Produced using advanced rolling techniques that imprint consistent, high-quality textures onto the glass surface, ensuring both durability and visual appeal.
Offers excellent light diffusion while maintaining privacy, eliminating the need for additional window treatments in many applications.
Available in a range of standard and custom patterns, from subtle geometric designs to more pronounced floral and abstract motifs.
Easy to clean and maintain — the textured surface helps conceal fingerprints and minor smudges.
Can be further processed through tempering, laminating, or insulating unit assembly to enhance safety, security, and thermal performance.
Used in bathrooms, entryways, and office partitions where privacy without sacrificing natural light is desired.
Ideal for decorative room dividers, cabinet doors, shower enclosures, and balustrades to create visual interest.
Frequently applied in hotels, restaurants, retail stores, and healthcare facilities to achieve a stylish yet functional ambiance.
Incorporated into tabletops, shelving, lighting covers, and display cases for a sophisticated finish.
Suitable for period-style properties or modern upgrades that require a blend of tradition and contemporary design.
| ① | Thickness: 3mm – 10mm Available in standard sizes up to 3300mm × 2140mm, depending on the pattern and processing. |
| ② | Custom patterns, dimensions, and finishes — including frosted, tinted, or colored interlayers — can be produced to align with unique project specifications. |
| ③ | Complies with international standards for glass quality and safety, including ANSI, EN, and GB certifications, ensuring reliable performance in various climates and applications. |
| ④ | Suitable for both interior and exterior use, with options for weather-resistant edges and sealed units for enhanced longevity in outdoor settings. |
| ⑤ | All custom projects benefit from our detailed technical consultation service, which includes sample production, light and privacy performance analysis, and integration advice for framing systems. |