A greenhouse from a profile pipe with your own hands – drawings, photos and videos of instructions

Even in the dead of winter, are you hoping to bring some greenery indoors? Or would you prefer to cultivate your own produce all year round? If so, constructing a greenhouse might be the ideal remedy. You can extend the growing season and shield your plants from inclement weather by creating a controlled atmosphere with a greenhouse.

But if you can build your own greenhouse, why buy one that’s already built? It’s a satisfying do-it-yourself project that also lets you alter the design to suit your requirements and available space. This post will explain how to build a greenhouse with profile pipes, and it will include step-by-step instructions, pictures, and instructional videos to help you along the way.

Square or rectangular tubes, sometimes referred to as profile pipes, are adaptable building materials that are frequently utilized in construction projects. They are perfect for making the greenhouse frame because of their strength and light weight. You can make your greenhouse easy to assemble and strong enough to withstand the weather by using profile pipes.

Assuming no specialized tools or advanced skills, building a greenhouse out of profile pipes is a doable project for both novice and expert do-it-yourself enthusiasts. You can build a beautiful and useful structure that improves the aesthetics and utility of your house with the correct materials and advice.

Materials Needed Instructions
Profile pipe (PVC or metal) 1. Measure and cut the profile pipe according to your desired greenhouse dimensions. 2. Assemble the frame by connecting the pipes using connectors or welding. 3. Ensure the frame is sturdy and level.
Transparent greenhouse plastic or polycarbonate sheets 1. Measure and cut the plastic or polycarbonate sheets to fit the frame. 2. Attach the sheets to the frame using screws or clips, ensuring they are tightly secured. 3. Leave space for doors and windows.
Door hinges and handles 1. Install door hinges and handles according to the size and design of your greenhouse doors. 2. Ensure the doors are securely attached to the frame and can open and close smoothly.
Anchor stakes or concrete blocks 1. Anchor the greenhouse frame to the ground using stakes or concrete blocks to prevent it from being blown away by strong winds. 2. Place the stakes or blocks at each corner of the greenhouse and along the sides for extra stability.
Shade cloth or netting (optional) 1. If desired, install shade cloth or netting over the greenhouse to provide shade and protect plants from excessive sunlight. 2. Ensure the shade cloth is securely attached to the frame and can be easily removed for maintenance.

Advantages of a greenhouse from profile pipes

The frame of the greenhouse plays a major role, so it needs to be sturdy and equipped with stiffening ribs to maintain its shape and withstand different loads. Metal profile pipes are the best material to use for building the frame.

They offer several benefits, including:

  • simplicity in processing;
  • the ability to create a design of various shapes;
  • a long service life – metal -profile buildings last up to 15 years, and as practice shows, then much longer;
  • do not need to care and protection against pests;
  • affordable;
  • combined with any material.

Furthermore, the building composed of profile pipeline materials is more compact than a wooden structure, making site arrangement easier.

The lengthier construction time is the only disadvantage of this structure.

Choosing the type of design

Prior to beginning the manual construction of a greenhouse using profile pipes, you must choose the design model and create a drawing of it. After all, the structure’s shape affects the angle at which sunlight refracts.

The primary greenhouse types made of this material are:

  1. Arched – special equipment is required for the construction to take shape. Otherwise, having curved details of the desired size and drawing, to assemble such a greenhouse with your own hands will not be difficult. The arched structure creates uniform lighting, regardless of the location of the sun.

The model’s limited functionality stems from the inability of high crops along walls to grow.

  1. A single -shoe – a simple option, mounted to the walls of residential or household buildings. Using this compact model allows you to save not only a place, but also building materials.

  1. Gable or tent – separate building. This structure creates the best illumination for cultures, unlike a single -sided.

Sharp, uncomplicated design with no curved parts. As a result, gardeners mount it independently and without assistance. The capacity to plant a culture of varying heights is another benefit of having a greenhouse with a gable roof.

It is important to keep in mind that the tent version of the roof will be more expensive than the arched version because installing the frame calls for more basic and covering materials.

