Core Functions
Physical Protection and Anti-Aging
Micro-Nano Structural Layer: Constructed on painted surfaces, it mimics lotus leaf structures with micron-scale protrusions and nano-scale hairs, forming a dense physical barrier to block UV radiation, acid rain, salt spray, and other erosions.
Delayed Paint Fading and Aging: Laboratory data shows a 60% reduction in fading speed for outdoor painted walls, effectively extending the service life of paint coatings.
Superhydrophobic Self-Cleaning, Reducing Maintenance Costs
Contact Angle >150°: Water droplets roll off in a spherical shape, carrying away dust and oil stains, enhancing surface cleanliness through rainwater rinsing.
Zero-Maintenance Exterior Walls: Reduces manual cleaning frequency by 70%, saving water resources and minimizing financial and material waste.
Long-Term Anti-Fouling, Preserving Aesthetics
Physical Anti-Fouling Mechanism: Achieves anti-fouling through structural regulation without chemical additives, maintaining stable performance over time. After 5,000 hours of accelerated aging tests, it retains anti-fouling effectiveness.
Application Scenarios: Comprehensive Coverage

Building Walls
Universal for Interior/Exterior Walls: Suitable for residential, commercial, and public building paint coatings, enhancing aesthetics and durability.
Green Building Support: Zero VOC emissions during application, promoting sustainable building development.
Industrial Coatings
Corrosion Resistance Enhancement: Replaces traditional heavy-metal-containing coatings by blocking salt spray and acid rain with a physical barrier, extending the lifespan of steel structures and machinery.
Resource Conservation: Reduces the frequency of paint repairs, lowering steel consumption and waste emissions.
Public Facilities
Cost Reduction: Superhydrophobic surfaces resist dust adhesion, reducing municipal cleaning costs.
Enhanced Weather Resistance: Maintains performance stability in -30°C to 70°C temperature ranges, suitable for most building environments.
Environmental and Safety Advantages
Environmentally Friendly
Zero-Pollution Application: No chemical additives; no VOC emissions during spraying or rolling, preventing air and water pollution.
Biodegradable Materials: Utilizes bio-based nanoparticles that degrade naturally after disposal.
Human Safety
Non-Irritating to Skin: Passes SGS skin irritation tests; no sensitization or corrosion risks.
Non-Toxic and Harmless: Complies with RoHS, REACH, and other international environmental certifications, posing no long-term health hazards.
Energy Efficiency
Convenient Application: Simple spraying or rolling process with room-temperature curing.
Low Maintenance Costs: Reduces cleaning frequency and repair needs, lowering lifecycle costs.
Future Prospects
Technological Evolution: Integrating smart materials to develop self-healing coatings for enhanced environmental adaptability.
Market Expansion: Extending from construction to automotive, aerospace, machinery, and other high-end manufacturing sectors, driving industrial upgrading.
This Paint Surface Self-cleaning Agent, centered on nanotechnology, revolutionizes traditional cleaning and maintenance methods, offering a safe, efficient, and eco-friendly solution for painted surfaces. It stands as a pivotal technology for future green building and industrial development.
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