Туннельная теплица

Туннельная теплица

The tunnel greenhouse is characterized by its simple structure, low cost, and flexible construction. Typically made of a metal frame covered with plastic film, it effectively maintains internal temperature and humidity, making it suitable for growing a variety of crops. The greenhouse offers excellent wind resistance, adapts to various climatic conditions, and is environmentally friendly and energy-efficient. It is particularly ideal for small farms and seasonal cultivation. Tunnel greenhouses are an excellent choice for increasing crop yield, extending the growing season, and improving the quality of crops.

Advantages

  • Simple Structure
  • Low Cost
  • Excellent Temperature Control
  • Flexible Planting
  • Wind Resistance and Stability
  • Energy Efficiency and Environmental Friendliness
  • Wide Range of Applications
Tunnel Greenhouse
Tunnel Greenhouse
Tunnel Greenhouse

Tunnel greenhouses use a single-span structure, with dimensions that can vary depending on the materials and connection methods. They are low-cost, easy to install, and an ideal choice for beginner investors looking to test planting techniques and assess market demand. For those new to greenhouse agriculture, starting with this economical option is recommended to reduce investment risks and gain experience. As profitability stabilizes, it is possible to gradually upgrade to larger or customized greenhouse structures.

Имя
Параметр
Пролет
6-12 Meters
*The span of a greenhouse refers to the width of the structure, specifically the horizontal distance between the columns on either side. The size of the span directly impacts the stability of the greenhouse structure, the available space for use, and the planting layout. A wider span allows for more efficient use of space and improved airflow, while a narrower span may offer greater structural stability and lower construction costs.
Arch Spacing
1-3 метра
*The arch spacing in a greenhouse refers to the horizontal distance between each arch (support frame) within the structure. It is typically measured in the direction of the greenhouse span, representing the distance between two adjacent arches. This parameter is crucial in greenhouse design as it directly impacts the structural stability, load-bearing capacity, airflow, light distribution, and space utilization efficiency within the greenhouse. Proper arch spacing ensures a balanced structure, enhances crop growth conditions, and optimizes the internal environment for maximum productivity.
Column Spacing
1-2.5 Meters
*Column spacing in a greenhouse refers to the horizontal distance between two adjacent support columns within the structure. The columns are the vertical support components of the greenhouse framework, bearing the load of the greenhouse, including the weight of the covering materials, equipment, and external forces such as wind and snow. Proper column spacing is crucial for ensuring the stability of the greenhouse structure and maintaining its overall strength and durability.
Длина
30-100 Meters
*The length of a greenhouse refers to the horizontal distance measured along its longitudinal axis, from one end of the structure to the other. The length directly impacts the planting area, available space, and overall functionality of the greenhouse. A longer greenhouse provides more room for crops, allowing for more efficient space utilization and increased production capacity, while also affecting airflow and temperature distribution within the structure.
Shoulder Height
2.5-3.5 Meters
*The shoulder height of a greenhouse refers to the height of the sidewalls, typically measured as the vertical distance from the ground to the highest point of the greenhouse's side columns or supporting structures. Unlike the ridge height, which refers to the peak of the roof, shoulder height primarily determines the lateral space within the greenhouse. It affects factors such as crop growing conditions, airflow, and light distribution, influencing the overall internal environment and the efficiency of the greenhouse.
Ridge Height
4-5 Meters
*The ridge height of a greenhouse refers to the vertical distance from the ground to the highest point of the greenhouse roof, typically the ridge or the apex of an arch-shaped roof. It is a key parameter in greenhouse design, directly influencing the growing environment for crops, space utilization, airflow, and temperature control within the structure. A properly designed ridge height ensures optimal conditions for crop growth by facilitating effective ventilation and light distribution.
Frame Material
Hot-Dip Galvanized Steel Tubes (Material and Zinc Coating Thickness Customizable)
Covering Material
PO, EVA, PVC, Functional Plastic Films (80µm, 100µm, 120µm, 150µm)
Вентиляция
Top Ventilation Windows and Side Ventilation Windows
Climate Adaptability
Warm and Tropical Regions
Common Crops in Warm and Tropical Greenhouses
Berries, Leafy Greens, and Organic Crops
Applicable Scenarios for Greenhouses
Economical Greenhouses

Применение в теплицах Распределение

Посадка овощей
Выращивание фруктов
Цветоводство
Посадка трав
Другие приложения

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Все часто задаваемые вопросы, которые вам необходимо знать

We offer a variety of greenhouse types, including single-span greenhouses, gutter-connected greenhouses, solar greenhouses, and smart greenhouses, suitable for different agricultural needs and climate conditions.

The price of a greenhouse varies depending on specifications, design requirements, and material choices. We recommend requesting a customized quote based on your specific needs.

Наши теплицы рассчитаны на широкий диапазон климатических условий, включая высокие температуры, повышенную влажность и холодный климат. Они созданы для обеспечения стабильной работы и оптимальных условий выращивания при различных погодных условиях.

Our greenhouse designs can accommodate various growing methods, including hydroponics, soil-based cultivation, and more, and provide the necessary facilities and system support.

Да, мы предлагаем услуги по установке теплиц, чтобы обеспечить бесперебойную работу и правильное функционирование тепличных систем.

Regular inspections, cleaning, and maintenance of the greenhouse are crucial. We recommend checking the integrity of the frame structure, the condition of the covering materials, and the operation of the irrigation system regularly.

Начните свой эффективный план инвестирования в теплицу!

Вы ищете индивидуальное решение для высокоурожайных теплиц? Наша команда готова помочь вам! Оставьте свои контактные данные, и мы предоставим консультацию. Давайте выращивать вместе!

Свяжитесь с нами

Будь то проектирование теплиц, выбор систем посадки или индивидуальные потребности, наша команда экспертов предложит вам эффективные и экономичные решения.

Электронная почта

info@agriculturalfacilities.com

Whatsapp

+86 15963537711

Начните свой эффективный план инвестирования в теплицу!

Вы ищете индивидуальное решение для высокоурожайной теплицы? Наша команда готова вам помочь! Оставьте свои контактные данные, и мы предложим вам бесплатную консультацию, чтобы составить оптимальный план для вашего проекта. Давайте расти вместе!