Hothouses

We offer Hothouses made with very durable cladding material. The material used is a unique patented formula and production process which enables us to produce durable sheets that we use to clad our Hydroponic Green Houses with. The material used is Polyethylene and it is compliant to the ISO standards.
This special hothouse cladding material is UV-Stabilized which makes it suitable for lifetime applications, while it also blocks out harmful UV-rays that can damage plants, thus also ideal for extreme weather conditions.

All prices quoted are excluding VAT and transportation. All prices are subject to change without notice.

Green Sprouts Solutions & affiliated subsidiaries have managed projects from advanced countries to the very remote places like around South Africa, Namibia, Lesotho, Botswana, Zimbabwe, Kenya, Uganda, Tanzania and Holland.
We have extensive experience in infrastructure design and development for the agricultural sector.
With a strict in-house quality control system, it is our intention to examine and to verify that all the material that leaves our factory is of high quality and standards.

Cladding Material:
This is a unique patented formula and production process which enables us to produce durable sheets that we use to clad our Green Houses with. The material used is Polyethylene and it is compliant to the ISO standards.
Our material is UV-Stabilized which enable it to last very long in the sun and blocks out harmful UV-rays that can damage plants, thus also making it ideal for different weathering conditions.

Details on the Greenhouse:
This sturdy Green House allows for production in a very controlled environment.
With its unique patented formula and production process it enables the following advantages.

Advantages of Cladding material:
• Long lifespan on cladding as well as structural material.
• Cladding will not discolour.
• Cladding is light weight and easy to handle.
• Price competitive.
• Hail resistant. (Huge stones like tennis balls may damage the sheets)
• Eliminates fungal growth.
• Easy to keep clean.
• Will not tear in normal weather conditions.(Can withstand extreme windy conditions)
• Very difficult to cut the sheets, you have to make a big effort to do so.

Advantages of using a Green House:
• No more huge expensive machines and implements.
• Use less water because of less evaporation.
• Save a lot of space.
• Pests and disease can be controlled easier.
• You can extend your growing season.
• Protect plants from bad weather and solar radiation.
• Crops give better yield.
• Better quality crops.
• Off-season nursery can be raised.
• Higher value of crops.
• Harvest earlier.
• Reduces heat radiation into the atmosphere.
• Reduce the incidence of frost damage.
• Protection against bad weather conditions that might damage or destroy the plants.

Dimensions:
• We offer a modular concept to the market. Size can vary according to the space available.
• The length comes in increments of 2.0m.
• The width is standard from 3.0m/5.0m/8.0m/10.0m/12.0m.
• Side walls are 2.1m high.
• Ventilation flaps both ends are 2m-2.2m high and the width of the hothouse.
• Sliding door standard 2.0m high and 2.5m wide. (According to requirements)

Hydroponic Greenhouses can be custom designed according to your requirement & application.

View our Hydroponic Fodder Boosters

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Links: Greenhouses

Greenhouses / Hothouses are used greatly by botanists, commercial grow growers, and dedicated landscapers. Particularly in cool places, Greenhouses / Hothouses are useful for growing and propagating plants because they both make it possible for sunlight to enter and prevent warmth from escaping. The see-through covering of the greenhouse will allow visible light to enter unhindered, where it warms the within as it is absorbed by the content within. The transparent the money to meet also prevents the heat by leaving by reflecting the back into the interior and blocking outside winds from taking it away.
Like the garden greenhouse covering, our atmosphere in addition serves to retain heat within the surface of the earth. Most of the sun's energy reaches globe as visible light. With the visible light that goes in the atmosphere, about 29% is reflected back out in space by clouds, environments and ice-covered land, coastal surfaces, and atmospheric airborne debris. The rest is absorbed by liquids, solids, and unwanted gas that constitute our planet. The absorbed is eventually reemitted, but not as visible light source (only very hot objects such as sun can emit seen light). Instead, it's imparted as longer-wavelength light referred to as infrared radiation. This is also identified as "heat" radiation, because while we cannot see with infrared, we can feel it has the presence as heat. It’s this that you feel when you put your hand near the surface of a scorching skillet. Certain gases in the atmosphere (known as "trace" gases because they make up a tiny fraction of the atmosphere) can absorb this outward bound infrared radiation, in effect capturing the heat energy. This stuck heat energy makes the the planet warmer than it would be those trace gases.
The ability connected with certain trace gases for being relatively transparent to arriving visible light from the sunrays yet opaque to the strength radiated from earth is just about the best-understood processes in atmospheric science. This phenomenon is called the "greenhouse effect" considering that the trace gases trap high temperature similar to the way that a greenhouse's transparent covering traps heating. Without our atmospheric techniques effect, earth's surface heat range would be far below very cold. On the other hand, an increase in atmospheric search for gases could result in increased cornered heat and rising world temperatures

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