- Versatile: Blagdon pumps are known to handle everything from water to corrosive and high-viscosity liquids. As a result, these pumps are suitable for diverse industries, including pharmaceuticals, food production, chemical processing, and mining. Made of materials that are compatible with both clean and abrasive fluids, these pumps can be used with a range of applications.
- Safe and reliable: In industries where hazardous or explosive materials are handled, safety is very important. All Blagdon AODD pumps are built to meet ATEX standards and can perform under the most challenging conditions, including those where there is a risk of fire or explosion.
- Self-priming: Blagdon AODD pumps do not need to be manually primed and can be dry run without damaging the pump. This capability comes in handy in industries where fluids are required to be displaced intermittently. The dry run capability further improves the pump life and reduces the maintenance needs.
- Efficient handling of abrasive and viscous fluids: With pumps handling high-viscosity materials, there is usually a risk of clogging the application. Blagdon AODD pumps, however, can handle fluids of all kinds without affecting the product integrity or damaging the application.
- Low maintenance and cost-efficient operation: The fewer moving parts of the Blagdon AODD pumps minimise the risk of mechanical failure and the need for frequent repairs. Also, AODD pumps do not use electricity; they work with compressed air, which means they do not need complex electrical systems to operate. This further reduces the lifecycle cost and maintenance needs of the pumps.
- Blagdon pumps are eco-friendly: As mentioned before, Blagdon AODD pumps do not use electricity to operate, keeping their environmental footprint low. The pumps use only as much air as necessary to operate, minimising energy consumption.
An Air-Operated Double-Diaphragm pump (AODD) is a positive displacement (PD) pump with two pumping chambers that use compressed air to move fluids. AODD pumps have been used for the last 60 years now. Over time, these pumps have undergone several changes and upgrades to get better at their job – displacing fluids of various viscosities with accuracy and precision.