Multi-span greenhouses are structures composed of multiple interconnected spans. Each span can operate either as part of a larger system or as an independent section, complete with its own heating, ventilation, and lighting systems. The distinctive feature of these greenhouses is the unification of all spans into a single, comprehensive space, enhancing the capacity for plant cultivation.

The structure of multi-span greenhouses typically includes straight posts, optimizing the internal space for efficient plant growth.

The height of the greenhouse not only provides comfort for both workers and plants but also contributes to increased harvest yields. The "gothic" style stands out with its tall, straight supports, ranging in height from 3.50 to 6.0 meters, and reaching 6.20 to 8.70 meters at the ridge.

Gothic-style greenhouses are especially popular in snowy regions due to their design, which prevents snow accumulation on the roof, thereby reducing structural stress.

Galvanized metal is the preferred material for constructing multi-span greenhouses. Its durability and corrosion resistance are crucial for longevity and stability, particularly in areas with fluctuating climates and high humidity.

Tunnel (single-span) greenhouses, greenhouses are favored for their affordability. These structures are ideal for small-scale farmers who require different environments to grow a variety of crops. In these greenhouses, a special type of polyethylene film is used, and as with all film-covered greenhouses, the harvest quality is largely dependent on the film's quality and features.

Designs of tunnel greenhouses include both arch and gothic shapes, equipped with either straight or angled posts. Greenhouses with straight posts offer more room for plant growth. In contrast, those with angled posts provide less space near the walls, which can be less convenient and decrease the total cultivation area.

While various materials can be used to construct tunnel greenhouses, galvanized metal is often the preferred choice.

The choice of film covering for greenhouses varies based on their seasonal usage, with options ranging from single to double layers of plastic cover.

In warmer climates or post-cold seasons, greenhouses typically use a single-layer plastic ideal for storing cold-resistant flowers or propagation. Initially, greenhouse plastic transmits up to 90% of sunlight, but its transparency diminishes gradually.

A double-layer plastic, when combined with an air inflation system, forms an insulating air gap between the layers, aiding in reducing energy consumption by up to 30%. In its first year, it allows up to 80% of light through but progressively loses its transparency.

The plastic should generally be replaced every three to four years. Some farmers opt for less frequent replacements, every six to eight years, as a cost-saving measure, despite the decline in film quality after its warranty period.

The primary disadvantage of using plastic is its decreasing ability to transmit light, which can drop by 10-20% annually, depending on regional sunlight exposure and film quality. Conventional plastic largely blocks ultraviolet rays, necessitating hand pollination for certain hybrid crops, as bumblebees rely on UV light for navigation.

Film greenhouses boast cost-effectiveness as their key advantage. They are more economical and less complex than glass greenhouses and do not necessitate numerous additional systems like screening or other. The structure can be lightened by placing growing gutters on supports instead of hanging of the structure itself, further lowering costs. Ultimately, the cost of plastic greenhouse is about half that of glass one. Plastic greenhouses also offer the possibility of growing crops throughout the year and harvesting in winter using the supplemental lighting system.

Polycarbonate, a polymer-based material. As its advantages, it is known for its robustness against impacts, and its heat insulation properties. Nonetheless, it also comes with several shortcomings.

A significant disadvantage with polycarbonate is its relatively diminished light transmission. Once installed, it may obstruct up to 80% of light, and it is often falls to about 50% a year later. This material is prone to absorbing atmospheric moisture, which, when combined with surface dust, can lead to further opacity and additional decreased light transmission.

As time progresses, exposure to ultraviolet light causes polycarbonate to become yellow and undergo thermal expansion, that leads to its occasional replacement. An additional the accumulation of excessive condensation may cause the challenge to manage the greenhouse climate inside.

Furthermore, there's the risk of a greenhouse effect during hot conditions, potentially triggering fungal infections.

Classic greenhouses crafted in a traditional style. They are designed as rectangular, freestanding structures, suitable for growing vegetables and flowers.

• Elegant

These greenhouses are noted for their distinctive architecture with a sharper roof incline, echoing the English style. They are ideal for creating a captivating and unique garden, characterized by their subtle yet impactful uniqueness.

• Atrium

The atrium-style greenhouses merge classic features: a shallower roof angle and higher posts, maximizing the efficient use of space. These models offer ample space not only for horticulture but also for creating a comfortable area for social interaction with friends.

Explore the "Premier", one of our most sought-after models, ideal for crafting a distinct space. This orangery beautifully blends an area for nurturing plants with a zone for relaxation. Its unique and appealing design will enhance the charm of your garden, creating a special ambiance.

We specialize in crafting completely bespoke structures, tailored precisely to your preferences. Move beyond conventional options – our "exclusive" greenhouses are custom-designed for each individual client. Realize your most ambitious concepts, whether it's a Gothic aesthetic, specific dimensions, or unique features. Our custom designs are a tangible manifestation of your imaginative vision.