creams, gels, and lotions more viscous. Organoclay is a common cosmetic ingredient. It is a organoclay with a high molecular weight that dissolves quickly in liquids to form a viscous solution. It can also function as a thickener, stabilizer, and suspending agent.
Although rheology modifiers are necessary ingredients in personal care products. Consumers are concerned about climate change and plastic pollution. Consumers are increasingly seeking products containing plant-based ingredients that have short CO2 life cycles and biodegrade easily in the environment. Rheology modifiers are typically thickeners, but they can also have other characteristics such as being ring-gel-like, thixotropic, or stringy-flowable.
Rheology modifier polymers are typically composed of hydrophobic materials . This material is biocompatible and has good rheology.
Rheology modifiers are widely used additives in almost every industry. They modify a formulation’s viscosity to provide specific functionality. These changes were made possible by rheology modifiers.
Process engineers can use rheology snapshots to scale up processes, audit production lines in other countries, and develop test methods. In today’s competitive market, it is critical for quality control testing, formulation, and process design. Rheology testing solutions are experts in the development and profiling of test methods. Rheology testing solutions can provide you with the knowledge you need to develop market-ready products.
What is the meaning of Rheology Modifier in Drilling Fluid?
Rheology modifiers are synthetic polymers that are used to improve the properties of drilling fluids. These compounds improve the shear force and stability of oil-based drilling fluids. These polymers’ improved rheology properties improve the stability and shearing force of cuttings in drilling fluid. This polymer is also important for environmental protection. These characteristics allow for increased drilling efficiency. These compounds have a wide range of applications in the oil and gas industry.
Rheology modifiers are used in the preparation and maintenance of oil drilling fluids. They improve low-shear-rate rheology by reducing interfacial tension. They also help with barite suspension. They are particularly useful when the annular velocity is low and the fluid density is high. Rheology modifiers aid in lowering the risk of lost circulation. The well will not produce oil if the drilling fluid becomes viscous.
Drilling fluids with rheology modifiers performed better in emulsion stability tests. They were able to reduce dynamic barite sag while minimizing negative effects . For example, barite is a heavyweight material. As a result, drilling fluids containing barite should contain some oil wetter. The addition of these two additives improves rheological stability.
The yield point of a typical rheology modifier is 11-12 Pa, which varies with temperature. When temperatures are below 65°C, this can cause significant variations in rheological properties. the suspension of cuttings and weighting materials by stabilizing these rheological properties. This rheology modifier has a number of benefits, including improved well cleanup and drilling efficiency.
An organic compound or a polymer can be used as a rheology modifier. The polymer in this case has hydrophobic groups and can be partially dissolved in the oil phase or adsorbed on the organic clay. The type of additive chosen will be determined by the alkalinity of the brine phase. The additives will bind with clay if they are soluble in the oil phase.
Drilling fluids, in general, changing viscosity in response to temperature. When the viscosity of the drilling fluid is reduced from ambient to seabed conditions, it can increase severalfold, whereas viscosity increases as the temperature drops. Mineral oil and synthetic-based oils have the lowest viscosity and are both suitable for deepwater drilling. Diesel also has a low viscosity, which is critical in drilling operations.
Drilling fluids are also known to change the properties of the oil and water particles contained within them. This change affects the formation’s hydrostatic pressure and wettability. If this happens, it can pose a significant well-control risk and impede production operations. However, the viscosity of the drilling fluid and the concentration of the oil play a significant role in determining the oil and water contents.
What is the definition of rheology modifier in paint and coatings? Rheology modifiers are substances that increase the viscosity of a paint or coating to change its properties. Depending on the method of application, these ingredients can improve the final product’s durability and handling. They can also improve sagging resistance, storage and transportation, and leveling properties. This component is frequently used to improve the properties of a coating or paint.
Associative thickeners in the CP series are used in water-based paint formulations. CP organoclay is a water-based paint system rheology modifier that is 40% active. These ingredients are used to make a coating smooth and level.
Rheology modifiers can change the properties of the final product. These ingredients can also have an impact on production time. Some are in powder form and, if added too quickly, can cause clumping. Slowing down the addition of these materials will aid in clump prevention and improve film quality. Slow, steady addition of rheology modifiers may reduce production time. Use highly efficient modifiers that are compatible with the specific type of paint or coating for the best results.
A variety of factors must be considered when selecting the best rheology modifier. When selecting a rheology modifier, important factors to consider include the type of paint or coating, the primary application, the method of application, and the final production time.
Rheology is an important part of the formulation process because it influences application properties as well as the stability of the paint or coating during storage. Aside from adhesion and leveling, the paint must be stable and non-drip. Because the coating will be exposed to temperature changes and moisture, it must also maintain its in-can stability. Finally, rheology modifiers are critical in the manufacture of paints and coatings.
The definition of rheology in the context of paints and coatings is complicated, but it is critical for their application. Paints and varnishes, for example, must have flow properties. However, in some cases, such as for a high-gloss paint or varnish, a higher viscosity is desirable. This is due to the fact that the finished product is more durable and has a higher gloss.
Hydrophobic emulsion thickeners are another type of rheology modifier. These can be dissolved in liquids and are commonly used in latex paints. Because of their high water resistance, they act as rheological modifiers. Because of their high viscosity, they are useful in coatings with thick films. They can also help to prevent sagging and settling.
The Advantages and Drawbacks of Rheology Modifiers
Rheology modifiers are important coatings additives because they control viscosity, ease of application, and wet edge and sagging. However, choosing the right rheology modifier can be challenging . Rheological modifiers are available in both solvent-borne and waterborne coatings, each with its own set of benefits and drawbacks. Let’s go over the main advantages and disadvantages of these additives.
Rheology modifiers are classified into two types: inorganic and organic. Natural compounds, such as organoclay, are the primary source of inorganic rheology modifiers. They thicken by forming polymer chains linked by pseudo-crosslinks within micellar nodes. These thickeners are water resistant and can be used in place of hydroxyethyl cellulose.
Rheology modifiers are also used extensively in advanced materials. Rheology modifiers are used in almost every industry to improve performance and adjust overall viscosity magnitude. To investigate the impact of formulation changes on protein solutions, several rheological measurement methods are used. These additives are necessary components of a wide range of products, including foods, beverages, and cosmetics. To improve the quality and performance of your products, you must choose the right rheology modifier.
Paint rheology, in addition to viscosity, is important for application properties, storage stability, and anti-sagging. In addition to influencing paint application, rheology influences paint properties such as gloss, adhesion, covering power, brush resistance, and sedimentation tendency. In-can stability is also affected by rheology. A well-chosen rheology modifier can mean the difference between a stable, high-quality coating and one that sags or drips.