SANDPIPER S10 1" (25mm) Polypropylene Ball Valve AODD Pump

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SANDPIPER S10 1" (25mm) Polypropylene Ball Valve AODD Pump

Name: SANDPIPER S10 1" (25mm) Polypropylene Ball Valve AODD Pump
Brand: SANDPIPER
Availability: OutOfStock

Manufacturer:

SANDPIPER

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Item number:

DIAPHRAGM/CHECK VALVE MATERIALS: Virgin PTFE-Santoprene Backup/Virgin PTFE

CHECK VALVE SEAT: Polypropylene

Model Number: S10B1P2PPAS100

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Product Overview

The Sandpiper S10 1” Polypropylene AODD Pump is an ultra-compact non-metallic ball valve pump designed for lightweight portability, chemical transfer, and general industrial fluid handling. Built with durable bolted polypropylene construction, this air operated double diaphragm pump is suitable for handling corrosive fluids, light abrasives, and small suspended solids in demanding applications.

The S10 is designed to be powered by compressed air or nitrogen and features Sandpiper’s original air distribution system, which is fully interchangeable, repairable, and inline-serviceable. Its no-lube, no-stall air valve design helps support reliable operation while reducing maintenance complexity.

Compared to metallic pump options, polypropylene provides excellent chemical resistance with a lightweight body, making the S10 a practical choice for chemical transfer, wastewater handling, plating solutions, and general process applications where corrosion resistance and portability are important.

Key Benefits

Lightweight non-metallic polypropylene construction
Suitable for corrosive fluids and small suspended solids
Compact 1” pump design for portable applications
No-lube, no-stall air distribution valve
Bolted construction for reliable performance
Inline-serviceable air distribution system

Ideal For

Chemical Transfer
Corrosive Fluid Handling
Wastewater Treatment
Plating Solutions
General Industrial Transfer

Chemical Resistance

Polypropylene construction supports corrosive fluid transfer applications.

Compact Transfer

1” pump size provides practical flow capacity for portable industrial use.

Easy Maintenance

Inline-serviceable air distribution system helps simplify pump maintenance.

Reliable Operation

No-lube, no-stall air valve design supports dependable AODD performance.

Common Industrial Applications

Chemical transfer
Corrosive liquid handling
Wastewater treatment
Small suspended solids transfer
Plating and finishing solutions
General industrial fluid transfer
Light abrasive fluid handling
Portable process pumping

Technical Specifications

Pump Model	Sandpiper S10
Wetted Material	Polypropylene
Valve Type	Ball Valve
Port Size	1” ANSI Flange
Maximum Flow Rate	Up to 87 LPM (23 GPM)
Maximum Pressure	Up to 7 Bar (100 PSI)
Solids Handling	Up to 4 mm (.15”)
Displacement Per Stroke	0.098 L (.026 gal)
Shipping Weight	19 lbs (9 kg)
Air Distribution Valve	No-Lube, No-Stall Design

Frequently Asked Questions

Why choose polypropylene for the Sandpiper S10 AODD pump?

Polypropylene offers lightweight construction and strong chemical resistance, making it suitable for corrosive fluid transfer and general chemical handling applications.

What can the Sandpiper S10 polypropylene pump handle?

The S10 is designed to handle corrosive fluids, light abrasives, and small suspended solids up to 4 mm in diameter.

What is the maximum flow rate of the Sandpiper S10?

The Sandpiper S10 non-metallic AODD pump delivers flow rates up to 87 LPM (23 GPM).

Also Available in Other Materials:

PVDF

High chemical resistance option for aggressive chemical and corrosive fluid applications.

Explore More

Nylon

Durable non-metallic option for general industrial transfer and light abrasive fluids.

Explore More

Need Help Selecting the Right Non-Metallic AODD Pump?

Our engineering team can help you select the correct Sandpiper S10 configuration, diaphragm material, and check valve option based on your chemical compatibility, flow rate, and operating requirements.

Contact Our Team

Not Sure Which AODD Pump Fits Your Application?

Our engineering team can help you select the correct pump size, wetted material, diaphragm material, and configuration based on your fluid compatibility, flow rate, pressure, and operating conditions.