Industrial axial fan propellers are the complete air-moving unit — blades, matched hub and balanced assembly from 180 mm to 2200 mm — supplied ready to mount on the drive shaft.
An industrial axial fan propeller is the complete air-moving unit: the blades, the hub that carries them and the balanced assembly that mounts on the drive shaft. Buying a propeller rather than a loose set of blades is what keeps airflow, noise and the shaft interface under control in a single specification.
UTEK-DELE manufactures axial fan propellers from 180 mm up to 2200 mm, as fixed-angle and adjustable-pitch units, in moulded PAG, conductive PAGAS or die-cast aluminium. Every propeller leaves the workshop balanced, with the blade count, hub family and pitch setting recorded so a replacement propeller behaves like the one it replaces.
A propeller is treated as one part because the parts only work together:
Propeller blades — moulded or die-cast, in the blade count set by the duty point
A matched hub — H-6 to H-12 for small propellers, the Z family for medium, W-3 to W-10 for large units
The assembled and balanced unit, with the pitch set at assembly
A shaft interface that matches the drive on the machine
Because blade and hub are matched before balancing, a propeller can be fitted without a balancing procedure on site, and a spare propeller is a drop-in part rather than something that has to be trimmed in the field.
| Propeller class | Diameter range | Blade count | Hub options | Typical air-moving duty |
|---|---|---|---|---|
| Small propellers | 180-745 mm | 5-12 | H-6 to H-12, PMAX plate | Engine and powertrain cooling in tight bays |
| Medium propellers | 250-1343 mm | 1-16 | Z-3 to Z-18 | Cooling towers, heat exchangers, HVAC, compressors |
| Large propellers | 560-2200 mm | 6-12 | W-3 to W-10 | Cooling towers, livestock houses, moving-air units |
Diameter sets the air volume a propeller can move at a given speed, and blade count sets how much of that volume is turned into static pressure. Large low-speed propellers move a high volume with little pressure; smaller fast propellers do the opposite. That single relationship decides most propeller selections.
| Material | Composition | Temperature range | Where it is used |
|---|---|---|---|
| PAG | PA6 with 30% glass fibre | -40 °C to 110 °C | General heavy-load propellers, anti-aging |
| PAGAS | PA6 with 15% carbon fibre and 15% glass fibre (conductive) | -30 °C to 100 °C | Dust or gas atmospheres where static discharge must be avoided |
| ALU | Die-cast aluminium ADC12 | -40 °C to 150 °C, short-term 300 °C for 2 h | High-temperature zones, fire-resistant equipment |
Propellers from this range are specified wherever air has to be moved continuously at moderate speed:
Cooling towers and large heat exchangers, where a big slow propeller is more efficient than a small fast one
Livestock houses and industrial ventilation, where noise and power consumption matter
High performance moving-air units and generator set cooling packages
Off-highway engine cooling where the propeller has to survive dust and high ambient temperature
Selection follows the same order every time, because changing a later step usually means going back to the first:
Diameter — fixed by the shroud or the fan ring available on the machine
Airflow and static pressure — the duty point the propeller has to meet at the working speed
Blade count — raised for pressure, lowered for airflow and lower blade-passing noise
Material — decided by the maximum air temperature and whether static discharge has to be avoided
Hub and shaft interface — confirmed against the existing drive before the propeller is released
For slow, large propellers the limit is normally mechanical: blade mass and hub rating set the maximum diameter that can be carried at the working speed, which is why large propellers are always quoted with their hub rather than as blades alone.
Every propeller is balanced on a hand laser balancing machine before shipment. On a 2200 mm unit this is not cosmetic: imbalance grows with diameter and blade mass, and it shows up as vibration, fastener loosening and bearing wear long before anything looks broken. The blade count, hub family and pitch setting are recorded for each propeller so a replacement can reproduce the original duty point.
Where a propeller is being replaced, the original diameter and blade count are confirmed first. Keeping those two values while matching the hub interface is normally enough to restore the airflow the machine was designed for.
The individual parts behind a propeller are covered on the separate pages for industrial axial fan blades (blade geometry, count and materials) and industrial axial fan impellers (balanced blade and hub assemblies). Production propellers in the large class are listed on the W Series, U Series and 9W axial fan pages.
