LMI Liquipro Injection Valve Assemblies

Product Description

LMI Liquipro Injection Valve Assemblies – Precision Dosing with Superior Chemical ResistanceEnsure accurate, reliable chemical injection with the LMI Liquipro Injection Valve Assemblies, engineered for performance in demanding dosing environments. Constructed from high-grade PVDF and featuring EPDM O-rings, these valves provide exceptional resistance to aggressive chemicals—making them ideal for injecting 12% sodium hypochlorite and other corrosive treatment solutions. Each assembly comes with a standard 1/2" Male NPT thread, ensuring compatibility with most chemical injection ports and seamless integration into existing systems. Designed for use with both diaphragm and peristaltic metering pumps, these versatile valves support 1/4", 3/8", and 1/2" OD chemical tubing, offering flexibility and ease of use across various dosing setups. Built to deliver consistent performance, LMI Liquipro injection valves are a reliable solution for maintaining accuracy and flow integrity in chemical management systems.Key Features: Engineered for Endurance and Accuracy

PVDF Body with EPDM O-Rings – Offers high chemical resistance and long service life

1/2" Male NPT Threads – Universally compatible with standard chemical injection ports

Multi-Pump Compatibility – Functions effectively with both diaphragm and peristaltic metering pumps

Flexible Tubing Fit – Accommodates 1/4", 3/8", and 1/2" OD tubing sizes

Ideal for Sodium Hypochlorite Injection – Designed to perform reliably with 12% solutions

Precision Flow Control – Helps ensure consistent, clog-free chemical delivery

Dependable Performance Starts at the Injection PointTrust LMI Liquipro Injection Valve Assemblies to enhance the precision, durability, and efficiency of your chemical dosing system. Whether you’re working in municipal water treatment or industrial chemical processing, these robust valves deliver the reliability you need for long-term success. Upgrade your injection setup today and inject with confidence.