IPM OP232C Transfer Pump – 2:1 Ratio, Stainless Steel, Durable Air Operated Design for Corrosive Fluids

The IPM OP232C Transfer Pump is an outstanding solution for all your fluid transfer needs, especially when dealing with corrosive materials. Engineered with precision, this pump features a robust stainless steel construction, ensuring longevity and durability. With a unique 2:1 ratio, it provides a consistent and reliable flow, making it an essential tool for various applications.

This air-operated fluid pump is designed with a two-ball piston mechanism that guarantees uniform positive displacement. This innovative design results in a highly efficient operation, ideal for transferring materials that require careful handling. The pump’s design includes specially crafted piston seals that do not come into contact with the materials being pumped, which significantly extends the life span of the pump. This feature is particularly beneficial when dealing with problematic fluids such as Isocyanates, which can crystallize on piston rods upon exposure to moisture in the air, potentially causing damage to seals.

This pump is versatile and can handle a wide range of fluids, making it suitable for many typical applications. It is perfect for use with standard 55-gallon steel drums, supplying foam chemicals, spray guns, and dispensing valves. Additionally, it is ideal for cleaning chemical supplies and fluid transfer tasks.

Some of the typical fluids that can be managed with the IPM OP232C Transfer Pump include:

• Solvent-based paints
• Water-based paints (SST models)
• Solvents
• Cleaning chemicals
• Chemicals
• Catalysts
• Isocyanates
• Adhesives
• Resins
• Polyurethanes
• Polyureas

In conclusion, the IPM OP232C Transfer Pump stands out as a reliable and efficient choice for anyone needing to transfer corrosive fluids safely and effectively. Its innovative design and robust construction make it a staple in various industrial applications. Invest in the IPM OP232C Transfer Pump for enhanced performance and durability in your fluid handling processes.