The PMAX3 is a special-profile axial fan blade for high static pressure: 180-700 mm with nine blades on the PMAX plate hub, in PAG.
PAGAFR material option: PA6 reinforced with glass fiber and flame-retardant additives. Compared with PAG, PAGAFR includes flame-retardant additives for applications requiring flame-retardant properties.
The PMAX3 is a special-profile axial fan blade for high static pressure: 180-700 mm with nine blades on the PMAX plate hub, in PAG.
PAGAFR material option: PA6 reinforced with glass fiber and flame-retardant additives. Compared with PAG, PAGAFR includes flame-retardant additives for applications requiring flame-retardant properties.
The R4Z is a special-profile axial fan blade for low-noise and corrosion-resistant duties: 299-1011 mm in die-cast aluminium ADC12 on the Z-3 hub.
PAGAFR material option: PA6 reinforced with glass fiber and flame-retardant additives. Compared with PAG, PAGAFR includes flame-retardant additives for applications requiring flame-retardant properties.
The R4Z is a special-profile axial fan blade for low-noise and corrosion-resistant duties: 299-1011 mm in die-cast aluminium ADC12 on the Z-3 hub.
PAGAFR material option: PA6 reinforced with glass fiber and flame-retardant additives. Compared with PAG, PAGAFR includes flame-retardant additives for applications requiring flame-retardant properties.
The 1Z is an adjustable-pitch axial fan blade covering 378-725 mm with 5 to 16 blades on the Z-3 hub, in PAG or conductive PAGAS.
PAGAFR material option: PA6 reinforced with glass fiber and flame-retardant additives. Compared with PAG, PAGAFR includes flame-retardant additives for applications requiring flame-retardant properties.
The 1Z is an adjustable-pitch axial fan blade covering 378-725 mm with 5 to 16 blades on the Z-3 hub, in PAG or conductive PAGAS.
PAGAFR material option: PA6 reinforced with glass fiber and flame-retardant additives. Compared with PAG, PAGAFR includes flame-retardant additives for applications requiring flame-retardant properties.
The 2ZR is an adjustable-pitch axial fan blade on the Z-3 hub in PAG, with 3 to 16 blades and the diameter fixed against the existing fan housing.
PAGAFR material option: PA6 reinforced with glass fiber and flame-retardant additives. Compared with PAG, PAGAFR includes flame-retardant additives for applications requiring flame-retardant properties.
The 2ZR is an adjustable-pitch axial fan blade on the Z-3 hub in PAG, with 3 to 16 blades and the diameter fixed against the existing fan housing.
PAGAFR material option: PA6 reinforced with glass fiber and flame-retardant additives. Compared with PAG, PAGAFR includes flame-retardant additives for applications requiring flame-retardant properties.
The PMAX6 is a special high-pressure axial fan blade on the PMAX plate hub in PAG; diameter and blade count are quoted per project against the cooling pack.
PAGAFR material option: PA6 reinforced with glass fiber and flame-retardant additives. Compared with PAG, PAGAFR includes flame-retardant additives for applications requiring flame-retardant properties.
The PMAX6 is a special high-pressure axial fan blade on the PMAX plate hub in PAG; diameter and blade count are quoted per project against the cooling pack.
PAGAFR material option: PA6 reinforced with glass fiber and flame-retardant additives. Compared with PAG, PAGAFR includes flame-retardant additives for applications requiring flame-retardant properties.
The 1XL is a fixed-angle axial fan blade for small-diameter fans, produced as a replacement blade set with the diameter and blade count confirmed against the existing fan.
PAGAFR material option: PA6 reinforced with glass fiber and flame-retardant additives. Compared with PAG, PAGAFR includes flame-retardant additives for applications requiring flame-retardant properties.
The 1XL is a fixed-angle axial fan blade for small-diameter fans, produced as a replacement blade set with the diameter and blade count confirmed against the existing fan.
PAGAFR material option: PA6 reinforced with glass fiber and flame-retardant additives. Compared with PAG, PAGAFR includes flame-retardant additives for applications requiring flame-retardant properties.
The K7Z is an adjustable-pitch axial fan blade covering 180-1254 mm with 3 to 16 blades on the Z-3 hub, in PAG or conductive PAGAS.
