PP boards have good thermal insulation properties. Their molecular structure helps block heat transfer effectively, reducing temperature fluctuations in the surrounding environment. This makes them useful in keeping spaces warm, such as in agricultural greenhouses, where they help maintain a stable temperature for crop growth. They are lightweight, durable, and easy to install, adding to their practicality in insulation applications. In the field of agricultural thermal insulation, PP boards demonstrate significant advantages due to their unique properties, with specific applications that are highly suitable for agricultural production needs.

Advantages

In terms of advantages, PP boards possess good thermal insulation performance. Their molecular structure can effectively block heat transfer, reducing the impact of environmental temperature fluctuations on crops. Meanwhile, they have strong weather resistance, being able to withstand wind, sun, rain, and day-night temperature changes without easily aging or cracking, thus having a relatively long service life. Additionally, they are lightweight and flexible, easy to cut, splice, and install, adapting to the shape requirements of different agricultural facilities such as greenhouses. They are also convenient to clean and reusable, meeting the economic requirements of agricultural production.

Applications

In specific applications, PP boards are often used as covering materials for greenhouses, replacing traditional plastic films or glass. They can not only maintain stable temperatures inside the greenhouses, providing a suitable growth environment for crops such as vegetables and flowers, but also resist external low or high temperature invasions. They can also be used to make side wall panels or top insulation layers of seedling sheds, creating a warm and humid microenvironment for seedling growth and improving seedling survival rates. In the cultivation of some high-value-added crops, small insulation sheds can also be built with PP boards to achieve precise temperature control, ensuring the normal growth of crops in cold seasons.