Polycarbonate greenhouses

Choosing a polycarbonate greenhouse is an important step for successful gardening and vegetable gardening. Here are some key points to consider when choosing a greenhouse:

1. Size: Determine how many plants or what crops you plan to grow. The size of the greenhouse structure you choose depends on your needs. A small greenhouse is suitable for a small family garden, while a larger one is needed for commercial use.

2. Polycarbonate Type: Polycarbonate comes in single-layer and double-layer. Double-layer polycarbonate provides better insulation and retains heat better during cold weather, making it preferable for regions with cold winters.

3. Frame: Carefully examine the material and construction of the frame. The frame can be made of metal or wood. A metal frame is more durable, but requires additional insulation to avoid condensation.

4. Shape: Choose the shape that suits your site. Greenhouses can be arched, gable, mitlider, mitlider gable, single-slope, wall-mounted semi-arch. Each of them has its own advantages and disadvantages.

5. Ventilation: Provide good ventilation to avoid overheating during hot weather and reduce the risk of plant diseases.

6. Budget: Consider your financial capabilities. Investing in a quality polycarbonate greenhouse structure is a long-term solution that will serve you for several years.

7. Location: Think about the location on the site. It should receive enough sunlight, but also be protected from strong winds and unwanted neighbors.

By following these guidelines, you will be able to choose the right polycarbonate greenhouse that will meet your needs and help you successfully grow plants on your property.

Installing a polycarbonate greenhouse may seem like a daunting task, but with the right approach and instructions, you can do it yourself. Here is a step-by-step guide on how to install a polycarbonate greenhouse:

1. Prepare the area: Start by choosing and preparing a place to install the greenhouse structure. Keep in mind that the place should receive enough sunlight and be level. Clear the area of vegetation and stones.

2. Assembling the frame: Assemble the frame according to the manufacturer's instructions. This usually involves joining metal or wood pieces together to create the basic structure.

3. Securing the frame: Install the frame on the prepared area. Make sure it is stable and horizontal. If necessary, use fasteners to secure the frame to the ground.

4. Installation of the foundation: Some greenhouse designs require the installation of a foundation or edging. This can help prevent rodent intrusion and improve drainage.

5. Installation of polycarbonate: Install the polycarbonate panels onto the frame. They are usually attached using screws or clamps. Make sure the panels fit tightly together to avoid drafts and heat leaks.

6. Ventilation: Install ventilation windows or hatches at the top of the greenhouse. They will help control the temperature and humidity inside.

7. Doors and entrance: Install a door or entry door. This will allow you to easily enter and exit and will also provide additional ventilation.

8. Final fixation: Check all fasteners and elements of the greenhouse structure for reliability and safety. Make sure that the greenhouse is resistant to wind and other atmospheric influences.

9. Care: After installation, ensure regular maintenance, including watering, ventilation and cleaning.

Following this instruction, you will be able to install a polycarbonate greenhouse and start successfully growing plants. If you have any difficulties, you can always contact professionals or the company "TeplitsaNova" for advice and assistance in installation.

A polycarbonate greenhouse is a modern and efficient structure that allows you to extend the growing season and provides optimal conditions for their development. Let's take a closer look at how such a greenhouse is constructed:

1. Frame: The basis of the greenhouse is a frame, which can be made of metal or wooden elements. The frame serves as a support for the entire structure and provides it with stability.
2. Polycarbonate panels: The walls and roof of the greenhouse structure are covered with polycarbonate panels. Polycarbonate is a light and durable material that has good thermal insulation and transmits light. Polycarbonate protects plants from harmful environmental influences such as cold, wind, heavy precipitation and ultraviolet radiation.
3. Ventilation: The top of the greenhouse structure is often equipped with ventilation windows that can be opened and closed. This allows for the regulation of temperature and humidity inside the greenhouse. Ventilation also promotes air circulation, which is important for plant health.
4. Door: A greenhouse has a door or access door that allows easy access in and out of the greenhouse. This allows the gardener to tend to the plants, clean and harvest the crops.
5. Foundation: Some greenhouse models require the installation of a foundation or edging to strengthen the structure and provide stability. The foundation can also act as a barrier against pests.
6. Care and maintenance: Regular maintenance is necessary to keep the greenhouse in good condition. This includes watering, cleaning, replacing polycarbonate panels when necessary, and maintaining ventilation systems.

