rheological modifier in Paints

Rheological modifier: In many industries, such as paint, ink coatings, and oilfield drilling cosmetics, viscosity is an indispensable rheological measurement. Therefore, the use of rheological modifier additives can greatly improve the performance requirements for rheological properties.

So rheology is also interested in an important conventional additive. It improves not only the performance of rheology, but also some thixotropy. It will play a great role.

Adding a rheology modifier additive can achieve the viscosity you need, and can help your formula reach a stable state. At the same time, organic bentonite rheology modifiers in paints are very easy to use and operate.

Please select the correct model to improve it. You are right. The requirement for different based oil is that the types of rheological additives we choose different rheology modifiers for waterborne paints and solvent-based systems.

The rheological modifiers produced by Camp Shinning include water borne system rheological additives and solvent based systems.

When you use our rheological modifier, it can reduce the dripping and splashing of paint during the roller coating or brushing process. This is a contribution of rheological additives modifier to the paint and coating industry,
When you use rheological additives, the viscosity can increase rapidly, but it can be controlled to improve the resistance to sagging.

It can also reliably prevent coatings from settling during transportation and storage. Please contact us. We are a true supplier and manufacturer willing to provide you with a one-stop solution for rheological additives.

The characteristics and advantages of the rheology modifier.
Extensive rheological properties.
Improved thixotropic performance.
Excellent leveling and resistance to sagging.
Outstanding anti settlement performance.
Reduce splashing.

Cp series WBS is a kind of powdered gel and organic bentonite, which is mainly used in water-based systems, and is suitable for various applications that need to enhance the edge thickening and suspension additives.

It has effectively formed a gel in ionic and non-ionic aqueous solutions to provide a really suspension and dehydration shrinkage.

Cp10 is a rheology modifier | rheology modifiers in paints used in solvent-borne systems, particularly recommended for pigments, as well as coatings and paints that require maximum glossiness.

It is suitable for various types of solvent based synthetic resins such as nitrocellulose

Cp40 is a widely used rheological modifier that controls the rheological behavior of pigments through shear refinement.

It effectively plays an anti-settling role in solvent based coatings and paints by controlling the melting shrinkage of pigments.

It can form pigment precipitates at the bottom of tanks and can be used in all solvent-based applications that use high pigment loads.

Kraft paper bag with PE liner or multi-wall paper sacks or customized. 25kg/bag or 22.68kg/bag or customized

Organophilic clay is an organo clay (modified montmorillonite), designed especially for use in solvent based system including intermediate and low polarity range organic Inks.

• Exerts gelling efficiency over a wide range of intermediate and low polarity
• Easy dispersing
• The gel is colourless and of high clarity
• Produce reproducible thixotropic consistency over a wide temperature range
• Imparts particle suspension, sag resistance without impairing flow and leveling, preventing hard settling of pigment and fillers
• Exerts strong film reinforcing action in organic binder systems

We recommend that you test the sample to get the final result you need. The most important thing is that we hope to verify whether it matches your formula through the test.

Composition                               Organic derivative of a montmorillonite clay

 Appearance                                   Fine powder, white

Moisture content (105℃,2hr)         ≤3.5%

Loss on ignition (1000℃)            29%-32%

Bulk density                                    0.53g/cm3

Fineness (<74μm, %)               ≥98%