Stabilized Halogen's
Silica-Based Surface Protection
Stabilized Halogen's
A multi-format platform built on stabilized halogen (N-halamine) chemistry delivered through solvent-based coatings, aqueous coatings, and multi-surface spray systems. These formulations create bonded or deposited stabilized-halogen sites on porous minerals and environmental surfaces, enabling durable antimicrobial protection, odor elimination, VOC breakdown, ammonia suppression, and optional rechargeability. Compatible with zeolite, silica, biochar, activated carbon, perlite, pumice, clays, and other porous inorganic substrates. Protected by several patent-pending filings.
Key Benefits:
· Antimicrobial protection
· Odor destruction
· VOC and organic residue breakdown
· Ammonia suppression
· Rechargeable halogen activity
· Non-leaching, surface-anchored performance
· PFAS-free and non-toxic
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Fire Inhibitors
Silica-Based Surface Protection
Stabilized Halogen's
A modular fire-resistance platform built on engineered mineral particles combined with water-based fire inhibitor systems. These formulations create thermally stable, oxygen-blocking mineral matrices that deliver durable, non-migrating fire protection without halogens, metals, or high-loading fillers. Available as mineral-anchored fire inhibitor additives and water-based fire inhibitor treatments suitable for integration into a wide range of material systems. Protected by several patent-pending filings.
Key Benefits:
· Non-flammability
· Thermal stability under heat exposure
· Oxygen-blocking mineral matrix formation
· Non-migrating, durable fire performance
· Halogen-free and metal-free
· Water-based, low-impact formulations
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Silica-Based Surface Protection
Silica-Based Surface Protection
Silica-Based Surface Protection
A high-performance surface-protection platform built on silica-derived (SiO₂) coating technology available in solvent-based and water-based formulations. These systems form an ultra-thin, inorganic, glass-like protective layer that enhances hydrophobicity, abrasion resistance, UV stability, and environmental durability while remaining PFAS-free and nanoparticle-free. Transparent, breathable, and easy to apply with standard tools, providing long-lasting surface protection without altering appearance. Protected by several patent-pending filings.
Key Benefits:
· Hydrophobic and oleophobic protection
· Abrasion and wear resistance
· UV and weathering stability
· Anti-fouling and easy-clean properties
· Transparent, breathable, ultra-thin coating
· PFAS-free and nanoparticle-free
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