Greenhouse "Drop" (38 Photos): Which Shape Of The Greenhouse Is Better, Arched Or "drop", Customer Reviews About The Greenhouse Made Of Polycarbonate "Drop

2024 Author: Beatrice Philips | [email protected]. Last modified: 2024-01-18 12:09

Winter is coming to an end. Soon summer residents will start growing young vegetables, the first greens, flowers. The greenhouse "Drop" can help them with this, the characteristics and features of which will be discussed in our article.

Peculiarities

"Droplet" is a real vegetable garden under a polycarbonate roof with an extraordinary outline. This greenhouse got its name for the wonderful design - lancet. Thanks to this configuration, the snow does not linger on the structure, but rolls down. The snow pressure is not on the roof, but on the sheer supports. This form of construction is very relevant, especially in those regions where snow often and abundantly falls.

Selection of a high-quality greenhouse is a responsible business requiring careful attention. Minor design changes can lead to insulation problems and possibly not the best consequences.

" Droplet" is an excellent greenhouse that complies with GOST and is made from environmentally friendly materials. The improved model easily tolerates various natural phenomena: rain, snow, strong wind. The design was created taking into account the peculiarities of the winter period - snowfalls, blizzards, etc. With this shape of the greenhouse, drops of condensate flow down the wall, it is excluded that they get on vegetables.

The greenhouse has been in operation for over 10 years.

Properties and selection of polycarbonate

First, let's look at the main differences between greenhouses and greenhouses in order to more accurately determine the choice of the right product.

Greenhouse - a small structure about 1.5 meters high , not characterized by particular reliability, is done for a short period of the spring season. Due to its low height, it is difficult to work in it. The covering material is a plastic film that covers the greenhouse and, accordingly, needs to be replaced next year.

The greenhouse is a stationary structure, it is not installed for one season. The height of the greenhouse is 2.4 meters, which allows you to work without bending, to your full height. It is made of polycarbonate and, if used correctly, can be used for up to 15 years.

Greenhouse "Drop" is covered with cellular polycarbonate. This material is characterized by increased strength and reliability. durability. Perfectly retains moisture and retains heat.

The duration of the greenhouse operation is due to the peculiarity of the frame and the properties of polycarbonate . When choosing a covering material, be sure to pay attention to its characteristics such as UV protection and density. If the manufacturer of the material guarantees the preservation of quality for at least 10 years, this means that the polycarbonate is protected on both sides. Products that have a protective layer on only one side fade and lose their quality already in the third year of operation. The product does not tolerate snow blockages and quickly collapses.

Polycarbonate comes in a variety of thicknesses and densities. The thinner the sheet, the less rigidity and strength of polycarbonate and, of course, resistance to impact, snow, wind.

Dimensions (edit)

Typical dimensions of the Droplet greenhouse:

• width - 2.4 m and 2.97 m;
• height - 2 m 40 cm;
• length - 4 m, 6 m, 8 m and more (a multiple of 2 m);

The frame is made of galvanized pipe, zinc coating class 139-179 microns, does not corrode, it does not need to be painted during use. The greenhouse is covered with sheets of cellular polycarbonate with a thickness of 4 to 6 mm, depending on the climate of the region.

The unusual shape of the greenhouse, a square galvanized pipe 25x25 mm and arcs at intervals of 65 centimeters help the structure to withstand the most difficult weather conditions. The opening and guides are made of galvanized pipe 20x20 mm, metal thickness 2 mm.

The design provides 2 doors and 2 vents on the end planes.

How to build a reliable greenhouse?

Be sure to use helpful tips.

• Before starting installation, choose a place where the greenhouse will stand. It should be in an open area free from the sun. It is not recommended to locate the structure where water and snow can drain from neighboring buildings and structures. There must be a free area of at least one meter around for the possibility of snow melting in winter.
• When assembling the greenhouse, do not allow any surface damage that could lead to deformation of the frame.
• The structure can be immediately assembled in the allotted area, the skeleton is laid in the ground by 25 centimeters. Another option is to make a solid foundation: mark the area, remove the top layer of soil, compress the earth, then lay geotextile and fill the hole with sand and gravel.

• The base for the greenhouse can be made of 100x100 mm bars impregnated with an anti-rotting solution, which are laid like a frame. For a more solid foundation, concrete can be poured using formwork.
• The assembly of the greenhouse is straightforward. The factory version of the model is similar to a children's designer, only for adults. All parts and guides fit clearly into their grooves.
• With the help of self-tapping screws and fixing bolts, which are sold in a set for the greenhouse, all arcs and elements of the end part equipped with a doorway are fastened.
• Further, additional elements are assembled with a window, which are then placed on the main foundation and fixed on it. The next stage in the installation will be the installation of the end element, then the parts are fixed to the base and to each other.

