Nashiji pattern glass is a premium architectural glass solution characterized by its unique "fragrant pear" embossed texture. Engineered through a precise glass rolling process, this specialized glass features a sophisticated design with microscopic cloud-like dots on one side and a smooth suede finish on the other. By optimizing light diffusion, Nashiji glass transforms parallel light sources into soft, uniform illumination, making it an ideal choice for environments requiring a balance of natural light and visual privacy.
Designed for both high-performance agricultural and modern architectural applications, this glass is typically manufactured using low-iron ultra-white substrates to ensure maximum clarity and light transmission. Whether utilized in advanced greenhouse roofing to enhance crop yields through optimal scattering or integrated into interior partitions and bathroom doors for an elegant, hazy aesthetic, Nashiji pattern glass combines functional utility with timeless architectural beauty.
| Substrate Material | Low-Iron Ultra-White Glass | Light Transmittance | ≥91% |
|---|---|---|---|
| Available Thickness | 3mm, 3.2mm, 4mm, 5mm, 6mm, 8mm | Pattern Depth | 60μm - 250μm |
| Surface Roughness | 0.6μm - 1.5μm (Suede side) | Production Process | Glass Rolling Process |
| Standard Sizes | 18302440, 20002440, 21002440 mm | Optical Effect | High Scattering / Uniform Lighting |
| Pattern Style | Nashiji (Fragrant Pear / Cloud-like) | Visual Property | Obscure / Privacy-enhancing |
Effective sight-line blocking makes it perfect for bathroom windows and office partitions without sacrificing light.
Utilizing low-iron glass ensures a transmittance rate of ≥91%, minimizing the greenish tint of standard glass.
Cloud-like surface dots disperse light evenly, reducing harsh shadows and glare in interior and exterior spaces.
Increases crop yields in greenhouses by providing uniform light distribution and stable thermal insulation.
Creates a hazy, quiet, and sophisticated atmosphere suitable for modern, minimalist, or bold interior styles.
Controlled rolling process ensures strict thickness consistency from 3mm to 8mm for diverse structural needs.
Strict monitoring of transmittance and pattern depth to ensure consistency across all batches.
Advanced rolling technology to maintain strict thickness tolerances between 3mm and 8mm.
Flexible size tailoring to meet specific architectural project requirements and dimensions.
Efficient sourcing of low-iron ultra-white substrates for guaranteed high-end purity.
Professional packaging designed to protect the suede and patterned surfaces during transit.
Comprehensive quality verification guides and dedicated support for installation and maintenance.
| Feature | Standard Pattern Glass | Nashiji Ultra-White Glass |
|---|---|---|
| Light Transmission | 70% - 85% | ≥91% (Superior) |
| Light Distribution | Basic Diffusion | High-Efficiency Scattering |
| Aesthetic Value | Standard Texture | High-End Cloud-like Design |
| Agricultural Yield | Moderate Effect | Significant Growth Increase |
| Privacy Level | Variable | Consistent High Obscurity |
Unlike standard frosting, Nashiji glass uses a rolling process to create a specific "fragrant pear" pattern with microscopic dots, providing superior light scattering and a more refined aesthetic than acid-etched or sandblasted glass.
Yes, it is highly recommended for greenhouses. Its ability to scatter light uniformly prevents "hot spots" and ensures that plants receive consistent lighting, which helps in achieving stable quality and higher crop yields.
We provide a wide range of thicknesses to suit different applications, typically ranging from 3mm, 3.2mm, 4mm, 5mm, 6mm, up to 8mm.
Absolutely. Due to its obscure pattern, it provides excellent privacy for bathroom doors and windows while still allowing natural light to brighten the space.
The glass can be cleaned with standard non-abrasive glass cleaners. We recommend avoiding harsh chemicals that could damage the specific texture of the rolled pattern.
Low-iron glass removes the natural iron impurities, eliminating the green tint found in clear float glass. This results in a higher transmittance (≥91%) and a cleaner, more natural look.
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