suspending agent

Suspending Agent Organoclay For Suspension

Mixing an organoclay suspending agent with particle organophilic clay is a way for enhancing the viscosity of organic liquids. 

After that, the clay is extruded into the organic liquid, where it disperses and increases viscosity. 

Table 1 shows the composition of the obtained suspension.

The current invention’s composition is advantageous for topical distribution of particle topically active compounds, with the particulate compounds being uniformly disseminated throughout the composition. 

A new and improved suspending agent is also included in the mix. 

It could be natural or manufactured wax, a volatile hydrocarbon, or an aliphatic ester. 

This improved suspending agent can improve the dispersion of particle components in an oil-based cosmetic composition.

Clay suspending agent can help to stabilize a solution by moderating its viscosity and sedimentation rate. 

However, the final rheological quality of a suspension is determined by the different types of clay and their proportions. 

It has montmorellonite in it. 

Polyethylene glycol or modified hectorite can be used to stabilize it.

The current invention describes a method for generating organophilic clay for underground and surface applications. 

This technique may comprise the incorporation of organophilic clay into an oil suspension as well as a solid ingredient suspended in the oil. 

Organophilic clays suspending agent can also act as thickeners and suspending agents in organic liquids like oleaginous oils.

Organoclays are employed in a number of underground and surface applications. 

Organophilic clays are commonly utilized in sealing and cementing operations, among other things. 

They can also act as suspending agent and viscosity boosters. 

One patent describes many applications for organophilic clays. 

It should be noted, however, that organophilic clays suspending agent are compatible with some organic substances and may have an effect on their properties.

Quaternary ammonium salts are used as a reaction agent in commercial organoclay products. 

These cationic reactants are generated from the naturally occurring mineral bentonite. 

Modifying bentonite clay with quaternary amines yields the clay. 

The development of a bentonite-clay water slurry is the initial step in the manufacturing process.

Suspending Agents for Organoclay

Emulsifiers and dispersants are two forms of organoclay suspended agents. High-performance organoclays are produced utilizing specialized procedures and can decrease the requirement for additives in a variety of applications. Steam injection is a critical step in the production of high-performance organoclays. This procedure subjects clay slurries to high temperatures and pressures, causing agglomerated clay particles to “explode.” Superior organoclays can be produced by combining these extensively distributed clay slurries with organic cations.

The surfactant used in the preparation of organoclays has a substantial impact on their water contact angle. Surfactants with more alkyl chains are hydrophobic and adsorb on the layer surface, increasing the contact angle between the surfactant and the organoclay. Because these surfactants are more hydrophilic than the basic oil, their usage in the manufacture of organoclays is determined by their relative water contact angles.

Organoclay improves the rheological properties of oil when employed in dispersions. Its anti-settling capabilities promote physical stability and thixotropic flow. Organoclay emulsifiers activate them. This technique enhances the anti-settling properties of organoclay suspensions, resulting in increased storage stability. Another aspect influencing organoclay dispersions is solubility.

An organically modified clay is used as a dispersion when utilizing organoclay. The clay is chemically activated and forms a gel during this process. It works better with organic liquids that are not highly polar. The clay will not be effective in suspending organoclay if it is hydrophobic. If this is not possible, the clay must be chemically activated using another organic medium, such as water.

Bismuth subnitrate is a fantastic emulsifier. At 1.7 percent w/v bentonite, it offers good flocculation. The rate of activation is determined by the amount of emulsifier in the suspension. The weight ratio of organoclay stabiliser to emulsifier is typically 10:1:10.

Organoclay is a form of bentonite clay that has been changed by the addition of quaternary amines. Organoclay is made up of organic moieties that are covalently bonded together. A quaternary amine is made up of nitrogen and iron. Approximately 20% of the clay surface becomes hydrophobic throughout the modification procedure. Some amines are also rheological agents.

Organoclays come in a variety of forms. Extrusion of organophilic clays with water, alcohol, or a quaternary cationic organic molecule is possible. The finished product can then be dried to remove moisture. Organoclay viscosifiers are utilized in a variety of industries. Organoclays scatter readily in water and oleaginous liquids.

Suppliers of Organophilic Clay  composition with good organoclay price 
To reap the benefits of Organophilic Clay composition , you must first learn how to obtain it from a supplier. You can also learn more about this type of clay by registering with a reputable online trade directory. You can expand your international business by purchasing bentonite organoclay from a supplier. Some of the advantages of becoming a registered member of an online trade directory are listed below.

Bentonite, an organophilic clay
Organophilic clay is a white powder that is also known as organoclay. Its color is determined by the type of bentonite ore used. It works well as an anti-sagging agent in paints and coatings. Organophilic clay will not settle if stored for an extended period of time. Organic bentonite is now produced by a number of companies. Learn more about their manufacturing processes in the sections below.

Ordinary bentonite is modified during the ion exchange process by the addition of organic-based cation compounds known as quaternary ammonium salts. Adsorbents are inorganic cations. Organobentonite clay have a high hydrocarbon adsorption capacity with organoclay price . The number of associated with organoclays increases the capacity for organic contaminant adsorption. Previous research has also found that the number of carbons associated with organoclay reduces the rate of advection and dispersion of contaminated substances.

Organophilic clay bentonite cost
The cost of organobentonite clay bentonite varies according to the processing method and purity. Prices per kilogram range from $1.7 to $3.2 USD. Organoclay is white in color and varies depending on the bentonite clay ore used. It is available in China at factory prices. Some sources provide lower prices. China is the best place to buy organophilic clay bentonite because the raw material is so cheap.

Organo bentonite clay is a type of additive that can regulate liquid viscosity. It is suitable for use in mineral oil, diesel, and synthetic oils. This clay is resistant to high temperatures and pressure. It also improves hole cleanliness during workover and drilling operations. However, the cost of organophilic clay bentonite clay may vary depending on the manufacturer. Here are some of its most important applications and advantages.

Bentonite, an organophilic clay, is used in oil drilling mud.
The goal of this research was to create a synthetic, organophilic clay hs code  : 2508.1000.

bentonite clay could disperse into a continuous phase in a soybean oil-based oil drilling mud. Surface tension measurements were taken to assess the surface modifications of the clays. Rheological behavior and surface tension measurements were performed on the fluid itself.
The 2% concentration of organophilic clay hs code (2508.1000)  improved the performance of the base mud significantly.  

An Organoclay Suspending Agent is what it sounds like.

An organoclay suspending agent is what it sounds like. A natural clay material used as a suspension agent in oil and gas production is known as an organoclay suspending agent. It is used in a variety of applications, including oil-based drilling fluids, paints & coatings, grease lubricant, inks, fracturing fluids, and more. Its low cost and consistent quality make it a popular choice in the oil and gas business. It can also be used to lubricate drill bits. Camp Shinning’s clay is a high-quality organoclay, which ensures that drilling operations are finished smoothly and without collapse.

Organoclays dissolve in a wide range of organic liquids, including oleaginous fluids. They are useful in oleaginous liquids as thickeners and suspending agents. They can be extruded with quaternary cationic chemicals or alcohols and distributed in organic liquids due to their capacity to draw water. Mixing the clay with a quaternary organic compound is a standard strategy for achieving good organoclay dispersibility.

Incorporating an effective organoclay suspending agent into a wax-based composition is one method. A nonvolatile silicone, an aromatic or aliphatic ester, an oil-soluble surfactant, or a combination of these can be used as a suspending agent. The wax will be soluble and will establish intermolecular linkages if the suspending agent is nonvolatile.

Organoclay suspending agents have a number of advantages.

CP-40 is a new and improved grade of organoclay. This variety is significantly finer and more easily dispersed. In general, it should be used in a 30% -40% polar activator. To enhance its action, a polar activator is required. To aid in the dispersion of the organoclay, a polar activator must be added.

