Self-Cleaning Functional Coating
展商：JCHI GLOBAL Co., Ltd.
原产国/地区：韩国
JCHI GLOBAL's self-cleaning functional coating utilizes visible-light-responsive photocatalytic technology to decompose organic contaminants on building surfaces and reduce the accumulation of dirt. The coating helps maintain cleaner exterior surfaces and reduces maintenance requirements. It is designed for application to building facades, exterior walls, and other architectural surfaces, supporting sustainable building maintenance and environmental performance.
展品详情
1. Product Overview
JCHI GLOBAL develops advanced functional coating materials based on proprietary visible-light-responsive photocatalytic technology. Our self-cleaning coating is designed to decompose organic surface contaminants, reduce dirt accumulation, and maintain cleaner building surfaces.
2. Core Technology
Visible-light-responsive photocatalytic technology
Surface contamination decomposition and self-cleaning functionality
Functional material technology designed for scalable manufacturing
Compatibility with architectural coating applications
3. Key Benefits
Reduces organic surface contamination
Helps minimize building cleaning and maintenance requirements
Supports long-term exterior surface cleanliness
Contributes to environmentally sustainable building management
Provides additional functionality for existing building materials
4. Main Applications
Residential and commercial building facades
Exterior wall coatings
Apartment renovation and remodeling
Public infrastructure and architectural surfaces
5. Commercialization & Business Opportunities
JCHI GLOBAL has experience in public-sector projects and technology demonstration programs with major Korean construction companies.
We are seeking strategic partnerships with Chinese construction companies, coating manufacturers, building material suppliers, and government-related organizations for product distribution, OEM manufacturing, technology collaboration, and licensing.
6. ESG & Sustainability
Our technology supports sustainable building maintenance by reducing surface contamination and potentially lowering cleaning frequency and associated resource consumption.