PAGAFR material option: PA6 reinforced with glass fiber and flame-retardant additives. Compared with PAG, PAGAFR includes flame-retardant additives for applications requiring flame-retardant properties.
The K7Z is an adjustable-pitch axial fan blade covering 180-1254 mm with 3 to 16 blades on the Z-3 hub, in PAG or conductive PAGAS.
PAGAFR material option: PA6 reinforced with glass fiber and flame-retardant additives. Compared with PAG, PAGAFR includes flame-retardant additives for applications requiring flame-retardant properties.
The 2H is a fixed-angle axial fan blade for small-diameter fans, supplied as a replacement blade set with the diameter and blade count confirmed against the existing fan.
PAGAFR material option: PA6 reinforced with glass fiber and flame-retardant additives. Compared with PAG, PAGAFR includes flame-retardant additives for applications requiring flame-retardant properties.
The 2H is a fixed-angle axial fan blade for small-diameter fans, supplied as a replacement blade set with the diameter and blade count confirmed against the existing fan.
PAGAFR material option: PA6 reinforced with glass fiber and flame-retardant additives. Compared with PAG, PAGAFR includes flame-retardant additives for applications requiring flame-retardant properties.
The S48Z is an ultra-stiff axial fan blade for high-pressure mobile applications, with the diameter and blade count quoted per project and the Z-3 hub in PAG or conductive PAGAS.
PAGAFR material option: PA6 reinforced with glass fiber and flame-retardant additives. Compared with PAG, PAGAFR includes flame-retardant additives for applications requiring flame-retardant properties.
The S48Z is an ultra-stiff axial fan blade for high-pressure mobile applications, with the diameter and blade count quoted per project and the Z-3 hub in PAG or conductive PAGAS.
PAGAFR material option: PA6 reinforced with glass fiber and flame-retardant additives. Compared with PAG, PAGAFR includes flame-retardant additives for applications requiring flame-retardant properties.
The P4Z is an adjustable-pitch axial fan blade in the P Series (250-1343 mm family, 1 to 16 blades), used for engine radiator cooling where a high cfm assembly fan is required.
PAGAFR material option: PA6 reinforced with glass fiber and flame-retardant additives. Compared with PAG, PAGAFR includes flame-retardant additives for applications requiring flame-retardant properties.
The P4Z is an adjustable-pitch axial fan blade in the P Series (250-1343 mm family, 1 to 16 blades), used for engine radiator cooling where a high cfm assembly fan is required.
PAGAFR material option: PA6 reinforced with glass fiber and flame-retardant additives. Compared with PAG, PAGAFR includes flame-retardant additives for applications requiring flame-retardant properties.
The P5Z is an adjustable-pitch axial fan blade in the P Series, used for radiator and process cooling; documented builds include 900 mm, 12-blade, 48.5 degree configurations in PAG.
PAGAFR material option: PA6 reinforced with glass fiber and flame-retardant additives. Compared with PAG, PAGAFR includes flame-retardant additives for applications requiring flame-retardant properties.
The P5Z is an adjustable-pitch axial fan blade in the P Series, used for radiator and process cooling; documented builds include 900 mm, 12-blade, 48.5 degree configurations in PAG.
PAGAFR material option: PA6 reinforced with glass fiber and flame-retardant additives. Compared with PAG, PAGAFR includes flame-retardant additives for applications requiring flame-retardant properties.
The P6Z is an adjustable-pitch axial fan blade for fans built on the larger Z hubs (Z-7 to Z-18) in the P Series, covering 1 to 16 blades within the 250-1343 mm family.
PAGAFR material option: PA6 reinforced with glass fiber and flame-retardant additives. Compared with PAG, PAGAFR includes flame-retardant additives for applications requiring flame-retardant properties.
The P6Z is an adjustable-pitch axial fan blade for fans built on the larger Z hubs (Z-7 to Z-18) in the P Series, covering 1 to 16 blades within the 250-1343 mm family.
PAGAFR material option: PA6 reinforced with glass fiber and flame-retardant additives. Compared with PAG, PAGAFR includes flame-retardant additives for applications requiring flame-retardant properties.
The PMAX3 is a special-profile axial fan blade for high static pressure: 180-700 mm with nine blades on the PMAX plate hub, in PAG.
