Diffuse Glass
- Brief Introduction:
- Customization: Available
- Suitable: Vegetables, Seedling Cultivation, Herbal Medicine, Flower
Product Introduction
Diffuse Reflection Greenhouse Glass
Diffuse Recreation greenhouse glass is a premium transparent glass covering material designed specifically for modern horticulture. As a key component of greenhouse insulation coverings, it offers superior light management performance compared to traditional anti-aging agricultural plastic films and standard polycarbonate greenhouse coverings, creating a uniform growing environment that improves crop quality.
Product Advantages
Uniform Light Distribution: The diffused haze effect scatters sunlight, eliminating light spots and ensuring even light distribution to every area, even penetrating deep into the shading layer. This helps plants maintain healthy growth.
Maximized Light Absorption: AR-coated glass boasts up to 97.5% light transmittance, providing crops with significantly more effective light compared to standard glass, thus improving photosynthetic efficiency and yield.
Superior Strength and Durability: More robust and durable than glass, and with options for high-wind areas, ensuring your greenhouse remains safe even in extreme weather conditions.
Customizable to Your Climate: Available in multiple haze levels, you can adjust the lighting environment to suit your geographical location, from bright tropical regions to low-light northern areas.
Technical Parameters
| Glass parameters | Common options | Description |
| Thickness | 4mm (mainstream) / 5mm | 4mm is sufficient for top strength, 5mm is used for side walls/high wind pressure areas |
| Haze | 5% to 75% (50%/75% are commonly used) | Select 50% for areas with strong light and 75% for areas with high light requirements; select low haze for areas with weak light. |
| Light transmittance | 91.5% (Standard Reflective Coating) / 97.5% (AR Coating) | AR coating is prioritized for higher total light exposure. |
| Size | 1600x2500mm (standard) | Adapt to greenhouse modules to reduce light leakage during splicing. |
| Pattern | Pear-patterned/fabric-patterned/double-pile-patterned | The difference in scattering effect and appearance is minimal, but the functional differences are small. |
