In diffused greenhouse glass, haze is mainly determined by the depth of the embossed pattern on the glass surface.
Simply put: the deeper the pattern, the stronger the light scattering and the higher the haze; the shallower the pattern, the weaker the scattering and the lower the haze.
So, what does the haze level actually affect?
① Light distribution
Higher haze scatters direct sunlight more effectively, creating a more uniform light environment inside the greenhouse and reducing strong light and shadows.
② Crop canopy lighting
More evenly distributed light can reach more leaves within the canopy, which is especially beneficial for high-density crops and improving light distribution throughout the plant.
③ Overall greenhouse light environment
Higher haze is not always better. Excessive scattering may result in unnecessary light loss, while insufficient haze may not provide the desired diffusion effect.
Therefore, when selecting diffused greenhouse glass, the goal is not simply to pursue the highest haze, but to match the pattern depth and haze level with the crop, greenhouse structure, and local light conditions.