PAGAFR material option: PA6 reinforced with glass fiber and flame-retardant additives. Compared with PAG, PAGAFR includes flame-retardant additives for applications requiring flame-retardant properties.
Inquire NowThe PMAX3 is a special-profile axial fan blade for high static pressure: 180-700 mm with nine blades on the PMAX plate hub, in PAG.
PAGAFR material option: PA6 reinforced with glass fiber and flame-retardant additives. Compared with PAG, PAGAFR includes flame-retardant additives for applications requiring flame-retardant properties.
The R4Z is a special-profile axial fan blade for low-noise and corrosion-resistant duties: 299-1011 mm in die-cast aluminium ADC12 on the Z-3 hub.
PAGAFR material option: PA6 reinforced with glass fiber and flame-retardant additives. Compared with PAG, PAGAFR includes flame-retardant additives for applications requiring flame-retardant properties.
Inquire NowThe R4Z is a special-profile axial fan blade for low-noise and corrosion-resistant duties: 299-1011 mm in die-cast aluminium ADC12 on the Z-3 hub.
PAGAFR material option: PA6 reinforced with glass fiber and flame-retardant additives. Compared with PAG, PAGAFR includes flame-retardant additives for applications requiring flame-retardant properties.
The 1Z is an adjustable-pitch axial fan blade covering 378-725 mm with 5 to 16 blades on the Z-3 hub, in PAG or conductive PAGAS.
PAGAFR material option: PA6 reinforced with glass fiber and flame-retardant additives. Compared with PAG, PAGAFR includes flame-retardant additives for applications requiring flame-retardant properties.
Inquire NowThe 1Z is an adjustable-pitch axial fan blade covering 378-725 mm with 5 to 16 blades on the Z-3 hub, in PAG or conductive PAGAS.
PAGAFR material option: PA6 reinforced with glass fiber and flame-retardant additives. Compared with PAG, PAGAFR includes flame-retardant additives for applications requiring flame-retardant properties.
The 2ZR is an adjustable-pitch axial fan blade on the Z-3 hub in PAG, with 3 to 16 blades and the diameter fixed against the existing fan housing.
PAGAFR material option: PA6 reinforced with glass fiber and flame-retardant additives. Compared with PAG, PAGAFR includes flame-retardant additives for applications requiring flame-retardant properties.
Inquire NowThe 2ZR is an adjustable-pitch axial fan blade on the Z-3 hub in PAG, with 3 to 16 blades and the diameter fixed against the existing fan housing.
PAGAFR material option: PA6 reinforced with glass fiber and flame-retardant additives. Compared with PAG, PAGAFR includes flame-retardant additives for applications requiring flame-retardant properties.
The PMAX6 is a special high-pressure axial fan blade on the PMAX plate hub in PAG; diameter and blade count are quoted per project against the cooling pack.
PAGAFR material option: PA6 reinforced with glass fiber and flame-retardant additives. Compared with PAG, PAGAFR includes flame-retardant additives for applications requiring flame-retardant properties.
Inquire NowThe PMAX6 is a special high-pressure axial fan blade on the PMAX plate hub in PAG; diameter and blade count are quoted per project against the cooling pack.
PAGAFR material option: PA6 reinforced with glass fiber and flame-retardant additives. Compared with PAG, PAGAFR includes flame-retardant additives for applications requiring flame-retardant properties.
The 1XL is a fixed-angle axial fan blade for small-diameter fans, produced as a replacement blade set with the diameter and blade count confirmed against the existing fan.
PAGAFR material option: PA6 reinforced with glass fiber and flame-retardant additives. Compared with PAG, PAGAFR includes flame-retardant additives for applications requiring flame-retardant properties.
Inquire NowThe 1XL is a fixed-angle axial fan blade for small-diameter fans, produced as a replacement blade set with the diameter and blade count confirmed against the existing fan.
PAGAFR material option: PA6 reinforced with glass fiber and flame-retardant additives. Compared with PAG, PAGAFR includes flame-retardant additives for applications requiring flame-retardant properties.
The K7Z is an adjustable-pitch axial fan blade covering 180-1254 mm with 3 to 16 blades on the Z-3 hub, in PAG or conductive PAGAS.
