AODD pumps handle viscous fluids that centrifugal pumps can’t touch — but they’re not without limits. The Fluimac Phoenix technical specifications draw a clear distinction between two installation types, each...
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
PVDF Material for AODD Pumps: When to Specify It and Why It Matters
Most AODD pumps you see in the field are built from polypropylene (PP) or PTFE-lined casings with stainless steel hardware. For a wide range of chemicals, this works fine. But...
Why Snap-On Air Fittings Cause 90% of AODD Pump Stalls
Your AODD pump stalls. You check the air pressure — it reads fine at the regulator. You check the diaphragms — intact. You check the pneumatic exchanger — no obvious...
Conductive vs. Standard Plastic Casing: When Groundability Is a Safety Requirement, Not a Preference
Most AODD pump specifications stop at chemical compatibility and pressure rating. When the fluid being transferred is a flammable solvent, that is not enough. The casing material’s electrical conductivity —...
Why Rigid Pipe Connections Destroy AODD Pumps
AODD pumps generate pulsating flow. Every stroke pushes a slug of fluid through the outlet — not a smooth stream. If you hard-pipe straight into the pump manifold with rigid...
AODD Pump Ball and Seat Maintenance: When to Clean, When to Replace
The balls and seats are the check valves in an AODD pump. They control the direction of fluid flow — open on intake, closed on discharge. When they wear or...