Ceiling mount fan HORNET

for industrial useindoorsteel

Overview
Destratification fans redistribute warm air that accumulates at ceiling level back toward floor level, improving temperature uniformity in warehouses and high-rack facilities. Hornet delivers significantly higher airflow than typical destratification units, enabling fewer units per site and more consistent environmental conditions for storage and operations.

Key Features

• Industrial-grade durability — IP55-rated motor, heavy-gauge steel frame and vibration-dampening polyethylene housing designed for heat, dust and humidity.
• High airflow — Produces 5,796 CFM at 367W (noted as more than 3.5× the airflow of competitors).
• Efficiency in deployment — Greater airflow per unit reduces the number of fans required for a given volume, lowering installation and maintenance needs.
• Consistent storage conditions — Promotes uniform temperatures from floor to ceiling to reduce spoilage and protect inventory.

Technical documentation
Available documents: technical specifications, installation guide and warranty information.

Technical specifications

• Model name: Hornet
• Product type: Destratification / industrial destratification fan for warehouses and high-racking facilities
• Airflow: 5,796 CFM at 367W (page cites performance >3.5× competitors; metadata includes alternate figure 5,749 CFM at 100W)
• Power draw reference: 367W (associated with 5,796 CFM performance)
• Motor protection rating: IP55
• Construction: heavy-gauge steel frame; vibration-dampening polyethylene housing
• Environmental rating: rated for extreme heat, dust and humidity
• SKU: HORNET-DESTRAT-FAN
• Price range: $1,899.00 - $2,049.00 (configuration-dependent)

Applications and benefits

• Suitable for warehouses, distribution centers and high-rack storage where temperature stratification affects energy use and product integrity.
• Reduces heating and cooling energy consumption by improving temperature uniformity.
• Helps prevent heat spikes that can cause spoilage or inventory damage.
• Fewer units required per facility compared with lower-flow competitors, reducing lifecycle costs.