Fabric air ducts for greenhouse business

Design, manufacturing, and supply of textile air ducts for greenhouses

— Uniform microclimate throughout the greenhouse length
— Safe circulation without plant stress
— Effective CO₂ distribution
— Reduced risk of fungal diseases
— Operation in high humidity conditions
— Reduced heating costs
— Increased yield and product uniformity

Fabric air ducts for greenhouse business

Why fabric air ducts are selected for greenhouses

Fabric air ducts are usually located in the lower section of greenhouses to ensure heat transfer to the plants. Textile air ducts can also be used for uniform supply of carbon dioxide for crop nutrition. For greenhouses, maintaining a uniform microclimate throughout the entire structure length is critical, typically at temperatures from +18°C to +26°C and relative humidity of 60–85% depending on the crop. It is necessary to eliminate overheating in the upper zone and overcooling in the plant zone, ensure uniform CO₂ distribution, and prevent condensation formation on leaves. Ventilation must compensate for solar heat gains, operate in high humidity and aggressive environment conditions, and reduce the risk of fungal disease development.

Uniform microclimate

Ensures uniform air distribution throughout the greenhouse without temperature fluctuations. This eliminates areas of overcooling or overheating and creates uniform conditions for plant growth.

Safe air circulation

Forms a gentle flow without strong jets or drafts that can damage plants. Maintains natural ventilation without stressing crops.

Humidity control

Promotes the removal of excess moisture and prevents condensation from forming on leaves and greenhouse structures. This reduces the risk of fungal diseases and mold.

Effective CO₂ distribution

Allows carbon dioxide-enriched air to be distributed evenly throughout the planting area. Plants receive the same concentration of CO₂, which increases yield.

Operation in a humid environment

The materials are resistant to high humidity, aggressive environments, and regular washing. The air ducts retain their shape and performance characteristics throughout the season.

Reduced energy costs

Optimal distribution of warm air reduces heat loss and increases the efficiency of greenhouse heating. The system operates economically even in cold weather.