循環ファン
The FLC® Air Circulation Fan is a vital tool for maintaining a stable and productive environment. As a key part of modern greenhouse systems, these fans facilitate optimal temperature regulation, moisture control, and consistent air exchange. By creating a uniform micro-climate, the FLC® series ensures that every plant receives the airflow it needs to thrive, reducing the risk of stagnant air pockets. お問い合わせ for wholesale quotes.
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新製品、温室の空気冷却サーキュレータと循環ファン換気製品ZLFJ400-W4/380、ステンレス鋼
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温室空気冷却サーキュレータと循環ファン換気製品ZLFJ500-W7/220、ステンレス鋼
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温室空気冷却サーキュレータと循環ファン換気製品ZLFJ500-W7/220、ステンレス鋼
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新製品、温室の空気冷却サーキュレータと循環ファン換気製品ZLFJ400-W4/380、ステンレス鋼
Technical Features of the FLC® Series
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Premium 304 Stainless Steel Construction: Built to withstand the extreme humidity of commercial growing environments. The 304-grade housing and blades ensure a rust-free service life, fulfilling the high standards required for OEM greenhouse components.
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CE Certified High-Performance Motor: Equipped with a top-tier electric motor that carries full CE certification. This guarantees stable, long-term performance, high energy efficiency, and low noise levels.
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High-Velocity Air Output: With an impressive air volume of up to 7,700 m³/h, a single FLC® fan can effectively move air across large spans, ensuring no "dead zones" remain in your facility.
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Protective Safety Grille: Heavy-duty, OSHA-compliant front and rear guards protect workers while maintaining maximum aerodynamic efficiency.
Key Benefits for Your Greenhouse
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Elimination of Hot Spots: Uniformly distributes heat to prevent localized heat stress, ensuring consistent growth rates across the entire crop.
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Advanced Humidity & Disease Control: Rapidly reduces moisture buildup on leaf surfaces, the primary defense against mold, mildew, and fungal pathogens.
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Optimized CO₂ Distribution: Constantly replenishes the CO₂ boundary layer around plant leaves, accelerating photosynthesis and increasing total biomass.
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Thigmostimulation (Plant Strengthening): The gentle, consistent breeze mimics natural wind, encouraging plants to develop thicker, sturdier stems and more resilient root systems.




