Thixotropic Agent | Bentonite Clay Supplier in China

The Organoclay bentonite | Organophilic clay -specialized Zhejiang Camp-Shinning New Material CO.,LTD. and Hangzhou Camp-Shinning CO.,LTD. are subsidiaries of Camp-Shinning.

Camp-shinning concentrated on high value-added, high-technology organo bentonite series products, particularly in research, development, manufacturing, and sales of organic (solvent based organoclay) and inorganic bentonite (water based organoclay).

Our Organophilic bentonite clay finds widespread application in oil drilling mud, paint, coating, lubricating grease, adhesive, construction mortar, cosmetics, and waste water treatment, among other applications. A group of world-class professional users and distributors, such as SUN CHEMICAL,,SIEGWERK,LEHMANN &VOsS, and others, have acknowledged our dependable quality.
Current annual production of organic bentonite clay | organoclay is 20,000 metric tons, while refined bentonite production is 15,000 metric tons.

Our ISO 9001 quality system certification and IS014001 environmental management system certification, as well as our own mine with superior ore quality and production of proprietary technology, ensure the long-term quality and supply stability of our Organoclay bentonite | Organophilic clay.
Our mission is to provide users with superior Organoclay bentonite | Organophilic clay and services and to collaborate with them to achieve success and glory.

Internet address:  https://www.rheologymodifiers.com/ and email address: [email protected]

Whatsapp / Wechat: +86-13185071071

Organoclay | Organophilic Clay CP-2 also named amine treated Bentonite.

In diesel oil based fluids,organophilic clay viscosifier CP-2 are used to increase carrying capacity and suspension properties, providing support for weight materials and improved cutting removal. Organophilic bentonite also aids in filter-cake formation and filtration control.

Properties

Composition                               Organically modified bentonite clay

Physical appearance                Off white to tan free-flowing powder

Moisture content (105℃,2hr)         ≤4%

Particle size (<76μm or 200mesh)    ≥95%

Specific Gravity                                    1.6-1.8   

Advantages

Effective viscosifier and gellant

Aids control of fluid loss to the formation

Increases emulsion stability 

Improves cuttings carrying and hole cleaning capacity 

Suspends weighting materials and other solids

Confers temperature stability to the fluid

Application

Base oil:

Diesel Oils 

Crude Oils

Mineral Oils

Synthetic Oil

Viscosifying drilling Fluids:

Oil based drilling fluids 

Invert emulsion fluids

Workover fluids

Completion fluids

Casing packs

Packer fluids

Spotting fluids

Package

Organoclay | Organophilic Clay CP-2 is packed in 50lb(22.7kg) or 25kg/bag or customized,multi-wall paper sacks or Kraft paper bag with PE liner or customized.

Storage

CP-2 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.

Internet address: https://www.rheologicaladditive.com/ and email address: [email protected]

Whatsapp / Wechat: +86-13185071071

Thixotropic Agent

Thixotropic Agent Organoclay

Organoclay can be effectively dried to make it appropriate for use in nonaqueous settings. The clay is typically dried to a moisture percentage of under 2%. Lower than 120 degrees Celsius is the drying temperature.

The interaction between the organoclay and the surfactant is a major determinant of the dispersion properties of organoclay in organic solvents. Additionally, polarity and shearing time play significant roles in influencing how organoclay responds to various organic solvents. Organoclay’s level of dispersion in organic solvents hasn’t been fully explained, though.

In oil-drilling muds, the rheological behavior of organoclay was studied.

We looked at how oil drilling muds were affected by organoclay and organohectorite. By carrying out morphological and rheological experiments at various temperatures, ranging from two to 65 degrees C, the results of this study were analyzed.

Additionally, Thixotropic Agent Organoclay can be disseminated at the nanoscale level and then interact with the matrix of the polymer. This makes it possible to create polymer nanocomposites. Organoclay finds a lot of use in polymer nanocomposites.

Organoclays are frequently employed in the treatment of water and work well with other techniques. For instance, the removal of organic compounds from water is very successful when using granular-activated carbon. Organoclays, on the other hand, are excellent in treating greasy wastewaters.

Preparation techniques for organophilic clays

A Thixotropic Agent Organoclaysuspension is reacted with a specific organic solution to create organophilic clays. Their ability for absorption is based on the like attracts like rule. The clay molecules will adhere to the clay particles’ surfaces in a water-rich solution.

Bentonite clay Thixotropic Agent Organoclay is an illustration of an organophilic clay. It can exchange at least 60 milliequivalents of cations per 100 grams. It has an ammonium content of 60 to 100 milliequivalents and is completely active. Its capacity is influenced by the water’s sodium and calcium ion content.

An additional illustration of an organophilic clay is one made with a tetraalkylammonium salt. Other organophilic clays can’t compare to the effectiveness of this kind of clay. It offers higher emulsion stability during drilling, particularly at high temperatures.

Ion exchange can also be used to create organophilic clay. Organophilic clay can then be created by processing the obtained material.

Different temperatures can be used to conduct the ion-exchange reaction. At 35 to 75 degrees Celsius, the reaction can take place and better features can be obtained. However, depending on the selectivity of organic cations, a greater temperature does not always imply a high hydrophobicity.

In tests, mineral oil containing 9% by weight of organoclay and 1.0% propylene carbonate was used. After that, the mixture was stirred for 45 minutes. A polar activator was then added to the bulk after mixing, and the resulting powder was then ground in a colloidal mill or a homogenizer. After that, a 200 mesh screen was used to sift the powder.

For Thixotropic Agent Organoclay, quaternary ammonium salts are utilized as ion exchange agents. Fatty acids can be used to create quaternary ammonium salts, which are soluble in water.

Surfactant types’ effects on interlayer spacing

Different surfactant types affect thixotropic drugs’ interlayer spacing in different ways. Low viscosity high-molecular-weight compatabilizers, like propylene carbonate, are frequently used with modest amounts of organoclay. These polar activators change the van der Waals attraction between surfactant chains and the clay surface, which aids in the delamination and dispersion of organoclay. By bridging between hydrophilic platelet edges, they also aid gelation.

The cation exchange capacity and alkyl chain length of different surfactant types can have an impact on interlayer spacing. We noticed that as the surfactant loading grew, the organoclay’s interlayer gap did as well. The CEC of the organoclay had no discernible impact on this behavior.

Utilizing several surfactant types with variable chain lengths, the effects of surfactant types on the interlayer spacing of thixotropic agents organoclay were studied.

Dispersion of organoclay that is thermally stable

For two main reasons, the thermal stability of organoclay distributed in polymer nanocomposites was investigated.

The quantity of alkyl chains has an impact on the thermal stability of organoclays.Thixotropic Agent Organoclay with more chains have less thermal stability. However, more alkyl chains equate to more interlayer space between the organoclays. The surfactants can now be exposed to air more readily as a result.