Luxury ceramic sanitary nano coatings use nano-SiO2(10-20nm,filling glaze micro-pores,Ra 0.5-2um to<0.1um,ultra-smooth,scale zero anchor points)+nano-TiO2(5-15nm,photocatalytic ROS decomposing stains)/fluorosilane(PFPE,surface energy<18mN/m) on ceramic glaze. Scale chemistry: Ca2+/Mg2++HCO3-,heating converts HCO3- to CO32-,CO32-+Ca2+ precipitates CaCO3,on traditional glaze(Ra 0.5-2um) firmly attached requiring acidic cleaners damaging glaze. Nano fluorine(Ra<0.1um,energy90% scale. Hardness>6H,nylon brush 5000 cycles CA>105deg. GB/T 3810.14-2016(Grade 5 highest). JC/T 897-2014(Antibacterial Class I>99%). Global sanitary ware $52B(2025),easy-clean fastest-growing value-add(>10%/yr),TOTO/Kohler/Duravit adopting as standard.
Further reading
- High-end sanitary ceramic anti-limescale easy-clean nano-fluorine coatings: from limescale formation chemistry to self-cleaning bathroom surface engineering
- What is automotive paint? Composition and classification of automotive coatings explained
- Food-Grade PFOA-Free Non-Stick Nano Ceramic Cookware Coating: PTFE Replacement to Healthy Cooking Green Engineering