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Bent Tempered Glass
3D Multi-curved Tempered Glass
With the application of BIM in construction, the demand for complex curved surface curtain walls in architectural design is growing. NorthGlass has independently developed the 3D multi-curve tempering technology, specifically designed to meet architects' needs for intricate curtain wall glass designs. This innovation enables more diverse and dynamic building silhouettes, revolutionizing the way we approach architectural aesthetics and functionality.
Bent Tempered Glass
Tempered Glass with Small Bending Radius
NorthGlass has pioneered the development of tempered glass with small bending radius , revolutionizing traditional architectural norms with its exceptional design and manufacturing process. This innovation marries practicality with aesthetics, offering both structural support and unparalleled beauty in the interplay of light and shadow. Our small radius tempered glass is a testament to our commitment to pushing the boundaries of glass technology, creating spaces that are not only functional but visually striking.
Bent Tempered Glass
Convex & Concave Bent Tempered Glass
NorthGlass introduces the cutting-edge convex and concave bent tempered glass, ensuring the Low-E coating to be on the same surface of the glass, to preserve uniformity in color across expansive glass curtain walls. This advanced method not only guarantees the precision of the curvature but also transforms architectural spaces with its stunning wave-like formations. The seamless curves and intricate detailing of our convex and concave glass redefine architectural aesthetics, offering a refreshing perspective on design and engineering excellence.
Advanced Energy-Efficient Insultaing Glass with 4SG Thermoplastic Spacer
Advanced Energy-Efficient Insultaing Glass with 4SG Thermoplastic Spacer
NorthGlass proudly presents its cutting-edge, automated production line for energy-efficient insulating glass, capable of handling glass sizes up to 3,300 mm x 7,000 mm.
·The annual inert gas leakage of less than 0.1% allows the inert gas content to be preserved at over 90%, thereby maximizing thermal performance.
·Our technology eliminates the overflow of butyl sealant, not only preserving integrity and performance of the glass, but also improving its aesthetic appeal.
·The chemical crosslinking addresses the pump-out effect in insulating glass, leading to a more uniform and flat glass surface.
·The metal-free 4SG warm edge spacers have very low thermal conductivity, ensuring minimal heat loss along the thermal bridge at the glass edge.
·The inert gas helps extend the life cycle of the Low-E to achieve better insulation.
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