Smart Patterned Glass Greenhouse Description
The smart patterned glass greenhouse is constructed with insulated tempered glass on all four sides. The roof uses single-layer tempered glass or PC hollow polycarbonate panels. Dedicated greenhouse sealing profiles are used to ensure airtight sealing. The greenhouse is equipped with a complete set of supporting systems.
Main Structural Frame Materials
The main structure is made of national-standard hot-dip galvanized square steel tubes, combined with aluminum profiles specially designed for greenhouses.
Covering Materials
The four sides use insulated tempered glass. The roof uses either single-layer tempered glass or PC hollow polycarbonate panels. Specialized greenhouse sealing profiles are used to ensure proper sealing of the entire structure.
Smart Patterned Glass Greenhouse Dimensions
The column height ranges from 4 to 6 meters, with a total height of 4.8 to 7.5 meters. The length and width can be designed and constructed according to the actual land size.
Supporting Systems of the Smart Patterned Glass Greenhouse
The greenhouse is equipped with an external shading system for auxiliary cooling, an internal shading system for light control, an internal thermal insulation system for heat retention, a roof vent natural ventilation system, a forced cooling system using exhaust fans and wet pads, a side roll-up window system for auxiliary natural ventilation and sealing, and an electric or intelligent automatic control system.
Main Applications of the Smart Patterned Glass Greenhouse
It is suitable for modern, automated, digital, and intelligent high-integration soilless cultivation, agricultural product exhibition and display, seedling nurseries, high-end flower cultivation, and upscale ecological restaurants.
Advantages of the Smart Patterned Glass Greenhouse
The greenhouse features an elegant and high-end appearance, excellent light transmission, and high land utilization efficiency. It is suitable for large-scale mechanized and automated agricultural production, offers high added value for crops, and represents one of the mainstream greenhouse types in modern agriculture.