A polycarbonate greenhouse creates optimal conditions for growing plants, providing them with protection from adverse environmental factors. It also extends the gardening season and allows you to grow plants regardless of the time of year.

The choice between a glass or polycarbonate greenhouse depends on your specific needs and the conditions in which you intend to grow plants. Both materials have their advantages and disadvantages. 

Glass greenhouse:

Advantages:

1. Transparency: Glass provides excellent penetration of light into the structure, which promotes good growth and development of plants.

2. Durability: Glass is a durable material and can last for decades with proper care.

3. Aesthetics: Glass greenhouse structures can give your property an elegant and attractive look.

Flaws:

1. Severity: Glass is heavy and may require a stronger, more expensive frame.

2. Heating costs: Glass does not have high thermal insulation, so it may require more energy to maintain the optimal temperature inside the greenhouse, especially during the cold season.

Polycarbonate greenhouse:

Advantages:

1. Thermal insulation: Polycarbonate has excellent thermal insulation, which allows you to retain heat inside the greenhouse and provide more stable conditions for plant growth.

2. Ease: Polycarbonate greenhouses are lighter than glass ones, which makes them easy to install and requires less massive frames.

3. Strength: Polycarbonate is impact resistant, which reduces the risk of damage from strong winds or falling objects.

Flaws:

1. Transparency: Compared to glass, polycarbonate may reduce light intensity slightly, which may require additional lighting in some cases.

2. Service life: Polycarbonate may have a more limited lifespan than glass, although it is still a durable material.

The choice between glass and polycarbonate depends on your priorities, budget and the climate conditions of your region. Polycarbonate greenhouses are usually more practical and meet the needs of most summer residents, farmers and gardeners, especially in conditions of changeable climate. The company "TeplitsaNova" offers a variety of models of polycarbonate greenhouses, and our specialists are ready to help you choose the best option that meets your needs.

The choice between a film greenhouse and a polycarbonate greenhouse depends on your needs, budget, and the conditions in which you plan to grow plants. The company "TeplitsaNova" provides both of these options, and we would like to share some considerations to help you make a decision:

Greenhouse made of film:

Advantages:

1. Low cost: Greenhouse structures with film coverings are usually more affordable, making them attractive to beginning gardeners and those looking to save money.

2. Easy installation: They are lighter and quicker to install, which can be useful if you need to get started gardening quickly.

Flaws:

1. Seasonality: Typically less durable and not suitable for year-round use.

2. Thermal insulation: They have weaker thermal insulation compared to polycarbonate, which may require additional effort and costs to maintain heat inside.

3. Vulnerability: The film can be exposed to wind, ultraviolet radiation and mechanical damage, which requires more frequent replacement.

Polycarbonate greenhouse:

Advantages:

1. Durability: Polycarbonate greenhouses are generally more durable and can be used for many seasons.

2. Thermal insulation: Polycarbonate has excellent thermal insulation, which provides stable conditions for plant growth and allows them to be grown all year round.

3. Stability: Polycarbonate is resistant to atmospheric influences and mechanical damage, which provides reliable protection for plants.

Flaws:

1. High costs: Polycarbonate greenhouses can be more expensive than film greenhouses.

2. Installation: They may require more complex installation and a sturdy frame.

The choice between a film and a polycarbonate greenhouse depends on your goals, budget and climate conditions. If you are looking for a long-term and sustainable solution for growing plants, a polycarbonate greenhouse provided by TepliceNova may be the best option. Our experts are ready to help you choose the best option that will meet your needs.

