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A building glass manufacturer integrating digitalization, intelligentization, and customization.

Information Center
  Professional technical sharing for deep‑processed architectural glass. Elaborate on glass construction configuration, parameter comparison, material‑performance differences, key processing points, on‑site installation notes and global certification compliance requirements.
   Special emphasis is placed on technical challenges & craftsmanship essentials of our 5‑Protection (bullet‑resistant, anti‑smash, explosion‑proof, hurricane‑resistant, fire‑rated) glass and 5‑Super (extra‑long, extra‑wide, extra‑thick, ultra‑clear, extra‑difficult custom‑made) glass, supplying practical technical references for engineers, purchasers and project designers.
EVA vs PVB Laminated Glass: Hard to tell by appearance, but totally different processing behaviour
Most customers cannot distinguish EVA from PVB interlayer just by looking at finished laminated glass. Both deliver clear visual performance, yet their physical behaviours during lamination differ drastically and define their suitable applications.
2026 10 13
Do You Truly Understand the Causes of Poor Architectural Glass Imaging?
Source: Glass Industry NetworkMany buildings, upon completion and handover, are frequently plagued by "poor glass imaging"—characterized by distorted reflections, blurred images, and severe ghosting. Under direct daylight, this manifests as widespread "mirror distortion," which not only compromises the building’s aesthetic appeal but also significantly degrades its overall architectural grade. What, then, are the real culprits behind poor architectural glass imaging?
2026 07 28
Performance and Competitive Advantages: Triple-Silver vs. Double-Silver Low-E Glass
Triple-Silver Low-E (Low-Emissivity) glass incorporates three independent, nanometer-scaled silver functional layers within its multi-layer coating structure.By precisely controlling the thickness of each silver layer and the spacing of the dielectric interference layers, it utilizes the principle of optical interference to achieve high spectral selectivity. This results in high visible light transmittance (VLT) coupled with extraordinarily high blockage of infrared (heat) radiation, while maintaining an optimal visible light reflectance (VLR).
2026 07 28
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Tel: +86-771-3816413
Phone: +86-18078194456
(+86 15877129928 / +86 15878351505)
Address: No. 245, Wangwu Team 1, Beihu North Road, Xixiangtang District, Nanning City, Guangxi Province, China
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