HiBlow HP100 Air Pump

HiIBlow air pumps are the original high performance air pump, used for many years on Koi ponds and filtration systems and have proved to be totally reliable and energy efficient.  These HiBlow airpumps are ideal for delivering large amounts of air under pressure to multiple airstones at depth and to filtration systems.

This HiBlow HP 100 Air pump will deliver 100 litres of air per minute (100 lpm)

HiBlow HP 100 Product appliactions:

• Oxygen.
• Septic Tanks.
• Air Injection.
• Aeration.
• Medical.

HiBlow HP 100 Air Pump Product Features:

• Quiet Operation.
• Low Power Consumption.
• Dual Insulation.
• Dust Trap Filter.
• Oil Less, contamination free exhaust.
• U.L Outdoor Rating.
• Ease of Service
• Thermal Protection.

Advice:

As with all air pumps it is advisable to fit one way valves to your air lines, especially if the air pump is to be placed below the level of the surface water of your pond, as this will prevent water siphoning back into the air pump and damaging the pump in the event of a loss of power to the unit.

HiBlow HP100 Air Pump

HiIBlow air pumps are the original high performance air pump, used for many years on Koi ponds and filtration systems and have proved to be totally reliable and energy efficient.  These HiBlow airpumps are ideal for delivering large amounts of air under pressure to multiple airstones at depth and to filtration systems.

This HiBlow HP 100 Air pump will deliver 100 litres of air per minute (100 lpm)

HiBlow HP 100 Product appliactions:

• Oxygen.
• Septic Tanks.
• Air Injection.
• Aeration.
• Medical.

HiBlow HP 100 Air Pump Product Features:

• Quiet Operation.
• Low Power Consumption.
• Dual Insulation.
• Dust Trap Filter.
• Oil Less, contamination free exhaust.
• U.L Outdoor Rating.
• Ease of Service
• Thermal Protection.

Advice:

As with all air pumps it is advisable to fit one way valves to your air lines, especially if the air pump is to be placed below the level of the surface water of your pond, as this will prevent water siphoning back into the air pump and damaging the pump in the event of a loss of power to the unit.