Greenhouse reinforced from polycarbonate: photo, reviews, build

Greenhouse structures made of polycarbonate came to replace traditional film and glass structures. The new material provided a number of advantages, including a unique combination of light transmission capacity and coating strength. Also polycarbonate differs by mechanical compliance, which simplifies its processing and installation operations as a whole. The continuation of the concept of such structures was the greenhouse reinforced, the photo of which is presented below. In this case, the emphasis is also placed on strengthening the frame base due to high-strength metal profiles.

Features of reinforced greenhouses

The reinforcing function is assigned to galvanized frames. Usually a U-shaped profile is used in different sizes. For example, the average cross section is 20 x 30-40 mm. The length of the structure can reach 5 m, if it comes to private farms. The material from which reinforced greenhouses made of polycarbonate in the part of the basic structure is also important. Most often, steel is used, and the most expensive assembly manufacturers are equipped with first-class metal. This solution guarantees a high degree of reliability of the frame.

At the same time, it is impossible to provide resistance to wind and precipitation without the use of appropriate connecting fittings. This task is performed in most cases by steel inserts. Depending on the general parameters with which the greenhouse is designed, profiles of different shapes can be used. In addition to the U-shaped profile, for example, pipes and square frames are also found. However, they heavier the construction and are suitable only if the full construction foundation is laid. On the other hand, for thick polycarbonate, a high load-bearing capacity is required, which corresponds to closed profiles.

Assembling a greenhouse reinforced

Regardless of the characteristics of the profile elements, installation operations begin with the construction of the foundation. You can use tape or columnar technology - this choice will determine the way in which the main load-bearing elements are integrated into the greenhouse. This can be either deepening into concrete or fixing metal racks with fasteners. Already in the basic configuration, the reinforced hothouse has a set of hardware to implement the connection. These assemblies may participate in the assembly, which increase the reliability of the fixation nodes. Also manufacturers provide technological grooves in the frames themselves.

By the way, the U-shaped profile in the installation plan is the most reliable, since it ensures the maximum denseness of two elements. From the user it is only necessary to use the joiner's tool and twist the provided hardware into the corresponding niches. At this stage, the accuracy of calculations is particularly important. Further, fixing of polycarbonate sheets is ensured. They cover the steel frame, fixing through the same holes. In this case, it is especially important to properly use sealing pads that protect high-strength plastic from damage at the junction with metal frames.

Additional equipment

Basic sets usually provide for the presence of two windows and a pair of doors that provide access from opposite sides. As a supplement, you can use engineering support in the form of ventilation, lighting and heating systems. Since the reinforced design extends the possibilities of its operation in the winter, it will be superfluous to supply it with a thermal heat accumulator. Thanks to such equipment, a greenhouse reinforced will provide plants with energy, accumulated during the day. Next, the battery converts the accumulated potential into heat.

Positive feedback on strengthened greenhouses

Such structures can be attributed to full-fledged farm facilities, but among their owners there are many ordinary gardeners and gardeners. Most of them emphasize the reliability of the frame, due to which plants are protected from rain and wind gusts. The advantages of the buildings include the opportunities for building up the area. This requires only a few simple manipulations with the dismantling and subsequent integration of additional components in the form of polycarbonate sheets and profiles. But this is not all the virtues that the greenhouse possesses. The testimonies testify that a strong frame allows us to use electrotechnical equipment without risks in the form of the same lighting and heating systems.

Negative feedback

If conventional film greenhouses based on aluminum and wood can be installed directly into the ground, the polycarbonate with metal frames requires an original foundation device. Users note the possibility of acquiring good quality ready-made basics. But they significantly increase the total cost of the facility. Also, many point to the fact that the greenhouse is potentially susceptible to burning. This disadvantage is possessed by polycarbonate. Here, another unpleasant feature of such structures is noted. The fact is that the steel frame base can be covered only with polycarbonate. Glass in it is inexpedient to use because of brittleness, and the film does not require a high bearing capacity.

Conclusion

Mounting operations, coupled with considerable cost, still limit the circle of fans of the strengthened hothouse construction. Nevertheless, for avid gardeners who have big plans for growing thermophilic crops, the presence of such an object on the site is a must. Correctly mounted reinforced greenhouses made of polycarbonate allow you to cultivate throughout the year. In summer, polycarbonate provides all the advantages of traditional designs, including light scattering and ventilation. In the winter period, the regulation of the microclimate will be performed by special equipment in the form of thermal aggregates and lighting and watering systems.