Benefits of Inflated Plastic Double Skin in Greenhouses

Optimizing plant growth and improving energy efficiency in greenhouses with inflated plastic double skin coverings

Advancements in greenhouse technology have revolutionized protected agriculture, and one notable innovation is the utilization of inflated plastic double skin systems. These systems offer a host of advantages for plant cultivation and energy conservation. In this article, we will delve into the benefits of employing inflated plastic double skin in greenhouses, encompassing its exceptional thermal insulation properties, resilience against impacts, condensation management, and enhanced energy efficiency.

1. Enhanced Thermal Insulation: By incorporating an inflated double plastic skin, greenhouses benefit from an additional insulation layer. The inflated space between the plastic layers creates an air barrier, reducing heat loss and maintaining a stable internal temperature. This proves especially advantageous in regions with fluctuating temperatures, safeguarding plants against sudden changes and fostering optimal growth.

2. Resilience and Impact Resistance: The inflated plastic double skin system provides superior protection against impacts and damages when compared to a single plastic liner. The layer of air between the two plastic layers acts as a shock absorber, mitigating the effects of shocks and safeguarding both the plants and the greenhouse structure. This feature is particularly valuable in areas prone to high winds, hail, or adverse weather conditions.

3. Effective Condensation Control: Greenhouses often face the challenge of condensation, which can adversely affect plant growth. However, the inflated plastic double skin system minimizes condensation-related issues. The layer of air between the plastic layers prevents temperature differences between the interior and exterior of the greenhouse, reducing condensation and its associated problems, such as fungal diseases.

4. Improved Energy Efficiency: The double inflated plastic skin contributes to enhanced energy efficiency in greenhouses. By reducing heat loss, the need for heating or cooling systems is diminished, resulting in reduced energy consumption. Furthermore, the aforementioned condensation control minimizes energy loss associated with the evaporation of condensed water.

5. Enhanced Crop Quality: The implementation of the double inflated plastic skin creates a more controlled and stable environment, leading to improved crop quality. The uniform temperature and humidity levels, combined with a lower incidence of fungal diseases, promote healthy growth and enhance the taste, texture, and appearance of the produce.

The adoption of inflated plastic double skin systems in greenhouses offers numerous benefits for growers and producers. Apart from superior thermal insulation, impact resistance, and condensation control, these systems improve energy efficiency and elevate crop quality. When considering the construction or upgrading of a greenhouse, careful evaluation of the advantages provided by double chamber inflated plastic systems is crucial, as it can greatly optimize plant growth and production efficiency.