A solid organoclay suspending agent can also be employed as a clay adsorbent. It is mostly found in water-based adhesives. Antiperspirants benefit greatly from organoclay suspension. Glycerol, a cationic surfactant, has antiperspirant characteristics. XRD and transmission electron microscopy were used to characterize both compounds after they were combined.

Suspending Agent for Organophilic Clay

The current invention relates to the production and application of an organophilic clay as a suspending agent. Organophilic clays with a ME ratio ranging from 20 to sixty are favored. The best ME ratio is determined by the type of clay, the cationic quaternary compound, and the oleaginous liquid used to activate the organophilic clay. The higher the suspending efficiency, the lower the ME ratio.

Organophilic clay CP-982

The CP-982 organophilic clay is a suspended solid that can improve the stability of drilling muds at both low and high doses. This is owing to its ability to build a three-dimensional network of flocculated particles around droplets in the exterior phase. When the amount of CP-982 organophilic clay is increased, the mud’s suspension qualities improve. This feature is obtained by a mechanism known as double-layer repulsion.

This material serves as a viscosifier and gelling agent in gasoil-based drilling muds and inversion emulsions. It improves drilling mud carrying capacity, aids in the elimination of drill cuttings in high-temperature wells, and stimulates the creation of filtercake. NOVA synthetic-base or oil-based systems can also benefit from the addition of CP-982 organophilic clay.

Attapulgite

Attapulgite organophilic clay is a high-viscosity gelling agent made from the Chinese mineral attapulgite. This material offers numerous performance advantages in a number of liquid systems. The attapulgite compound is a powerful thixotropic thickening and syneresis inhibitor. Aside from its usage as a thickener, attapulgite is also an excellent suspension agent for a variety of liquids.

As an organophilic clay suspension, attapulgite can be employed. It is typically made up of one component attapulgite and nine parts water. The clay is then treated with a solution of dimethyl dihydrogenated tallow ammonium chloride (DMDT), an ammonium ion that is 80 percent active in 72 percent isopropanol and 28 percent water.

Organophilic clays can be used to thicken and suspend organic liquids. Organophilic clays with a ME ratio of twenty to sixty are favored. The ME ratio is affected by the clay or cationic quaternary chemical used to produce the clay. In general, organophilic clays with a high ME ratio suspend liquids better than those with a low ME ratio.

Organoclays bentonite from Camp Shinning

Organoclay is the organic bentonite suspended in paints. This is due to the fact that the color of organic bentonite powder is determined by the raw bentonite ore. It costs between $1.7 and $3.2 per kilogram. Organophilic clay suspending agent is extremely stable and can be used for extended periods of time without settling.

Organophilic clays with a ME ratio of 20 to roughly 60 are favored. The best ME ratio depends on the type of clay used to make the organophilic clay and the composition of the oleaginous liquid floating in the clay. The higher the suspending efficiency, the smaller the ME ratio. If the oleaginous liquid is too diluted with the organoclay, the oleaginous liquid’s suspension effectiveness falls.

Particulate gellant preparation methods

The process of creating a particulate gellant containing organophilic clay is complicated, with the amount of alcohol and water required varied depending on the approach. A particulate gellant should ideally be composed of 58 percent to 80 percent organophilic clay and 3 percent to 10% alcohol. Alternatively, the proportion of water should be between 15% and 40%.

An organophilic clay gellant is made by combining smectite clay with an organic cationic component. This process is employed to make the slurry more dispersible, allowing for the incorporation of more organophilic clay. Deflocculants such as lignite salts, lignosulfonate salts, and tannins may also be used in this approach.

The effect of VG69 organophilic clay content on gasoil-based drilling muds

Organophilic clays have a variety of qualities, including low wettability and low viscosity. Because of their low electrical interaction, OBDFs lack the viscosity of water-based drilling fluids. As a result, high-pressure drilling necessitates a highly stable suspension of these clays.

The critical shear stress, or stress yield, model was used to assess the impact of CP-982 on the viscoelasticity of gasoil-based drilling muds. This criterion was used to simulate the performance of oil-based drilling fluids. When the storage and loss moduli are equal, a critical shear stress is reached.