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Glass Microspheres

Agriplast has patented an innovative technology that uses glass microspheres in greenhouse films, overcoming the limitations of traditional films with mineral fillers.
Unlike the latter, which offer a Near IR barrier of around 25%, the films with glass microspheres achieve significantly higher shortwave infrared screening, helping to contain internal temperatures even during the hottest periods, without compromising light transmission.

This combination of thermal control and high brightness allows the creation of a stable and optimized growing environment.
Sunlight is evenly diffused, reducing shaded areas and enhancing photosynthesis, bringing clear benefits in terms of uniformity, quality, and productivity of crops throughout the entire growth cycle.

Glass microsphere technology is a strategic choice for agricultural companies operating in hot climates, aiming to maximize yields, improve energy efficiency, and obtain high-quality, predictable, and sustainable harvests.

Agriplast has patented an innovative technology that uses glass microspheres in greenhouse films, overcoming the limitations of traditional films with mineral fillers.
Unlike the latter, which offer a Near IR barrier of around 25%, the films with glass microspheres achieve significantly higher shortwave infrared screening, helping to contain internal temperatures even during the hottest periods, without compromising light transmission.

This combination of thermal control and high brightness allows the creation of a stable and optimized growing environment.
Sunlight is evenly diffused, reducing shaded areas and enhancing photosynthesis, bringing clear benefits in terms of uniformity, quality, and productivity of crops throughout the entire growth cycle.

Glass microsphere technology is a strategic choice for agricultural companies operating in hot climates, aiming to maximize yields, improve energy efficiency, and obtain high-quality, predictable, and sustainable harvests.

Greater energy efficiency and more predictable, higher-quality yields

Greater energy efficiency and more predictable, higher-quality yields

Greater energy efficiency and more predictable, higher-quality yields

Greater energy efficiency and more predictable, higher-quality yields

Greater energy efficiency and more predictable, higher-quality yields

Greater energy efficiency and more predictable, higher-quality yields

Greater energy efficiency and more predictable, higher-quality yields

Greater energy efficiency and more predictable, higher-quality yields

Greater energy efficiency and more predictable, higher-quality yields

Greater energy efficiency and more predictable, higher-quality yields

Greater energy efficiency and more predictable, higher-quality yields

Greater energy efficiency and more predictable, higher-quality yields

Patented technology for heat control and maximum productivity

Thanks to glass microspheres, it is possible to achieve high short infrared barrier values while maintaining high brightness. This technology makes it possible to lower greenhouse temperatures without loss of brightness, while maintaining high crop productivity.

Common Benefits
  • Uniform Light Diffusion
  • Improved Photosynthetic Efficiency
  • High NEAR-IR barrier
  • Enhanced Crop Quality and Yield

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