Polycarbonate greenhouses provided by the company "TeplitsaNova" have an excellent ability to withstand frosts and provide optimal conditions for plants even during cold periods. The ability of polycarbonate greenhouse structures to cope with low temperatures depends on several factors:

1. Polycarbonate thickness: The thickness of polycarbonate panels affects thermal insulation. The thicker the polycarbonate, the better it retains heat and protects plants from frost. The company "TeplitsaNova" offers various models with different thicknesses of polycarbonate.

2. Ventilation: Good ventilation in a polycarbonate greenhouse can help prevent drafts and minimize the risk of frost. Ventilation windows and temperature control systems can be installed to maintain optimal conditions for plants.

3. Insulation and heating: In some cases, especially in areas with cold winters, additional insulation and heating may be required to provide adequate frost protection. This may include the use of curtains, heaters, or other methods of maintaining temperature.

Polycarbonate greenhouses presented by TepliceNova are designed for moderate and cold climates and can withstand frosts within the limits of what is normal for many plants. However, in critical conditions or at extreme temperatures, additional measures may be required, such as insulation and heat maintenance. In any case, it is important to contact specialists and monitor weather conditions to ensure the best care for plants in the greenhouse throughout the year.

When choosing polycarbonate to cover your greenhouse structure, it is important to consider a number of factors, such as climate conditions, plant needs, and your preferences. TeplitsaNova offers different types of polycarbonate, and here are some of the main types to consider:

1. Single layer polycarbonate: This type of polycarbonate is suitable for moderate climate conditions. It provides good light transmission, which promotes good plant growth. However, its thermal insulation properties may be lower than those of double-layer polycarbonate.

   • The Black Sea region, including Odessa, Nikolaev and Kherson regions. The climate here is Mediterranean, with mild winters and warm summers.

   • Southern Dnieper region, including Dnipropetrovsk, Zaporizhia and Kirovograd regions. Winters here are usually much milder than in the northern regions, and the climate is Mediterranean.

   • The central part of Ukraine, including the Kyiv, Cherkasy and Vinnytsia regions. Winters here are moderate, with relatively mild temperatures.

   • Polesia, which covers the Volyn, Rivne and Zhitomir regions. The climate here is usually moderate, with mild winters and cool summers.

   • Crimean Peninsula. Crimea has a Mediterranean climate with mild winters and warm summers.

2. Double layer polycarbonate: Double-layer polycarbonate has better thermal insulation, which makes it an excellent choice for regions with cold winters. It helps to retain heat, which is especially important during cold periods.

   • The Carpathians, which cover several regions, including Zakarpattia and Lviv. Winters here can be snowy and cold.
   • Western regions, including Lviv, Ivano-Frankivsk and Chernivtsi regions. In mountainous areas, winters are especially severe.
   • Central regions, including Kyiv and Zhytomyr regions. Winters here can also be cold, although temperatures are usually not as low as in the northern regions.
   • Northern regions of Ukraine, such as Chernihiv, Sumy and Poltava regions. Here winters are often characterized by low temperatures and heavy snowfalls.
   • Eastern regions, including Kharkiv and Donetsk regions. Winters are cold here, but they can be less snowy than in the western regions.

3. Impact resistant polycarbonate: If you expect stronger winds or are concerned about mechanical damage, impact-resistant polycarbonate may be a good choice. It is highly durable and impact-resistant.

   • Black Sea Region: Near the Black Sea coast, areas such as Odessa and Mykolaiv can experience occasional strong winds, especially in winter and spring.

   • Western regions: Western regions of Ukraine, such as Lviv, Ivano-Frankivsk and Zakarpattia regions, may be subject to strong winds, especially in mountainous areas.

   • Crimean Peninsula: Crimea can have strong winds, especially during the “Nora” wind season.

