Neles Easyflow™ ball valves

Neles Easyflow™ J4 series 3-piece floating ball valve

Neles Easyflow J4 series 3-piece floating ball valves are an economical option to our fully featured products. J4 series provides long, reliable life and a rugged three-piece body construction.

Neles Easyflow™ J7 series flanged floating ball valve

Neles Easyflow J7 series reduced bore flanged floating ball valves are an economical option to our fully featured products. J7 series provides long, reliable life and a rugged two-piece body construction. The standard valve includes the most common materials of construction as well as performance improvement features such as live-loaded stem seals and direct mount actuator capability. Cavity fill option is available for industry applications requiring minimum volume of residual media trapped be...

Neles Easyflow™ J9 series flanged floating ball valve

Neles Easyflow J9 series full bore flanged floating ball valves are an economical option to our fully featured products. J9 series provides long, reliable life and in a rugged two-piece body construction.

Neles Easyflow™ J9S series jacketed floating ball valve

Neles Easyflow J9S series fully jacketed flanged seat supported ball valve provides long, reliable performance. Valve comes with single piece body construction and a structurally sound solid mirror finished ball with large end flanges (one size higher than valve NPS) to accommodate full jacketing. Spring loaded v-ring packing provides extremely long cycle life with minimum maintenance. Direct actuator mounting capability makes it easy to automate with accurate alignment.

Neles Easyflow™ JT series angle stem tank bottom valves

Neles Easyflow JT series angle stem tank bottom valves provide a compact assembly with additional space for actuator clearance on insulated vessels. Large port has unobstructed flow to empty or fill the tank quickly. Quarter-turn operation and direct actuator mounting capability makes it easy to automate. Cavity fill and T-port options for the JT series ensure lowest possible dead volume and full draining of media from the valve.