Flojet G57 Series Air Driven Pump (Part No: G575005A)

Product Overview

The Flojet G57 Series Air Driven Pump is a high-performance, air-operated diaphragm pump built for industrial transfer, dispensing, and chemical handling. With a flow rate of up to 18.9 L/min and a maximum operating pressure of 6.9 bar, this compact, stall-proof pump is engineered for quiet, efficient operation. Designed to work with either compressed air or CO₂, it’s ideal for applications including chemical feed, herbicide transfer, solvent dispensing, car wash systems, and brake fluid/oil duties.

This model is supplied without fluid or air ports, allowing for full customisation to suit your system requirements.

Key Features

✅ 18.9 L/min maximum flow – Ideal for high-volume transfer tasks
✅ 6.9 Bar maximum pressure – Delivers robust, consistent performance
✅ Operates with compressed air or CO₂ – Flexible installation options
✅ Air consumption: 0.21 - 0.61 m³/min – Efficient air usage
✅ Santoprene diaphragm – Excellent chemical resistance and durability
✅ Polypropylene pump housing – Corrosion-resistant and lightweight
✅ Clog-free valves – Capable of passing solids up to Ø3.2 mm
✅ Automatic on-demand operation – Stall-proof design for continuous reliability
✅ Quiet operation – Includes integrated exhaust muffler
✅ Customisable ports – Choose your own compatible fittings for maximum flexibility

Why Choose This Product?

The Flojet G57 Series (G575005A) is the ultimate air-driven diaphragm pump for demanding fluid transfer tasks. With its durable construction, clog-resistant valve system, and stall-proof design, it’s perfectly suited to a wide variety of applications, from chemical and solvent handling to ink and brake fluid transfer. The ability to operate with either air or CO₂ makes it especially valuable in mobile or remote environments.

Order Now

Enhance your fluid transfer system with the Flojet G57 Series Air Operated Diaphragm Pump. Contact Flowjet Cleaning Equipment today to discuss fittings, system integration, or bulk pricing.