• By reducing the step between the metal arcs, you can increase the strength and reliability of the structure.
• Using reinforced connecting elements that cover the arcs on both sides, the polycarbonate is connected to the greenhouse frame using self-tapping screws with heat-resistant washers. Due to the guides in the greenhouse (stringers), a reinforced, reliable structure is obtained.
• Sheets of cellular polycarbonate are laid in a plane perpendicular to the frame. The sheets are folded across the stiffeners.

Assembly must be carried out strictly according to the instructions of the factory.

Design advantages and reviews

Greenhouse "Kapelka" is a modern construction for growing early vegetables and greens. She looks great, is strong, reliable and looks very unusual. The manufacturer of the models TM "Orange" has been producing these products from polycarbonate and galvanized steel for more than 15 years. The Droplet structure belongs to the category of ultra-reliable structures. This greenhouse is stronger than an arched one thanks to its frame and metal profiles from which it is made.

Greenhouse benefits

• The warranty period is more than 5 years, thanks to the reinforced frame.
• The square galvanized pipe, from which the frame is made, does not corrode.
• The internal space allows you to carry out garden work with comfort.
• If desired, you can increase the size of the structure in the direction of the length. The elements required for assembly are included in the product delivery set.
• The teardrop shape of the greenhouse does not keep the snow cover, there is no need to clean the roof from snow.
• The presence of vents, doors provides a special atmosphere and helps to form the right microclimate for garden crops.
• Polycarbonate has UV protection, which is great for plants inside the greenhouse. All space in it will receive the required amount of light and heat.
• A strong, solid frame can withstand significant loads. The fixation of the arches on the greenhouse is made with the help of reinforced metal elements.

Teardrop-shaped greenhouses have become popular with gardeners . and receive extremely favorable reviews. The advantages of the product include quick and easy installation. Buyers note the strength, durability, tightness of the structure. Summer residents are especially pleased with the fact that the greenhouse can be increased.

Do not forget to mention high-quality polycarbonate, which provides protection from ultraviolet radiation, which has a beneficial effect on plants. And the very shape of the greenhouse evokes only positive emotions: it looks interesting and contributes to the sliding of snow.

Installation and Operation: Tips

The term of its operation directly depends on the quality of the assembly of the structure. Consider the step-by-step diagram of the greenhouse assembly given by the manufacturer.

• Assembling the door and vents . The right and left door pillars are connected by four cross members with an M4x30 screw connection. The horizontal and vertical window profiles are connected to each other using a similar fastening.
• Assembling the gable of the greenhouse . Two arched side profiles are connected using a brace angle and self-tapping screws. Install the upper horizontal profile using the M5x30 bolted joint (the M5 nut is inside the greenhouse frame).

For correct installation of universal connectors, markings are applied to the parts.

• Covering the pediment with cellular polycarbonate . Remove the protective film from the polycarbonate, there is a special marking on the outside. We put polycarbonate on the greenhouse pediment and tighten it with 4.2x19 self-tapping screws in several places. With a construction knife, polycarbonate is neatly cut along the outer radius of the arc. Similarly, we assemble the second pediment of the greenhouse frame.
• Greenhouse tunnel assembly . Attach the stringer profiles to the universal connectors on the pediment using the M5x30 bolted joint (the M5 nut is located on the inside of the greenhouse frame).

For better reinforcement from the increased load during snowfall, two horizontal guides move from top to bottom along the entire length of the greenhouse.

A few more recommendations and tips

• The stability of the greenhouse is increased by reducing the pitch of the metal arches.
• After collecting the frame of the greenhouse, polycarbonate is cut out, after careful measurements. Do not forget that this material shrinks when cooled, and expands when heated. In view of this, polycarbonate sheets are overlapped and fixed with self-tapping screws with a rubber gasket.

Operating tips

• after assembling the greenhouse, wash it with water or detergent using a sponge or soft cloth;
• do not use hard fabrics or brushes when cleaning polycarbonate, as UV protection can be violated, and the material will fall apart;
• during operation, due to strong winds, oscillatory movements of the greenhouse occur, so check from time to time the strength of the connections, tighten the nuts, bolts;
• if the polymer coating of the frame has been broken, it is required to clean it up and paint it with paint for outdoor use;

When using a building in winter, it is required to seal the gaps between the polycarbonate and the frame using a rubber seal or silicone sealant.