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IOTA 6864 is a self-emulsifying waterborne silicone resin emulsion specifically designed for high-performance waterborne high-temperature coatings. It can be formulated with various heat-stable pigments and fillers, serving as an ideal base resin for high-temperature waterborne coatings. Its ambient self-drying property makes it particularly suitable for large anti-corrosion equipment and on-site applications where baking is not feasible. It also supports low-temperature baking and two-component curing for flexible processing. After curing, the film exhibits excellent fullness, high gloss, and superior hardness, combining outstanding decorative and protective properties. It can also be blended with other waterborne resin systems for enhanced performance.
✅ Ambient self-drying – no baking required, ideal for on-site applications and large structures
✅ High-temperature resistance – long-term use at 200–800°C, with higher peak temperature capability
✅ High gloss and fullness – aesthetics and protection combined
✅ Superior hardness and adhesion – outperforms conventional waterborne and some solvent-borne systems
✅ Good miscibility – compatible with acrylic, epoxy, and polyester emulsions for synergistic performance enhancement
✅ Low VOC – waterborne, eco-friendly, fully compliant
✅ Flexible processing – supports one-component self-drying, 180–200°C low-temperature baking, or two-component curing
| Parameter | Specification |
|---|---|
| Appearance | Milky white with bluish phase |
| Solvent content | ≤5% |
| Solid content | 50 ± 3% |
| Viscosity (25°C) | 1500–2500 mPa·s |
| pH value | 7–8 |
Ambient self-drying – ideal for on-site applications without baking equipment
Low-temperature baking – 180–200°C × 20 minutes
Two-component curing – with curing agent for rapid crosslinking
Large anti-corrosion equipment – steel structures and storage tanks in petroleum, chemical, marine engineering, and other fields where baking is not feasible
High-temperature components – barbecue grills, heating stoves, mufflers, exhaust pipes, heating plates, and other surface protection
Industrial heat-resistant coatings – formulated with heat-stable pigments, aluminum powder, ceramic micropowders for 200–800°C waterborne high-temperature coatings
Composite systems – blended with acrylic, epoxy, and polyester emulsions for improved weather resistance, corrosion resistance, and mechanical properties
Class H insulation – insulating coatings for motors, transformers, and other high-temperature electrical equipment
✅ Ambient self-drying – energy-saving and cost-effective
✅ Withstands 200–800°C – covers a wide range of high-temperature applications
✅ High gloss, fullness, and hardness – aesthetics and protection combined
✅ Flexible processing – self-drying, baking, or two-component curing
✅ Compatible with acrylic, epoxy, and polyester – high formulation flexibility
✅ Waterborne & eco-friendly – low VOC, green compliant
For samples, formulation recommendations, or technical support, please feel free to contact us.
