Vatti Glass Unveils AR Laminated Solutions:
The New Standard for High-End Visual Transparency
QINGDAO, 2026 — In the realm of high-end architectural design and luxury retail, the boundary between "the observer" and "the exhibit" is being erased. Huajun International Trade (Qingdao) Co., Ltd, under its premier brand Vatti Glass, today announced the global availability of its latest AR (Anti-Reflective) Laminated Glass.
This innovative solution combines cutting-edge optical physics with structural integrity, setting a new benchmark for clarity and safety in the glass industry.
The Science of Invisibility: Magnetron-Sputtered Nano Coating
At the heart of Vatti’s AR glass is the magnetron-sputtered nano multilayer optical coating technology. Unlike traditional glass that suffers from distracting reflections and light glare, our AR glass undergoes a precision coating process that significantly reduces surface reflectance while boosting light transmission.
The result? An almost “invisible” glass effect that allows light to pass through in its purest form, ensuring that colors and textures behind the glass remain vivid and undistorted.
Uncompromising Safety: PVB & SGP Integration
While clarity is the aesthetic goal, safety remains the engineering priority. Vatti Glass integrates this high-tech AR coating with PVB (Polyvinyl Butyral) or SGP (SentryGlas® Plus) laminated structures.
Optical Excellence: Minimizes ghosting and internal reflections.
Enhanced Protection: The laminated interlayer ensures that even under extreme impact, the glass remains adhered to the foil, providing robust protection for luxury retail spaces, museums, and high-rise facades.
Designed for Iconic Spaces
From the sleek facades of international flagship stores to the high-security displays of world-class museums, Vatti AR Laminated Glass is engineered for environments where "Clarity and Realism are Everything." "We believe that glass should not be a barrier, but a bridge to a perfect visual experience," said the project lead at Vatti Glass. "By reducing the visual noise of reflections, we let every exhibit and every architectural space be seen in its truest light."