PAGAFR material option: PA6 reinforced with glass fiber and flame-retardant additives. Compared with PAG, PAGAFR includes flame-retardant additives for applications requiring flame-retardant properties.
Inquire NowThe K7Z is an adjustable-pitch axial fan blade covering 180-1254 mm with 3 to 16 blades on the Z-3 hub, in PAG or conductive PAGAS.
PAGAFR material option: PA6 reinforced with glass fiber and flame-retardant additives. Compared with PAG, PAGAFR includes flame-retardant additives for applications requiring flame-retardant properties.
The 2H is a fixed-angle axial fan blade for small-diameter fans, supplied as a replacement blade set with the diameter and blade count confirmed against the existing fan.
PAGAFR material option: PA6 reinforced with glass fiber and flame-retardant additives. Compared with PAG, PAGAFR includes flame-retardant additives for applications requiring flame-retardant properties.
Inquire NowThe 2H is a fixed-angle axial fan blade for small-diameter fans, supplied as a replacement blade set with the diameter and blade count confirmed against the existing fan.
PAGAFR material option: PA6 reinforced with glass fiber and flame-retardant additives. Compared with PAG, PAGAFR includes flame-retardant additives for applications requiring flame-retardant properties.
The S48Z is an ultra-stiff axial fan blade for high-pressure mobile applications, with the diameter and blade count quoted per project and the Z-3 hub in PAG or conductive PAGAS.
PAGAFR material option: PA6 reinforced with glass fiber and flame-retardant additives. Compared with PAG, PAGAFR includes flame-retardant additives for applications requiring flame-retardant properties.
Inquire NowThe S48Z is an ultra-stiff axial fan blade for high-pressure mobile applications, with the diameter and blade count quoted per project and the Z-3 hub in PAG or conductive PAGAS.
PAGAFR material option: PA6 reinforced with glass fiber and flame-retardant additives. Compared with PAG, PAGAFR includes flame-retardant additives for applications requiring flame-retardant properties.
The P4Z is an adjustable-pitch axial fan blade in the P Series (250-1343 mm family, 1 to 16 blades), used for engine radiator cooling where a high cfm assembly fan is required.
PAGAFR material option: PA6 reinforced with glass fiber and flame-retardant additives. Compared with PAG, PAGAFR includes flame-retardant additives for applications requiring flame-retardant properties.
Inquire NowThe P4Z is an adjustable-pitch axial fan blade in the P Series (250-1343 mm family, 1 to 16 blades), used for engine radiator cooling where a high cfm assembly fan is required.
PAGAFR material option: PA6 reinforced with glass fiber and flame-retardant additives. Compared with PAG, PAGAFR includes flame-retardant additives for applications requiring flame-retardant properties.
The P5Z is an adjustable-pitch axial fan blade in the P Series, used for radiator and process cooling; documented builds include 900 mm, 12-blade, 48.5 degree configurations in PAG.
PAGAFR material option: PA6 reinforced with glass fiber and flame-retardant additives. Compared with PAG, PAGAFR includes flame-retardant additives for applications requiring flame-retardant properties.
Inquire NowThe P5Z is an adjustable-pitch axial fan blade in the P Series, used for radiator and process cooling; documented builds include 900 mm, 12-blade, 48.5 degree configurations in PAG.
PAGAFR material option: PA6 reinforced with glass fiber and flame-retardant additives. Compared with PAG, PAGAFR includes flame-retardant additives for applications requiring flame-retardant properties.
The P6Z is an adjustable-pitch axial fan blade for fans built on the larger Z hubs (Z-7 to Z-18) in the P Series, covering 1 to 16 blades within the 250-1343 mm family.
PAGAFR material option: PA6 reinforced with glass fiber and flame-retardant additives. Compared with PAG, PAGAFR includes flame-retardant additives for applications requiring flame-retardant properties.
Inquire NowThe P6Z is an adjustable-pitch axial fan blade for fans built on the larger Z hubs (Z-7 to Z-18) in the P Series, covering 1 to 16 blades within the 250-1343 mm family.
PAGAFR material option: PA6 reinforced with glass fiber and flame-retardant additives. Compared with PAG, PAGAFR includes flame-retardant additives for applications requiring flame-retardant properties.