  1. Farnik Fedorova – popularly has the name "bread", it is easy to make it independently on the basis of a developed drawing. Suitable for growing seedlings, flowers and vegetables, the only minus is not intended for tall crops. The design is simple, equipped with a lid that opens access for plant care.

How to make a drawing yourself

You can utilize a ground or low-haired variety when making a greenhouse out of profile pipeline material. Because ground is designed for construction in medium and southern latitudes, it is convenient in that dimming is entirely excluded from it. The greenhouse that is not very important draws heat from the earth. On the other hand, darkening occurs close to the walls, which hinders plant development.

The detachable upper sections that will allow air to enter the greenhouse from the outside should be taken into account when designing a greenhouse using profile pipes. Furthermore, special elements that are fixed along the walls are needed to make the frame more durable.

The ideal profile for the frame is one that has a section of 40 x 20 mm or 40 x 40 mm because of its great strength. Wall thickness of at least 2 mm is ideal. In order to create a horizontal screed, a profile with wall thickness less than 1-1.5 mm can be used.

The precise dimensions—width, length, and height—must be shown in the drawing. The compounds of the guide and main parts should also be mentioned.

A sketch with measurements for several kinds of greenhouses can be found below.

A cost estimate is compiled and the cost of construction is estimated based on the size of the greenhouse as shown in the drawing. 10% of the reserve should be thrown in the calculation process in case there is damage during installation or transit.

Tools and material

Along with the drawing, preparing ahead of time by gathering the appropriate tools for the job will make the process of installing a greenhouse easier:

  • shovel – it is needed to level the soil;
  • drill – to mount the frame racks;
  • a grinder – it will be needed to cut profile pipes;
  • screwdriver – necessary for screwing screws;
  • pliers and hammer – an indispensable tool in any construction work;
  • measuring accessories – corner, building level and roulette;
  • welding machine – if you are going to weld the parts;
  • hacksaw – if it is planned to lay polycarbonate.

It’s critical to understand! Polycarbonate melts and cannot be cut with a grinder; instead, a hand tool made of sharp metal and tiny cloves is needed.

You’ll also need rope and wooden pegs.

The building of our design is greatly influenced by the selection of materials. It is necessary to account for the 6.05 meter measuring length of pipeline products sold in stores when calculating the necessary amount of profile. A drawing of a greenhouse made from a profile pipe the necessary size is assembled based on this value.

You must account for the geometric parameters and design elements of the structure in order to determine the precise amount of material needed. After folding the total length of the frame, the resultant number is divided by the profile pipe’s standard length. The meter amount of profile will be determined by this value.

Step -by -step instructions for building a greenhouse

Prior to beginning the construction of a DIY greenhouse using specialty pipeline products, you should choose the location and set up a space.

The design of a greenhouse made of profile pipes is fairly robust and resistant to deformation. All that is needed to install a greenhouse is a column foundation made of asbestos-cement pipes.

This is how it’s done:

  • In the ground, at the same distance, wells are drilling together, their diameter is made larger than the size of the pipes themselves;
  • Asbestos pipes are installed in these pits;
  • The gap between the pipe and the earth is poured, and is compacted with sandy-shaped composition;
  • A cement mortar is poured inside the pipe, so that there are no voids;
  • A metal plate or a segment of reinforcement is immersed in the concrete composition, they will be a linked link between the foundation and the frame.

To keep cold air from entering the greenhouse, a strip foundation or an embankment light can be built.

We make arcs for a greenhouse from a profile pipe – 2 methods of bending professional tube

It must be formed into a hard arc in order to create an arched greenhouse design from a profile pipe on its own that is larger than necessary. You can initiate this process by getting in touch with the business that handles this kind of work; there, the profile is bent using specialized tools. There are two approaches you can take if you intend to complete it by hand.

  1. How to bend a profile pipe in a "cold" way? There are two options to bend the profile in this way – with internal filling and without it:
  2. If a profile pipe is used, having a thickness of up to 10 mm, then the process may be carried out without filler.
  3. And if you take a profile with a large thickness, then the filler will be required: sand or rosin. In winter, you can pour water into the pipe and wait until it freezes.

A thick spring is used as a makeshift tool to bend the profile in a "cold" manner; however, its diameter needs to be large enough to fit inside the pipe. Excellent spring qualities allow this material to bend easily without altering the profile cross section.

