Amethyst Wave

The product presents an artistic lavender-purple tone, rich in color yet never overly sweet, radiating a semi-translucent texture reminiscent of fine gemstones. Under shifting light, the surface reveals subtle gradations of light and shadow, creating a gentle interplay of depth and brilliance.

As it spreads across the rooftop, the color appears like a soft veil of violet mist drifting through the sky—draping the otherwise bold architectural lines in a layer of dreamy elegance, as though the building itself were wrapped in a refined “purple gauze.”

Product Features

• Superior Waterproofing
  Advanced corrugated design ensures efficient water drainage and prevents leakage.
  

• Exceptional Weather Resistance
  UV-resistant, anti-aging, and corrosion-resistant for harsh climates.
  

• Lightweight & Structural Efficiency
  Light material reduces roof load while providing excellent mechanical strength.
  

• Chemical Resistance
  Resistant to acids, alkalis, and coastal environments.
  

• Aesthetic & Low Maintenance
  Smooth, glossy surface with vibrant colors; minimal upkeep required.
  

Material Composition 

• High-Grade uPVC Composite Formulated from premium unplasticized polyvinyl chloride, enriched with light stabilizers and impact modifiers. This high-density matrix provides the rigid backbone necessary to resist deformation under thermal stress. 

• ASA High-Weathering Surface Technology The top layer is co-extruded with ASA (Acrylonitrile Styrene Acrylate), a super-weather-resistant resin. This layer acts as a molecular shield, reflecting infrared radiation and maintaining vibrant color integrity for over 20 years. 

Engineering & Craftsmanship 

• Sinusoidal Geometry for Rapid Drainage The continuous "Wave" profile is mathematically optimized for fluid dynamics. It facilitates the rapid evacuation of rainwater and debris, significantly reducing the static load on the roof structure during torrential storms. 

• Multi-Layer Micro-Extrusion Utilizing state-of-the-art multi-layer co-extrusion lines, the tiles are formed in a single pass to ensure absolute interlayer bonding. This process eliminates the risk of delamination and enhances the overall tensile strength of the profile.

Technical Specifications