Diffuse Glass for greenhouse

Diffuse glass is focused on generating the best possible light transmission and diffusing the light that enters the greenhouse. ... Diffusion of the light ensures that the light reaches deeper into the crop, illuminating a larger leaf surface area and allowing more photosynthesis to take place. Low Iron Patterned Glass With 50% Haze Low Iron Patterned Glass With 70% Haze Types Edge Work:Ease edge, flat edge or C-edge Thick: 4mm or 5mm  

Products Details

Glass has been used as a greenhouse glazing material for many decades primarily because of its high transmission of light and longevity. Although glass transmits a high percentage of sunlight, most of that light penetrates through the glazing in a directional manner; very little is diffused. Diffused glass is usually created by treating the surface of the low-iron glass to create patterns that scatter the light.  Compared with clear glass, diffused glass can: - Increase the uniformity of the greenhouse climate, especially temperature and light conditions - Increase fruit production (by 5 to 10 percent) of high-wire tomato and cucumber crops - Increase flowering and reduce the production time of potted crops such as chrysanthemum and anthurium.   Diffused glass is divided into: Clear Matt Tempered Glass Low Iron Matt Tempered Glass Clear Matt Tempered Low Iron Prismatic glass   Low Iron patterned glass formed with a matt pattern on one face and a matt pattern on the other face.This ensures the highest energy transmission over the whole solar spectrum. Low Iron Prismatic glass formed with a matt pattern on one face and the other side is smooth. Tempered Glass conforms to EN12150,meanwhile, we can make Anti-reflection coating on the glass.  
Specifications Diffuse Glass 75 Haze Diffuse Glass 75 Haze with 2×AR
Thickness 4mm±0.2mm/5mm±0.3mm 4mm±0.2mm/5mm±0.3mm
Length/Width Tolerance ±1.0mm ±1.0mm
Diagonal Tolerance ±3.0mm ±3.0mm
Dimension Max. 2500mm X 1600mm Max. 2500mm X 1600mm
Pattern Nashiji Nashiji
Edge-Finish C-edge C-edge
Haze(±5%) 75% 75%
Hortiscatter(±5%) 51% 50%
Perpendicular LT(±1%) 91.50% 97.50%
Hemispherical LT(±1%) 79.50% 85.50%
Iron Content Fe2+≤120 ppm Fe2+≤120 ppm
Local Bow ≤2‰(Max 0.6mm over a 300mm distance) ≤2‰(Max 0.6mm over a 300mm distance)
Overall Bow ≤3‰(Max 3mm over a 1000mm distance) ≤3‰(Max 3mm over a 1000mm distance)
Mechanical Strength >120N/mm2 >120N/mm2
Spontaneous Breakage <300 ppm <300 ppm
Fragments Status Min. 60 particles within 50mm×50mm; Length of longest particle<75mm Min. 60 particles within 50mm×50mm; Length of longest particle<75mm
Thermal Resistance Up to 250° Celsius Up to 250° Celsius

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