SANDPIPER S05 ½" (15mm) Polypropylene Ball Valve AODD Pump

Product Overview

The Sandpiper S05 ½" (15mm) Polypropylene Ball Valve AODD Pump is an ultra-compact non-metallic air operated double diaphragm pump designed for lightweight portability, chemical compatibility, and reliable transfer of corrosive fluids or small suspended solids. Built with durable all-bolted construction, this pump offers dependable leak-free performance for general industrial, chemical, and light-duty transfer applications.

The S05 Non-Metallic pump is driven by compressed air or nitrogen and is suitable for applications that require a compact, portable, and easy-to-service diaphragm pump. Its polypropylene construction provides a practical solution for handling a wide range of compatible chemicals, acids, wastewater, and process fluids where non-metallic wetted materials are preferred.

Designed with Sandpiper’s no-lube, no-stall air distribution valve, the S05 offers simple operation, easy maintenance, and reliable performance in small-flow industrial pumping applications.

Key Benefits

• Ultra-compact and lightweight non-metallic pump design
• Polypropylene construction for compatible corrosive fluids
• All-bolted construction for leak-free performance
• Handles small suspended solids up to 2 mm
• No-lube, no-stall air distribution valve
• Portable solution for chemical and industrial transfer

Ideal For

• Chemical Transfer
• Corrosive Fluid Handling
• Wastewater Applications
• Small Suspended Solids
• Portable Pumping Applications

Compact Design

Ultra-compact ½" non-metallic pump for portable transfer applications.

Chemical Compatibility

Polypropylene construction supports a wide range of compatible chemicals.

Leak-Free Performance

All-bolted construction provides dependable sealing performance.

Easy Serviceability

No-lube, no-stall air valve design supports simple maintenance.

Need Help Choosing the Right Non-Metallic Pump?

Our engineering team can help you select the correct Sandpiper S05 pump material, diaphragm option, and configuration based on your chemical compatibility, flow rate, and operating conditions.