• Long blade length with narrow width
• Suitable for 50mmAq ~ 350mmAq (high airflow, medium static pressure)
• Double-surface airfoil design with backward-curved blade profile
• Fewer blades (10~12 blades)

• Highest efficiency at the same airflow and static pressure point
• Low noise even at high speed due to smooth airflow through the airfoil section
• Slight change in static pressure depending on airflow variation, but no change in power consumption
• Suction vane damper installation enables smooth airflow control and efficient energy management

• Short blade length and wide width
• Suitable for 15mmAq ~ 70mmAq (high airflow, low static pressure)
• Forward-curved blade with the tip bent toward the rotation direction
• More blades compared to other types

• High airflow, low static pressure structure compared to other types, requiring less installation space
• Quiet operation with low noise due to low-speed operation depending on impeller shape
• Small change in static pressure with airflow variation
• Easy airflow and static pressure control with vane damper installation, enabling efficient energy management
• Power consumption increases rapidly when operating below the rated static pressure

• Mixed blade structure combining centrifugal and axial flow, with a blade angle of 45°~55°. Suitable for 10mmAq~100mmAq (medium airflow, low static pressure)
• Wide blade width, fluid enters at approximately 45° and flows along the boss
• 9 blades with adjustable pitch and 5 performance levels. Bolt-fastened structure manufactured by mold, not welding — lightweight with low starting load

• Low noise due to aerodynamic design of inlet cone and discharge guide vane
• Easy rectangular duct connection and smallest installation space among fans of the same capacity
• Small static pressure fluctuation and low power variation according to airflow changes
• Adjustable blades allow airflow control for economical operation
• Secondary noise reduction using sound-absorbing material (G/wool 50t × 40Kg/Cm²), lowest noise among same-capacity fans
• Lightweight and compact, easy duct installation

• Airfoil cross-section (15mmAq~80mmAq: high airflow, low static pressure)
• Axial inlet and axial discharge through guide vanes or spinner
• 4~18 adjustable blades for easy airflow control
• Materials: Aluminum casting, G.R.P, etc.
• Direct coupling in 2-stage or multi-stage configuration to increase static pressure

• Used for high airflow, low static pressure points
• Small variations in static pressure and power consumption depending on airflow changes
• Compact installation and easy setup compared to other fan types
• Relatively high noise due to airflow friction in axial flow through ducts
• Wide-range volume control with adjustable blades allows large-scale airflow control and economical operation
• Silencer parts can be added to reduce noise caused by high airflow

• Long blade length and narrow width
• Curved backward in the rotation direction (airfoil cross-section)
• Fewer blades than other fan types

• Highest efficiency at the same airflow and static pressure point
• Smooth airflow with airfoil blades ensures low noise even at high speed
• Slight static pressure variation with airflow change, but no change in power consumption
• Suction vane damper enables smooth airflow control and efficient energy management

• Minimizes motor and drive components, reducing installation space and improving spatial efficiency
• Built-in motor overheat protection with self-air-cooling system (patent pending)
• EC motor with durable bearings, built-in stepless speed control, IE5 efficiency rating, Class F insulation, and IP55 protection rating
• Multi-voltage motor support – 220 / 380V, 254 / 440V, 265 / 460V, 277 / 480V
• Durable structure with anti-corrosion powder coating and operating temperature range of -20~65℃
• Optional: Smart sensing control (temperature, humidity, airflow speed, gas concentration, etc.) to maximize efficiency and reduce operating cost
• Material can be selected according to order: GI-sheet, STS-sheet, Mild Steel

• Semiconductor equipment, fume hood exhaust systems
• Clean room booth supply/exhaust systems
• HVAC equipment such as A.H.U and OAC
• Drying equipment, nuclear power plant and local ventilation systems
• Subway tunnel air supply/exhaust, air washer systems
• Other general industrial forced-air systems

• Fan structure minimizing motor/driving components → reduced installation space, improved spatial efficiency
• Built-in motor overheating protection with self-air-cooling system (patent pending)
• EC motor with durable bearings, stepless speed control, IE5 efficiency rating, F insulation class, IP55 protection rating
• Multi-voltage motor support: 220/380V, 254/440V, 265/460V, 277/480V
• Strong structure with anti-corrosion powder coating, operating temperature range −20~65℃
• Optional: smart sensing control (temperature, humidity, speed, gas concentration, etc.) to maximize efficiency and reduce operating cost
• Material can be selected per order: GI-Sheet, STS-Sheet, Mild-Steel

• Semiconductor equipment, fume hood exhaust
• Clean room booth supply/exhaust
• HVAC equipment such as A.H.U and OAC
• Drying equipment, nuclear power plant/local ventilation
• Subway oil-film supply/exhaust, air washer systems
• Other industrial forced-air systems

• Axial-type strong steel pipe casing with high structural rigidity
• Cast aluminum impeller (adjustable pitch for performance control)
• Impeller made of special alloy material ensuring heat resistance

• Designed for emergency (high-temperature fire conditions) with Class H insulation – heat-resistant performance certified
• Certified test completed for 300℃ / 2 hours operation by authorized agency (KTC)

• Strong galvanized sheet structure with built-in soundproof and heat insulation device (25mm or more)
• Structure designed to minimize airflow turbulence and maximize space efficiency (patent pending)
• Centrifugal, low-noise product equipped with compact EC motor and Smart Control System for controlling air quality, temperature, humidity, and airflow speed
• Bottom-open structure for easy inspection and maintenance
• Multi-voltage motor support – 220 / 380V, 254 / 440V, 265 / 460V, 277 / 480V
• Anti-corrosion powder coating and centrifugal flow structure enabling easy duct connection (patent pending)
• Two types of impellers depending on airflow and static pressure (high volume / low static pressure & medium volume / high static pressure)
• Improved efficiency with centrifugal scroll application

• Semiconductor equipment, fume hood exhaust, and local ventilation
• Clean room booth supply/exhaust (FCU, FFU)
• Explosion-proof structure with spark-prevention function
• Drying systems, nuclear power plant local ventilation
• Hospital facilities, special environmental airflow control (Smart Control)
• Applicable to horizontal and vertical installation (multi-directional air inlet support)

• Two impeller options depending on airflow and static pressure (high-volume / low static pressure & medium-volume / high static pressure)
• Aluminum impeller minimizing moment of inertia and maximizing VL effect
• Equipped with durable bearings for EC motor, IE5 efficiency class, Class F insulation, IP55 protection rating, and built-in stepless speed control
• Multi-voltage motor support — 220 / 380V, 254 / 440V, 265 / 460V, 277 / 480V
• Strong structure with anti-corrosion powder coating and operating temperature range −20~65℃
• Optional smart sensing control (temperature, humidity, speed, gas concentration, etc.) to maximize efficiency and reduce operational cost
• Customizable material per order: GI-Sheet, STS-Sheet, Mild-Steel

• Semiconductor equipment, local ventilation systems
• Clean room booth supply/exhaust, HVAC units such as A.H.U
• Explosion-proof structure with spark-prevention function
• Drying equipment, nuclear power plant local ventilation
• Parking lot exhaust/supply, air washer systems, special environmental control (gas concentration, temperature, etc.)
• Other industrial forced-air systems