  • Methodology of bending with preliminary heating. This bending technique is recommended if the thickness of the profile pipes is large. The method is suitable for use at any time of the year. The process looks as follows:
  • Two wood plugs are made, for two sides of the pipe. In length, it is made 10 times more than the width of its base. The wide side of the plug should be more than the hole in the pipe by 2 times.
  • After that, in one plug, you need to make a gutter to the release of accumulated gas when heated.
  • Now you need to heat the processed part of the profile.
  • Sift and dry the river sand. Then get on a metal sheet up to 150 degrees, until all the moisture evaporates.
  • On one side of the pipe, install a plug of wood without grooves.
  • Through the second end, fill the heated sand inside. Constantly tapping the walls of the workpiece so that the sand tamps well.
  • When the pipe is all filled with sand, install the second plug.
  • Mark the place of bending with chalk on the profile.
  • Fix the pipe tightly in Teski, putting on a template.
  • Warm after the metal until its color becomes red. In this state, it becomes softer and it can be given the required form. This is done by a movement that should be smooth and clear.
  • After cooling the profile, the workpiece is compared with the required template. If everything is done correctly, then you can remove the plug and shake out the sand.

Crucial! It is necessary to bend the profile with welding seams so that the connecting line is on the side. Bending along the weld is not advised.

The racks that the arcs will be attached to must be cut. Longitudinal strips made to join arcs put into the rack will be needed. Welding or crabs are other methods used to join joints.

Crucial! It is advised that the seams be primed after welding, as this will improve the compounds’ dependability.

Installed on the foundation, the manufactured frame is fastened to the reinforcement that is noted in it.

Arcs can be easily installed directly on the fittings that protrude from the foundation.

A rewarding project for any homeowner hoping to grow plants all year round or extend their gardening season is building a greenhouse out of profile pipes. It gives plants a controlled environment in which to grow, but it also gives room for creativity and personalization. Even for individuals with little DIY experience, building your own greenhouse becomes a realistic goal with the aid of comprehensive instructions, drawings, pictures, and videos.

The strength and longevity of profile pipes make them a good choice for the greenhouse frame. Because these materials are weather-resistant, the structure will stay safe and stable. The adaptability of profile pipes also permits you to be creative with design, letting you customize the greenhouse’s dimensions to fit your unique requirements and available area.

The affordability of constructing a greenhouse out of profile pipes as opposed to buying a prefabricated building is another advantage. You can save money on materials and labor by doing it yourself, and the results will still look professional. You can build a useful and beautiful greenhouse that beautifies your land and raises the value of your house with careful planning and attention to detail.

Building a greenhouse out of profile pipes also makes you feel accomplished and satisfied. It can be immensely satisfying to watch your vision come to life, from the original idea to the completed structure. Having a greenhouse offers limitless opportunities for growth and experimentation, regardless of experience level, enabling you to cultivate a wide range of plants and vegetables all year long.

In conclusion, creating a greenhouse out of profile pipes is a worthwhile do-it-yourself project that has a lot of advantages for homeowners. A greenhouse offers a regulated environment for plants to flourish, which can extend the growing season and reduce the cost of produce purchased from the store. Anyone can successfully build their own greenhouse and enjoy the fruits of their labor for years to come with the aid of comprehensive instructions and online resources.

Anyone looking to improve their gardening skills will find that building a greenhouse out of profile pipes is a rewarding project. It can be an affordable and rewarding project to build your own greenhouse if you have the right supplies and advice. This post contains comprehensive instructions that walk you through the procedure step-by-step with the help of illustrations, pictures, and videos. Whether you’re a novice or an experienced do-it-yourselfer, our in-depth guide will assist you in building a beautiful and useful greenhouse that will prolong your growing season and shield your plants all year round.

Video on the topic

How to bend the pipe under the greenhouse correctly.

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DIY greenhouse greenhouse from a profile pipe. Part 6. constructive

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Sergey Ivanov

I like to help people create comfort and comfort in their homes. I share my experience and knowledge in articles so that you can make the right choice of a heating and insulation system for your home.

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