   • Polesie: Regions of Polesie, such as the Volyn and Rivne regions, are sometimes subject to strong winds, especially in the winter and spring.

   • Southern regions: Some southern regions, including Zaporizhia and Kherson regions, may experience winds from the Azov and Black Seas.

4. Cellular polycarbonate: Polycarbonate with a cellular structure has air cavities between the layers of material. This provides additional insulation and better heat retention.

When choosing polycarbonate, it is also recommended to consider local climatic conditions, the seasonality of crops grown and the budget. The company "Teplitsa Nova" provides consultations and assistance in choosing the best polycarbonate option for your greenhouse structure, taking into account your needs and preferences.

Greening a polycarbonate greenhouse can be determined by several factors, and it is important to understand how they are interconnected:

1. Algae and moss growth: Polycarbonate coatings create ideal conditions for the growth of algae and moss. These organisms can multiply on the surface of polycarbonate, especially in high humidity and insufficient ventilation.

2. Humidity: High humidity inside a greenhouse structure can promote algae and moss growth. This can be due to under-watering of plants, lack of proper ventilation, or moisture levels in the soil.

3. Lack of sunlight: If there is not enough sunlight inside due to insufficient lighting or obstruction of the polycarbonate, this can also encourage green growth. Algae and moss can use the available light to grow.

To prevent or eliminate greening of a polycarbonate greenhouse, it is recommended to take the following measures:

1. Increase ventilation: Provide good air circulation to reduce humidity inside the greenhouse structure.

2. Follow the irrigation rules: Moderate watering of plants can help manage humidity inside the greenhouse.

3. Provide adequate lighting: Make sure the plants get enough sunlight. If necessary, you can use additional artificial lighting.

4. Regular cleaning: Regularly clean the polycarbonate, removing algae and moss. This will help maintain the transparency of the coating and improve light transmission.

The company "TeplitsaNova" also provides recommendations for the care of a polycarbonate greenhouse and can help with the selection of the right materials and solutions to reduce the risk of greening and provide optimal conditions for plants.

The service life of a polycarbonate greenhouse depends on several factors, including the quality of the materials, operating conditions, and maintenance. However, on average, polycarbonate greenhouse structures can last from 10 to 25 years, and even longer with proper maintenance.

Important factors that influence the durability of a polycarbonate greenhouse are:

1. Polycarbonate quality: The use of high-quality polycarbonate panels with good resistance to ultraviolet radiation and atmospheric influences contributes to a longer service life.

2. Care and maintenance: Regular cleaning of polycarbonate from dust, dirt and algae helps to maintain its transparency and durability. It is also important to monitor the condition of the frame and carry out repairs in a timely manner if necessary.

3. Ventilation level: Good ventilation and humidity control help prevent condensation and reduce the effects of moisture on polycarbonate.

4. Winter conditions: In regions with cold winters, additional insulation and heating may be required to protect the greenhouse from severe frosts.

   • Western regions, including Lviv, Ivano-Frankivsk and Chernivtsi regions. In mountainous areas, winters are especially severe.

   • The Carpathians, which cover several regions, including Zakarpattia and Lviv. Winters here can be snowy and cold.

   • Northern regions of Ukraine, such as Chernihiv, Sumy and Poltava regions. Here winters are often characterized by low temperatures and heavy snowfalls.

   • Central regions, including Kyiv and Zhytomyr regions. Winters here can also be cold, although temperatures are usually not as low as in the northern regions.

   • Eastern regions, including Kharkiv and Donetsk regions. Winters are cold here, but they can be less snowy than in the western regions.

5. Climate conditions: The climate of your region also affects the lifespan of a greenhouse. In milder climate zones, greenhouses can last longer.

The company "TeplitsaNova" offers high-quality polycarbonate greenhouses that are designed for durability and reliable protection of your plants. Following the recommendations for care and maintenance, as well as taking into account local climate conditions, you can expect a long service life of your greenhouse.