Hayward Centrifugal Pumps

Non-Alloy End-Suction & Vertical Immersible Pumps for Aggressive Fluids

Hayward centrifugal pumps feature non-alloy (all-plastic) pump ends so process fluid never contacts metal. This design eliminates corrosion and contamination issues common with metallic pumps when handling aggressive chemicals or when the pump itself is installed in a corrosive environment.

We offer two primary styles:

• End-suction centrifugal — horizontal or close-coupled designs for transfer and circulation
• Vertical immersible — tank, tote and reservoir pumps that mount directly into the fluid

Series Comparison at a Glance

End-Suction Centrifugal Pumps

A Series LifeStar

Variable-speed and multi-speed end-suction pumps designed specifically for aquatic life support systems, commercial aquariums, zoos and research facilities. Available in VS, XE and MV configurations with 316 stainless steel wetted hardware and silicon carbide seals for fresh or salt water service.

R Series Mag-Drive

Seal-less magnetic-drive end-suction pumps constructed from glass-reinforced polypropylene or carbon-reinforced ETFE. Ideal when zero leakage and elimination of mechanical seals are required. Flow 5–140 GPM with heads up to 141 feet. Two-year warranty standard.

Vertical Immersible Centrifugal Pumps

D Series

Compact 1/8 HP vertical immersible pumps (models D1 / DD1) for small tanks, totes and reservoirs. Available in CPVC, natural polypropylene or PVDF. Seal-less design with PTFE fume barrier. Flow 2–17 GPM.

S Series

Higher-capacity vertical immersible pumps ranging from 1/15 HP to 5 HP. Constructed in CPVC, GFPP or PVDF with PTFE fume barrier. Flow rates 5–130 GPM and heads up to 115 feet. Suitable for larger tanks and recirculation systems.

T Series

Vertical immersible pumps featuring a single non-coupled 303 stainless steel motor/impeller shaft with patent-pending PTFE shaft seal. Available 1/3 HP to 1-1/2 HP in CPVC, GFPP or PVDF. Flow 5–80 GPM with heads up to 45 feet. Reduced vibration and true-running performance.