Looking for a high-performance silica additive to elevate your coatings, plastics, or personal care formulations? Discover GRACE SYLOID® CP2-7887—an amorphous silica powder engineered for matting, adsorption, and carrier applications across industries.
Key Features & Advantages:
✅ Superior Matting Efficiency:
Achieve a smooth, low-gloss finish (60° gloss ≤10GU) with just 0.5%-2% addition in coatings, maintaining transparency in wood, industrial, and UV-cured systems. Its narrow particle size distribution (D90 ≤30μm) also enhances scratch resistance.
✅ Exceptional Adsorption Capacity:
Load up to 80% of its weight in oils, fragrances, or active ingredients, transforming liquids into free-flowing powders. Ideal for pesticide formulations, deodorants, and catalyst supports with high surface area (150-250 m²/g).
✅ Multi-industry Versatility:
- Coatings & Inks: Perfect for water-based, solvent, and UV systems, reducing orange peel and improving flow.
- Plastics & Rubber: Boost HDT and tensile strength by 5%-15% in PP/PE, or prevent film adhesion in BOPP through anti-blocking properties.
- Personal Care & Pesticides: Stabilize formulations, prevent ingredient migration, and enhance safety in storage/transport.
Compliance & Sustainability:
Certified by FDA (21 CFR §182.2724), EU EC 1223/2009, Kosher, and Halal, ensuring safety for food contact and cosmetic applications. Produced via eco-friendly closed-loop processes, it’s biodegradable and REACH-compliant, aligning with global “clean label” trends.
Global Support & Customization:
With cGMP facilities in the US, EU, and China, enjoy localized supply in 20kg bags or bulk totes. Grace’s technical team offers tailored solutions—adjust particle size, surface modification, or adsorption capacity—to meet your specific needs, backed by 流变学测试 (rheology testing) and formulation optimization services.
Stay Ahead with Innovation:
Winner of the 2024 Junger Technology Innovation Award for its mesoporous carrier tech, CP2-7887 is leading the shift to water-based coatings and nanocomposites. Explore its potential in smart responsive carriers for controlled ingredient release.
Ready to transform your formulations? Contact us today for samples and technical data!