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ECC 10000 Series Nano Coating is a fluorosilane-modified, low-surface-energy protective treatment engineered to upgrade ceramic and sanitaryware surfaces with easy-clean, stain resistance, and improved hygiene. The coating forms an ultra-thin nano-scale film that is chemically anchored to ceramic/glazed surfaces through a silane network, while fluorinated segments create a non-stick, repellent top layer.
At its core, hydrolyzable silane groups (–Si(OR)₃) hydrolyze to silanols (–Si–OH) and then condense into a crosslinked Si–O–Si structure. On ceramics, this network bonds to surface hydroxyl sites to create durable Si–O–Surface anchoring. The outward-oriented fluorosilane groups reduce surface energy, which lowers wetting by water/oils and reduces adhesion of stains such as soap scum, body oils, cosmetic marks, and hard-water residues.
Because soils do not spread or anchor strongly, cleaning becomes faster and more effective—supporting better hygiene by reducing residue build-up where microbes can thrive. The ECC 10000 Series Nano Coating is ideal for wash basins, WCs, urinals, shower-area ceramics, tiles, and other high-touch glazed ceramic fixtures, improving appearance retention and reducing maintenance effort.
ECC 10000 Series Nano Coating / Fluorosilane Easy-Clean Coating / Anti-Stain Ceramic Topcoat / Hydrophobic-Oleophobic Ceramic Protector
Clear coating (water-borne or solvent-borne variants)
Not allowed. Ready to use.
Transparent, ultra-thin film (minimal appearance change when applied correctly)
For longer durability requires heating at 80-100oc
10–40 mL/m² (depends on glaze type/porosity and application method)
Reduces staining from urine scale, hard water marks, soap scum, and body oils; improves hygiene and cleaning speed.
Minimizes water spotting and grime anchoring; improves daily wipe-down performance.
Adds stain resistance in kitchens, washrooms, hospitals, hotels, and public buildings.
Helps reduce dust/pollution particle adhesion; improves wash-down efficiency.
Improves repellence to cosmetics, oils, detergents, and light chemical splashes.
Handles, knobs, ceramic-coated fittings—reduces fingerprinting/grime build-up.
| Property | Typical Value |
|---|---|
| Appearance | White, free-flowing powder |
| True Density | ~0.125 g/cc |
| Crush Strength (Isostatic) | ~250 psi |
| Average Particle Size (D50) | ~65 µm |
| Top Cut Particle Size | ~120 µm |
| Chemical Composition | Soda-lime borosilicate glass |
| Shape | Hollow spherical |
| Solubility | Insoluble in water |
| Combustibility | Non-combustible |
Dirt releases quickly; less scrubbing required.
Reduced residue retention supports a more hygienic surface condition and better cleanliness perception.
Repels both water-based and oil-based staining agents.
Helps prevent mineral/soap films from bonding strongly to the surface.
Surfaces stay cleaner for longer, enabling extended deep-cleaning intervals in many use cases.
Milder cleaners and less frequent descaling can be used in many situations.
Daily in very high-use washrooms; every 2–3 days in normal residential use (quick wipe is usually enough).
Often shifts from every 2–3 days to every 4–7 days depending on water hardness and usage.
Often reduced from weekly to every 2–4 weeks (highly dependent on hard-water level, soaps, and usage).
Gloves + goggles; avoid skin/eye contact.
Especially important for solvent-borne grades and spraying.
Use suitable mask/respirator during spray application.
If solvent-borne, keep away from ignition sources; follow SDS.
Absorb with inert material; avoid drains; dispose per local rules.
Final hazard classification, first aid, and compliance per product SDS.
HDPE bottle/jerry can (sealed)
HDPE jerry can
HDPE drum