Organic clay for paints and coatings
Our organic clay for paints and coatings is engineered to deliver reliable thixotropy, excellent anti-settling performance and high clarity across a wide range of solvent-based and resin-rich coating systems.
Through precise organic modification and controlled milling, this material forms a stable, transparent gel structure that supports pigment suspension, improves film uniformity and reduces sagging during vertical application.
Whether used in alkyd enamels, polyurethane finishes, high-build epoxy coatings or decorative solvent-based paints, the organic clay provides predictable viscosity development and improved storage stability.
Its compatibility with alcohols, esters, aromatics and mixed solvent systems makes it a versatile choice for coating manufacturers seeking consistent rheological behavior and reduced formulation variability.
Organic clay for paints and coatings
Coating manufacturers immediately notice the value of our organic clay when they see its ability to maintain stable viscosity and create strong thixotropic structure with excellent clarity.
Interest grows as they learn how this material prevents pigment settling, enhances sag resistance and supports smooth brush, roller or spray application across alkyd, PU and epoxy systems. The desire to integrate it into formulations increases once formulators see how the clay reduces defects such as uneven film build and settling during long-term storage.
This leads naturally to action, with buyers requesting samples or a tailored quotation to improve the performance, consistency and reliability of their coating products.
FAQ – Organic clay for paints and coatings
Q1. What does organic clay do in paints and coatings?
It builds thixotropic structure, prevents pigment settling, improves sag resistance on vertical surfaces, and provides controlled viscosity for smooth application.
Q2. Is this organic clay compatible with alkyd, PU and epoxy coatings?
Yes. It performs exceptionally well in solvent-based alkyd systems, 2K polyurethanes, epoxy primers, high-build epoxies and solventborne acrylics.
Q3. Can it maintain clarity in high-gloss coatings?
Yes. Thanks to fine particle sizing and high purity, the clay forms a clear gel that preserves gloss and color brightness.
Q4. Does it require a polar activator to perform properly?
In many coating systems, a small quantity of polar activator (ethanol, propylene carbonate, etc.) improves dispersion and swelling, although some grades allow direct powder addition.
Q5. How does organic clay compare with fumed silica?
Organic clay offers better long-term stability and sag control, while fumed silica provides faster thickening but can lead to haze or poor transparency in high-gloss systems.
Q6. What is the typical dosage in coatings?
Recommended levels range from 0.2%–1.0%, depending on viscosity target and formulation polarity.
USP- Organic clay for paints and coatings
High clarity for high-gloss and metallic coatings
Strong thixotropy for sag-free vertical application
Excellent pigment suspension and anti-settling
Compatible with alkyd, PU, epoxy and solvent-based acrylics
Fine dispersion for smooth brush, roller and spray performance
Stable viscosity during long-term storage
Reduces formulation defects and improves batch consistency
Export-ready supply for coating factories worldwide