AXIAL FANS & IMPELLERS
From compact HVAC Units to heavy duty Motor cooling.
Axial Fans — Engineered for Versatile Applications
We supply axial fans from Ø300 to Ø2000 mm, covering airflow demands up to 200,000 m³/h and pressure up to 2600 Pa. Fans are available in aluminum, steel or stainless housings, with motors from 1 to 160 kW and various mounting configurations.
OPTIONS & CONFIGURATIONS
Choose from a range of designs:
- Fan sizes from 300 to 2000 mm
- Impellers: aluminum or composite, left/right or reversible
- Motor options: IEC, AC or EC, ATEX-rated, VFD-ready
- Mounting: wall, duct, bracket, or free-standing
- Coatings: zinc, powder, acid-proof
- Accessories: condition monitoring, finger guards, flanges, vibration dampers, etc.
FANS FOR MOTOR COOLING
- Designed for confined space between cooling unit and combustion engine;
- Push or pull configurations for optimal airflow direction;
- Vibration-resistant and reliable at high RPM
AgniVent expertise ensures:
- Custom hub sizes to fit clutches or other coupling;
- Precisely configured based on thermal load and airflow profile;
- Proven compatibility with fan-clutch assemblies;
- Applications: engine cooling modules, gensets, hydraulic power units, off-highway and heavy-duty vehicles
IMPELLERS
Performance:
Each impeller performance is measured according to guidelines
of Air Movement and Control Association (AMCA).
Diameters:
Available in diameters ranging from 250 mm to 2100 mm, allowing construction of even larger fans if required.
Blade Count:
Varying from 2 to 16 pcs per hub.
Pitch Angle:
Adjustable pitch angles to reach necessary performance for each specific application.
Rotation Direction:
CW, CCW or Reversible design, providing equal airflow in both directions.
Each impeller performance is measured according to guidelines
of Air Movement and Control Association (AMCA).
Diameters:
Available in diameters ranging from 250 mm to 2100 mm, allowing construction of even larger fans if required.
Blade Count:
Varying from 2 to 16 pcs per hub.
Pitch Angle:
Adjustable pitch angles to reach necessary performance for each specific application.
Rotation Direction:
CW, CCW or Reversible design, providing equal airflow in both directions.
Blade Materials:
Blade Profiles:
- PA (Polyamide): A lightweight and durable option, perfect for general-use scenarios.
- PAG (Glass Reinforced Polyamide): Offers increased strength and stability, making it ideal for high-performance needs that demand superior mechanical properties.
- Aluminum: Known for its high specific strength and resistance to corrosion, making it an excellent choice for high-performance and high temperature applications.
- PACAS (Polyamide Carbon Fiber Reinforced): This material is conductive and flame-resistant, suited for use in explosive environments, for example in mining branch.
- PAGAFR (Glass Reinforced Flame Retardant Polyamide): Flame-resistant and compliant with fire safety standards like EN45545-2 and NFPA 130, making it suitable for safety-critical applications.
Blade Profiles:
- Airfoil: These profiles are highly adaptable and perfect for rigorous engine cooling and various HVAC systems. They deliver excellent efficiency and remain stable even at high RPMs, yet very cost effective.
- Sickle: Engineered to minimize noise while retaining high efficiency. Best suited for applications that need consistent pressure and low energy use.
- Circular Arc: Ideal for tight spaces with limited mounting access, ensuring high airflow while handling significant resistance.
- Broad Circular Arc: Designed for generating substantial airflow at low speeds, making them ideal for cooling and air conditioning applications.
- PA (Polyamide): A lightweight and durable option, perfect for general-use scenarios.
- PAG (Glass Reinforced Polyamide): Offers increased strength and stability, making it ideal for high-performance needs that demand superior mechanical properties.
- Aluminum: Known for its high specific strength and resistance to corrosion, making it an excellent choice for high-performance and high temperature applications.
- PACAS (Polyamide Carbon Fiber Reinforced): This material is conductive and flame-resistant, suited for use in explosive environments, for example in mining branch. ATEX declaration provided on request
- PAGAFR (Glass Reinforced Flame Retardant Polyamide): Flame-resistant and compliant with fire safety standards like EN45545-2 and NFPA 130, making it suitable for safety-critical applications.
- Airfoil: These profiles are highly adaptable and perfect for rigorous engine cooling and various HVAC systems. They deliver excellent efficiency and remain stable even at high RPMs, yet very cost effective.
- Sickle: Engineered to minimize noise while retaining high efficiency. Best suited for applications that need consistent pressure and low energy use.
- Circular Arc: Ideal for tight spaces with limited mounting access, ensuring high airflow while handling significant resistance.
- Broad Circular Arc: Designed for generating substantial airflow at low speeds, making them ideal for cooling and air conditioning applications.
- And other more sophisticated designs.
TYPICAL HVAC FAN SIZES
AgniVent fan frames are meticulously tailored to meet the specific requirements of customers. Need a special design? - share your ideas with us.
APPLIED STANDARDS
AMCA - Impellers' performance is measured according to guidelines of Air Movement and Control Association.
ATEX - Explosion protection (on request).
DIN 24154 - Flat flanges connection.
ISO 9001:2015 - Quality Management System
ATEX - Explosion protection (on request).
DIN 24154 - Flat flanges connection.
ISO 9001:2015 - Quality Management System
WHY CHOOSE AGNIVENT AXIAL FANS?
We combine fast delivery, flexible design, and engineering support. Our axial fans are assembled in the EU and Turkey and can be customized to meet airflow, temperature, and certification demands.