Qingzhou Vertex Agricultural Equipment Co., Ltd., a leader in the agricultural innovation space, excels in crafting state-of-the-art modern greenhouses tailored to meet the dynamic needs of today's agricultural industry.
Introducing the Versatile Shipping Container Greenhouse for Hydroponics and Scientific Research, a revolutionary breakthrough in greenhouse design. This innovative structure reimagines the conventional waste container by leveraging its robust shell and uniform shape. By seamlessly integrating advanced thermal insulation and light transmission materials both inside and outside, it transforms into a fully functional greenhouse. Ideal for cultivating a wide variety of plants, from vegetables and flowers to conducting small-scale agricultural experiments, this adaptive solution embodies the future of sustainable agriculture. The container plant system represents a cutting-edge plant production model, harmoniously blending the latest equipment and technologies within converted containers. It employs sophisticated environmental control, soilless cultivation, nutrient solution provision, and artificial lighting technologies. Each component works in concert to engineer optimal growth conditions within a compact and mobile space, enabling precise and efficient plant production like never before.
1. Rugged and Durable
The container, ingeniously designed for transporting goods, boasts an exceptionally strong steel framework. This resilient shell is expertly engineered to endure substantial external pressures, including harsh winds, relentless rain, scorching sunlight, and other severe weather conditions. This remarkable durability allows the greenhouse to steadfastly maintain its structural integrity in outdoor settings, ensuring a prolonged and reliable service life.
2. Independent and Enclosed Space
Boasting a comprehensive box-like structure, it effectively shields its interior from the external environment. The sophisticated design allows for meticulous control over air circulation with the integration of air-tight doors and windows. This ensures the preservation of optimal internal temperature, humidity, and air quality, crafting a perfect environment for growth.
3. Effortlessly Transformable and Expandable
The standardized dimensions of containers, like the widely-used 20-foot and 40-foot sizes, simplify the planning and adaptation of internal spaces. This adaptability facilitates the installation of multi-tiered planters, state-of-the-art irrigation systems, advanced lighting setups, and a multitude of other modern facilities, allowing for a highly customizable and versatile agricultural environment.
The Versatile Shipping Container Greenhouse for Hydroponics and Scientific Research is an innovative greenhouse structure meticulously crafted by utilizing repurposed waste containers. This design transforms these sturdy containers into foundational frames, resulting in a harmonious blend of the robustness inherent in containers with the sophisticated functionality of a modern greenhouse. It serves as an ideal environment for nurturing plant growth, conducting scientific experiments on small-scale agriculture, and creating intimate ecological spaces within urban landscapes.
Illumination System
To fulfill the diverse light requirements essential for optimal plant development, container greenhouses are typically outfitted with state-of-the-art artificial lighting solutions. These include adjustable LED plant growth lights, which offer the flexibility to fine-tune light intensity, wavelength, and exposure duration, ensuring an ideal lighting environment tailored to the distinct phases of plant growth.
Particularly during the shorter daylight hours of winter or when placement restricts natural light exposure, LED plant growth lamps serve as an essential source of supplemental illumination. They enhance photosynthesis, fostering robust plant growth and ensuring they meet their full developmental potential.
Irrigation System
Employing advanced irrigation methods, such as drip and spray irrigation, these systems deliver water with precision and efficiency. Drip irrigation meticulously channels water directly to the root systems of plants, minimizing water waste and maximizing resource use. Conversely, sprinkler irrigation mimics the natural occurrence of rainfall to thoroughly hydrate the plants.
The system can be further augmented with sophisticated automation, incorporating automatic controls that respond to real-time data from soil moisture sensors. This intelligent setup opens or closes the irrigation system autonomously, ensuring meticulously balanced watering that aligns with plant needs.
Temperature and Humidity Control System
For comprehensive climate regulation, container greenhouses support the integration of air conditioners, dehumidifiers, and humidifiers. These components work in unison to maintain optimal temperatures-cooling during high heat and warming during colder conditions. Dehumidifiers curb excessive humidity to thwart plant diseases, while humidifiers enhance moisture levels in overly dry air.
Strategically placed fans facilitate the efficient exchange of air between the greenhouse's interior and its environment. This regulated airflow moderates temperature and humidity levels while supplying supplemental carbon dioxide, further enhancing the photosynthetic efficiency and overall vitality of the plants.
1. Urban agriculture
In the city, land resources are scarce, container greenhouses can be placed on the roof, idle open space and other locations. It can plant vegetables, flowers and other plants to provide fresh agricultural products for urban residents, but also has a certain role in beautifying the urban environment.
2. Scientific research and teaching
For agricultural research institutions and schools, the container greenhouse is a small, controlled experimental environment. It can be used to study the growth characteristics of plants under different environmental conditions and carry out experimental projects such as plant breeding. And because of its relatively independent space, it is easy to observe and record data.
3. Home gardening
Some gardeners can place container greenhouses in their courtyards to create their own private garden. Some rare flower varieties or out-of-season vegetables can be planted in the greenhouse to enjoy the fun of gardening. |
1. How long is the delivery time?
According to your greenhouse size and system, the delivery time is usually 15-60days.
2. Can you supply sample?
Small parts can be supplied, but you should pay the express cost.
3. Can your company supply greenhouse design?
Our company can give greenhouse design according to your land and plan after deposit. And we can give simple drawing before signing contract.
4. How to install greenhouse ?
Firstly we prepare the material and send the material to your city.
After your customs clearing, we send 2-4 engineers or all workers to guide to install.
If you want to save money, we only send engineers, and you match local workers.
If you think it is hard to build the greenhouse, we also can send engineers and workers to install for you.
5. When installing, what cost should we pay?
Our engineers and workers visas and round-trip tickets, their foods and accommodation, their communication
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Experience the seamless delivery process with our expertly coordinated packaging and shipping services. Committed to punctuality, your Versatile Shipping Container Greenhouse for Hydroponics and Scientific Research will arrive exactly as promised. Within the agreed delivery date outlined in your contract, we ensure a streamlined transport directly to the port of your choice. In the absence of a specified freight forwarder, our default shipping point is the efficient and reliable Qingdao port, guaranteeing your product's journey is as smooth as its performance.
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