Many greenhouse users are unaware of the precautions to take during greenhouse construction, and many often overlook certain details. However, it's often these overlooked aspects that directly impact the yield of our crops and our economic benefits. Therefore, it's crucial to understand certain matters when constructing greenhouses.

One, good light transmission effect

Greenhouse structures are designed for light transmittance, ensuring excellent transparency conditions during construction. The light transmittance rate is a fundamental indicator for evaluating the transparency of greenhouses. It refers to the percentage of indoor to outdoor light that passes through the greenhouse. The light transmittance rate is affected by the transparency of the greenhouse covering materials and the shading rate of the greenhouse. As the angle of solar radiation varies with different seasons, the light transmittance rate of the greenhouse changes accordingly. Therefore, the light transmittance rate has a direct impact on crop growth and the selection of plant varieties.

Section Two: Greenhouse Insulation Function

Greenhouse structures must also prioritize insulation capabilities. Enhancing the insulation of greenhouses is a direct approach to reducing energy consumption and improving production efficiency. The insulation ratio of a greenhouse is a crucial indicator of its insulation performance. The insulation ratio refers to the ratio of the area covered by greenhouse materials with lower thermal resistance to the total area covered by the greenhouse's structural components with higher thermal resistance. A higher insulation ratio signifies better insulation performance in the greenhouse.

Three: Greenhouses must be durable

The construction of greenhouse structures requires consideration of their durability, which is influenced by the anti-aging properties of the greenhouse materials. The load-bearing capacity of the main structure and other factors play a role. The durability of the translucent materials not only depends on their inherent strength but also reflects the continuous decline in light transmission rate over time. The degree of attenuation in light transmission rate is a critical factor affecting the lifespan of translucent materials. Since greenhouses operate under high temperature and humidity conditions for extended periods, the surface construction becomes one of the key factors influencing the lifespan of greenhouses.