Milton Industries MIL765 Milton 1/4" MNPT V Style High Flow Coupler - Box of 10

HI-Flo V-Style 'A,M,V' 1/4" MN

MIL765 MILTON 1/4" MNPT V STYLE COUPLER "A,M,V"

Product Features : This V-Style high flow coupler has been designed specifically to fit Tyan, Supermicro, IBM/Lenovo, VERSA H, BTX and HP/Compaq type chassis. Mated height is 2mm. Material: Nylon 66 Polyamide MLI7301 Buna-N Ball Valve: Brass NBR DZR 15 / 11.5 Swivel Seat: EPDM O-Ring: EPDM / Viton 5.6" MNPT Length and 1/4" MNPT End Fitting Thread. Warranty: All MIL766 Hi-Flo cou

MILTON 1/4" MNPT V-STYLE HIGH FLOW COUPLER - Box of 10

The Milton 1/4 MNPT High Flow V style coupler is the latest product from Milton Industries. This is a high quality plastic hose coupling that is V-Matched with maximum flow in mind. The coupling is designed for high flow capacity and high reliability needed for today's demanding applications. These couplings will never rust. Each end features solvent welded seals, providing an unbreakable connection. The HI-FLO design is a patented system that greatly reduces the risk of kinking, buckling or crimping inside the hose. The 1/4" MNPT delivers 35% more water than the typical '

A high flow coupler allows air to pass through, reducing pressure drop and air consumption. 1/4" MNPT x V Style with rotating handle.

Our Milton 1/4 MNPT V-Style High Flow body is ideally suited for the demanding applications of the Digital Imaging industry. The MSC-threads on our MIL765 make it easy to adapt a gun to this coupler without additional fittings. We can also supply all of our standard bodies in MSC threads or NPT threads including the 1/2 MNPT, 3/8 MNPT and 1/4 MNPT.

Featuring a 25% larger flow area than the standard V-Style coupler, this product will not kink, twist or bend lines. The fine thread design on these couplers result in minimal wear to existing lines and fittings during installation. Reverse hand squeeze operation for no wasted motion, durability and piece of mind. All Milton couplers are zinc plated with the precise amount of pressure to ensure consistent quality.