Introduction to Nano-coated Panels

Nano-coated panels generally refer to panels with a nano-scale coating or structural treatment on their surface. Their core advantage lies in leveraging the properties of nanomaterials to endow the panels with enhanced functionality and durability; they are not composed of nano-scale materials themselves.
Their main characteristics and applications are as follows:
– Core Features: Nano-coatings significantly improve the panels’ stain resistance (stains hardly adhere and are easy to clean), wear resistance (higher surface hardness, less prone to scratches), and corrosion resistance (resistant to liquids and chemical erosion). Some types also have additional functions such as antibacterial properties and fire resistance.
– Common Substrates: Most use wood (e.g., medium-density fiberboard, particleboard), metal (e.g., aluminum alloy), or plastic as substrates, with a nano-coating applied via processes like spraying or film lamination.
– Main Applications: Widely used in the home furnishing field (e.g., cabinet doors, wardrobe panels, table tops), home appliance casings (e.g., refrigerator, washing machine panels), and public space decoration (e.g., wall surfaces, table tops in hospitals and schools), especially suitable for scenarios with high cleaning requirements or frequent use.