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| Tên thương hiệu: | IGreen |
The greenhouse internal shading system is an advanced, climate-regulating solution engineered to optimize the indoor growing environment for modern protected agriculture. Installed directly beneath the greenhouse roof framework, this system utilizes a network of automated tracking mechanisms to deploy or retract high-performance thermal screens.
Unlike external setups, the internal shading system serves a dual purpose: it diffuses harsh, direct sunlight during peak daytime hours to protect crops from leaf burn, and acts as a thermal blanket at night to trap radiant heat within the structure. By managing radiation and heat retention simultaneously, it empowers commercial growers to maintain an ideal microclimate year-round.
A professional-grade internal shading system relies on a perfectly synchronized network of structural, mechanical, and textile components engineered to perform flawlessly inside the greenhouse environment:
The core of the system. Depending on crop requirements, this consists of specialized aluminum foil knitted screens (for maximum heat reflection and nighttime insulation), transparent energy-saving screens, or flame-retardant blackout fabrics.
The mechanical muscle that moves the curtains. It features high-precision A-type steel rack and pinion gear sets or heavy-duty structural cables driven by a centralized hot-dip galvanized transmission shaft, ensuring perfectly balanced, smooth, and uniform curtain movement across the entire bay.
A fully enclosed, greenhouse-specific electrical motor equipped with internal limit switches. This high-torque power unit ensures the internal screens stop automatically and precisely at their designated open or closed positions.
A matrix of high-tensile, UV-stabilized polyester wires (monofilament) laid out in a cross-grid formation. Support wires run underneath to hold the weight of the screen, while press wires run above to prevent the fabric from billowing or shifting due to internal airflow and ventilation fans.
Heavy-duty aluminum alloy or galvanized steel profile bars attached to the front edge of the moving screen. These are paired with flexible sealing strips to eliminate any light leakage or heat gaps when the internal system is fully deployed.
| Component / Feature | Technical Specifications & Standards |
|---|---|
| Screen Material Options | Aluminum foil knitted screen (highly reflective) / Transparent thermal screen / Round-wire HDPE |
| Shading Rate Range | 20% to 95% (Customizable based on crop light-compensation points) |
| Drive Mechanism Type | High-precision rack and pinion gear system |
| Power Input / Motor | Greenhouse-specific 380V or 220V fully enclosed reduction motor |
| Safety Standard | Flame retardant fabric standard (certified for commercial indoor safety regulations) |
| Structural Integration | Compatible with Venlo-style glass greenhouses and polycarbonate/poly structures |
Investing in an industrial interior climate screen provides clear, quantifiable improvements to your farm's bottom line:
Acts as an insulated layer at night, minimizing radiant heat loss and slashing winter heating costs.
Controls humidity and diffuses light evenly across the canopy, eliminating shadow spots and promoting uniform crop growth.
Specially woven structural fabrics help manage humidity levels, preventing overhead condensation droplets from falling onto crops and causing fungal diseases.
Integrates perfectly with modern automated climate computers to deploy automatically based on real-time solar thresholds.
Our interior thermal screen systems are engineered to adapt to specialized agricultural sectors globally:
