DotView Glass
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Tinted blue U glass is a kind of decorative and classic material, tinted directly on the production line. It allows light to pass through while effectively limiting or preventing a clear view for privacy and aesthetic appeal.
U glass is produced by calendaring and forming, named for its "U" shape in cross-section. It offers excellent light transmittance, heat insulation, and high mechanical strength. It reduces the need for heavy metal profiles, making it a popular choice for urban architectural decorative effects.
Available in Normal Clear, Tinted Blue, Tinted Green, and Low Iron (Ultra Clear). Customized sizes and patterns are available.
Tempered U channel glass undergoes a secondary heat treatment to raise compression to 10,000 psi or greater. It is three to four times stronger than annealed glass and is recognized for its safe break pattern (dicing into small, harmless fragments).
Additional processing options include Sandblasting (Frosted) and Color Painting to meet specific architectural requirements.
With extensive manufacturing experience, we provide high-quality glass solutions for curtain walls, windows, doors, and railings, offering guidance from fabrication to installation.
U glass offers high mechanical strength, excellent light transmittance, and superior thermal insulation. Its structural shape allows for large-span glazing without the need for bulky metal supports.
No. The blue tint is applied during the production process (on the line), ensuring the color is integrated into the glass itself and remains vibrant for the life of the product.
Yes, when tempered. Tempered U channel glass is significantly stronger than standard glass and breaks into small, dull fragments (dicing) to minimize the risk of injury.
Absolutely. We offer customized sizes, patterns, and surface treatments like frosting or sandblasting to meet unique architectural designs.
It is widely used in building curtain walls, interior partitions, glass railings, windows, and sunrooms for both decorative and functional purposes.
Yes, its thermal insulation properties contribute to better energy efficiency in buildings by reducing heat transfer while maintaining natural light levels.
