Current Application Status of Tiles
Tiles have expanded from traditional floor decoration to exterior building walls, curtain walls, landscapes, and other fields, requiring a balance between aesthetics and functionality.
Exterior wall tiles must address urban pollution (e.g., vehicle exhaust, acid rain), biological attachment (e.g., algae, mold), and physical wear (e.g., wind-blown sand, freeze-thaw cycles). Cleaning exterior tile walls has become a critical aspect of urban aesthetic maintenance.
Efficiency: Traditional manual high-altitude cleaning relies on scaffolding or gondolas, with low efficiency and safety risks.
Durability: Ordinary tile surfaces easily adsorb pollutants, necessitating frequent cleaning that causes glaze wear, shortening the lifespan, and yielding inconsistent cleaning results.
Environmental Impact: Traditional cleaning uses strong acid/alkaline detergents, leading to secondary pollution.
Innovative Product Function Design
Product Name: Wall Tile Self-Cleaning Agent
Core Features:
●Nano-Hydrophobic Self-Cleaning Coating
●A superhydrophobic film is formed on the tile surface using nano-coating materials, achieving a "lotus leaf effect."
●Antifouling Mechanism: Pollutants (e.g., dust, oil) cannot adhere and are naturally washed away by rain.
●The coating has passed accelerated aging tests (e.g., high-temperature/humidity cycling, UV exposure) with a durability of 5,000 hours.
●Eco-Friendly and Safe Application
●Water-based formula, free of heavy metals and formaldehyde, with no irritating odor during application.
●Flexible application methods: roller or spray coating, with a single application lasting 5 years.
Differentiated Comparison with Traditional Cleaning Methods
|
Dimension |
Traditional Manual High-Altitude Cleaning |
Wall Tile Self-Cleaning Agent |
|
Core Pain Points |
High-altitude risks, high labor costs, incomplete cleaning |
Zero high-altitude operations, long-term effectiveness with a single investment |
|
Cleaning Mechanism |
Physical friction + chemical corrosion (damages tile glaze) |
Nano-hydrophobic layer actively resists dirt, no physical friction |
|
Environmental Impact |
Wastewater discharge, chemical residue |
No wastewater, no chemical residue, complies with green building standards |
|
Maintenance Cycle |
Requires cleaning 1–2 times annually |
5-year maintenance-free, only requires occasional rainfall |
Optimized Technical Implementation Path
Nano-Material Modification
Adopts W-GCST patent technology to enhance coating durability and flexibility.
Adds nano-titanium dioxide (TiO₂) to decompose organic pollutants (e.g., oil, mold) under light exposure.
Simplified Construction Process
Substrate Preparation: High-pressure water jet rinsing + neutral detergent wiping.
Coating Application: Two-coat application for uniform coverage.
Benefit Analysis
Reduces high-altitude accident rates and labor dependency in urban cleaning maintenance.
Lowers water consumption for building exterior cleaning, supporting urban water conservation and emission reduction.
Extends the lifespan of building exterior walls when applied as a protective layer during tile firing or retrofitted onto existing tiles for facade renovation.
Reduces the use of chemical detergents in public buildings (e.g., hospitals, schools), lowering secondary pollution risks.
Wall Tile Self-Cleaning Agent leverages nano-hydrophobic technology to achieve self-cleaning functionality for exterior tile walls, overcoming the efficiency and safety limitations of traditional cleaning methods. The product combines environmental friendliness, cost-effectiveness, and durability, making it suitable for both new and retrofit projects, and offering an innovative solution for urban building facade maintenance.
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