Feature

●Straight through quick connect hydraulic male coupler for connecting directly to a hose with a female straight thread end to connect with a male straight threaded connection
●Straight through quick connect male coupler with a female straight threaded end
●Valveless construction provides maximum flow with minimum pressure drop
●Brass for corrosion resistance, ductility at high temperatures, and low magnetic permeability
●Used for hydraulic applications in industrial operations

[1  & 2   Female Coupling x 1  & 2  -14 Straight]




[1 Count (Pack of 1)]




[1 Count (Pack of 2)]




[3  & 4   Female Coupling x 3  & 4  -14 Straight]





Description

This Dixon STFP series brass straight through hydraulic quick-connect male coupler has a female straight threaded end, valveless construction, and connects to a female hydraulic quick connect plug. The female straight threads connect to male straight threaded connections. Brass provides corrosion resistance, ductility at high temperatures, and low magnetic permeability, and the valveless construction provides maximum flow with minimum pressure drop. It is used for hydraulic applications in industrial operations.

Specifications
Fitting-end connectionPlugHose-end connectionFemale straight threadMaterialBrass

Hose fittings connect, control, change the direction of, and terminate the flow in piping and hose systems. They are made of brass, stainless steel, galvanized steel, and other materials that resist corrosion, pressure, and wear. Hose fittings have various types of connections, including threaded, barbed, push-to-connect, dry disconnect, and others including those based on internationally-accepted specifications. Hose fittings are used in systems such as air compressors, automatic manufacturing operations, aircraft controls, and tire installation in industries including agriculture, mining, road construction, firefighting, and aviation.

Dixon Valve & Coupling Company manufactures pipe and hose fittings and accessories. The company, founded in 1916, is based in Chestertown, Maryland.