The casing material on an AODD pump determines what it can handle and at what temperature. Getting this wrong means either buying a more expensive pump than you need, or...
Flow Technologies
Phoenix AODD Pump
PVDF-Grade Chemical Resistance, Engineered to Run Quiet
Phoenix is the original Fluimac AODD pump — the range the company was built on, and the platform its other lines are engineered from. It’s a self-priming, seal-less positive displacement pump that dry-runs without damage, handles abrasive and viscous fluids, and safely dead-heads against a closed discharge. Casings are available in PP, Aluminium, SS AISI 316, POMc, and PVDF+CF for strong resistance to acids and high-temperature process chemicals. Phoenix Food and Lotus extend the same platform for hygienic and ultra-pure duty when the application calls for it.
PVDF+CF construction — outstanding resistance to acids and high-temperature process chemicals, with ATEX-certified conductive (KC) versions for hazardous areas
Low noise, low vibration — dual-silencer exhaust design keeps operation as quiet as 62 dB across the Phoenix range
Seal-less, dry-run safe — self-primes to 6 m suction lift and safely dead-heads against a closed discharge without damage
13 sizes, 4–1,050 lt/min — from P4 to P1000, with Phoenix Food and Lotus variants available for hygienic and ultra-pure applications
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AODD Pump
Phoenix
The core Fluimac AODD range, available in PP, PVDF+CF, Aluminium, SS AISI 316 or POMc for general industrial chemical transfer. Flow rate 4–1,050 lt/min. Models P4 to P1000.
AODD Pump
Phoenix Food
Hygienic version of Phoenix in electro-polished SS AISI 316 with Tri-Clamp connections, for food, beverage and pharmaceutical processing. Flow rate 20–1,000 lt/min.
AODD Pump
Lotus
Pure AODD pump in CNC-machined PTFE, PE or PP for the most aggressive acids, caustics and solvents. Flow rate 10–110 lt/min.
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Latest Resources
Best AODD Pump in Malaysia: What to Look for Beyond Brand Name and Price
When someone in Malaysia searches for the best AODD pump, they usually have a problem to solve: a chemical that keeps destroying diaphragms, a system that keeps losing flow, a...
The Hidden Cost of Oversizing an AODD Pump: Air Consumption, Heat, and Diaphragm Life
Selecting a pump one size up “just to be safe” is one of the most common and costly mistakes in AODD pump applications. An oversized AODD pump does not simply...
Why AODD Pump Diaphragms Fail: A Guide to Mechanical Stress & Strain Damage
If you operate Air-Operated Double Diaphragm (AODD) pumps, you already know that the diaphragm is the heart of the pump. It is the component that does all the work —...
The Relationship Between Stroke Rate and Pulsation — And Why It Matters Downstream
Every stroke of an AODD pump delivers a discrete pulse of fluid. This is not a defect — it is the fundamental operating principle of any positive displacement pump. But...
How to Correctly Stop an AODD Pump: Why Closing the Fluid Valve Destroys Diaphragms
There is a right way and a wrong way to stop an AODD pump. Most operators discover the wrong way through a diaphragm failure — and because the failure happens...