Application Fields
Polyester powder coated coils widely used in construction decoration, building materials, and industrial protection
Polyester powder coated coils widely used in construction decoration, building materials, and industrial protection
Sqm installed
5237 Standard
Industrial Clients
VOC Emissions
Enhancing Building Aesthetics with Functionality
Polyester powder coated coils are widely used in architectural facades and interior spaces, combining aesthetics with functionality.
Used for residential, commercial buildings, enhancing visual hierarchy while providing thermal insulation and moisture resistance.
Suitable for background walls and ceiling designs in living rooms, offices, hotels, simulating wood grain and stone textures.
Museums and exhibition halls use these panels for feature walls, showcasing modern architectural styles.
Surface Protection for Metal Structures
Polyester powder coatings are widely used for surface protection and beautification of various building metal structures.
Used for doors, windows, ceiling grids, balconies, curtain walls, and roofing with strong adhesion, acid rain and humidity resistance for 20+ years.
Used for exterior cladding and structural decoration in high-end residences, communities, and sports venues, meeting GB/T5237 standards.
Complete roofing solutions with weatherability and thermal insulation properties.
Functional Coatings for Industrial Applications
In industrial settings, polyester powder coated coils serve various functional coating requirements.
Anti-corrosion protection for water pipes and chemical containers, epoxy-polyester systems ideal for these applications.
Long-term outdoor protection against salt spray, UV, and humid heat corrosion.
Weather-resistant coatings for renewable energy infrastructure.
Sustainable Solutions for the Future
Polyester powder coated coils embrace environmental trends and drive industry transformation toward powder coating from liquid paint.
No volatile organic compounds, compliant with environmental regulations.
Powder can be recycled and reused, achieving nearly 100% material utilization.
Fast curing speed, low energy consumption, enabling automated continuous production lines.