Modified Montmorillonite | Organoclay
Organobentonite is a chemical additive modified by organic compounds. It uses montmorillonite as the main raw material to improve the suspension, thixotropy and anti-settling properties of chemical formulas.
The application fields of organic bentonite are also very wide. The main industrial fields involved include oil and natural gas, coatings and paints, greases and adhesives, cosmetics and some personal skin care products, including some printing inks, etc. Organic bentonite can be used.
Modified Montmorillonite | Organoclay
Modified Montmorillonite | Organoclay
Adding our organic bentonite, which is this modified montmorillonite, to your chemical formula can effectively help you improve the effectiveness and performance of the entire formula, especially in In different application fields, it exerts different performances. Its common feature is that our Modified Montmorillonite can be compatible with most chemical ingredients and can effectively improve the performance of the overall formula, especially in contact. It is extremely remarkable in terms of denaturation, thickening performance, rheological properties and anti-sedimentation properties.
If we add some polar activators during the addition of our organic bentonite, it will better promote the performance of the organ clay bentonite, because this process can make the dispersion more complete. The compatibility between organic Modified Montmorillonite and various chemical components is greatly improved.
Adding organophilic clay bentonite to your oilfield drilling fluid, that is, mud drilling fluid, not only improves the viscosity of the formula, but also greatly improves suspension performance and filtration control.
In water-based and oil-based paints and coatings, our water-based system organo bentonite and solvent-based organic bentonite can also be added. They can respectively avoid and control the stratification of the paint and coating during long-term storage, that is, Its anti-settling properties are excellent.
In inks, including printing inks or gravure inks, organic bentonite can be used. We will recommend the corresponding organic bentonite model to you based on your base oil.
In the application of cosmetics, our organo clays bentonite is also widely used, which can increase the thickening and rheological properties of some nail polishes, lotions, creams, etc., especially our CP27, which is liked by many users. .
At present, our R&D team is still actively improving the performance of our products and constantly controlling the costs of our products to help our users gain the greatest economic advantage while continuously improving the quality of our products in market competition. .
Organophilic clay is a kind of organo clay rheological additive. It is used in systems of non-polar to medium polarity aliphatic and other solvents (ketones, ester, ether esters, alcohols, aromatic).
Properties
Composition Organic derivative of a montmorillonite clay
Appearance Fine powder,white
Moisture content (105℃,2hr) ≤3.5%
Loss on ignition (1000℃) 30%-34%
Bulk density 0.35~0.45g/cm3
Fineness (<74μm, %) ≥98%
Dispersion fineness (μm) ≤40
Advantages
- High efficiency
- The gel is of light colour and high clarity
- Easy to use, no need to pregel
- Eliminate polar activator
- Consistent development of rheology
- Can be used to post correct
Application
CP-10 is used in the following applications:
- Paints
- Putty
- Sealants & adhesives
- Inks
- Cosmetic
- Nano-composite
Using
CP-10 can be added directly in powder without polar activator and making pre-gel. But better performance may achieve if polar activator is added and pre-gel procedure is affected.
The addition is recommended to be before grinding procedure to get the best effectiveness. Addition level is commonly 0.2%~1.0%.
Organic bentonite, in different application fields, will provide you with the chemical properties you need. From a chemical performance perspective, it is currently extremely stable because it has strong compatibility and compatibility.
Its chemical stability is also reflected in the fact that organic bentonite can still stably exert some of its Suspension and rheological properties in certain high-temperature and high-pressure environments.