Best Brass Barb

SharkBite U860O300 Oxygen Barrier PEX Pipe 1/2 Inch, Orange Heat Radi, 300 foot coil

PEX RADIANT TUBING: Flexible oxygen barrier pipe tubing for radiant floor and hydronic heating applications.
Minimum working temperature 33 degrees Fahrenheit at 160 PSI and maximum working temperature 200 degrees Fahrenheit at 80 PSI.
FLEXIBLE PEX PIPE: Expands and contracts with temperature changes and is freeze resistant.
PUSH-TO-CONNECT: Use with SharkBite plumbing fittings or plastic barb and brass barb fittings using PEX crimp tool or clamp connections.
RESIDENTIAL and COMMERCIAL: All SharkBite PEX tubing meets the same standards for commercial and residential plumbing applications.
MADE IN THE USA: Manufactured and tested in the USA.

✬The barb fitting is made of brass material, chromed surface, prevent rust and durable to use..
✬Thread size: G1/4 (International General)..
✬With hidden silicone ring, perfect for connection and seal. Effectively prevent water and liquid from flowing out..
✬11mm OD, Suitable for 9.5-10.1mm (about 3/8”) ID hose pipe soft tubing. Perfect for connection between water blocks, radiators, water pumps, reservoir and other water cooling system kit..
✬Package Contain: 4Pcs OD 11mm G1/4″ Barb fitting..

One side is used to connect hoses while the other side is used to connect to metric female pipes..
The barbed stems create a tight seal on flexible and semi-rigid hose when used with a hose clamp or crimp sleeve or ferrule (not included)..
Brass for corrosion resistance, ductility at high temperatures, and low magnetic permeability..
Commonly used to connect lines for air, water, fuel, oil and inert gases in a quick and simple way..

One side is used to connect hoses while the other side is used to connect to metric female pipes..
The barbed stems create a tight seal on flexible and semi-rigid hose when used with a hose clamp or crimp sleeve or ferrule (not included)..
Brass for corrosion resistance, ductility at high temperatures, and low magnetic permeability..
Commonly used to connect lines for air, water, fuel, oil and inert gases in a quick and simple way..

【Material】Brass for corrosion resistance, ductility at high temperatures, and low magnetic permeability..
【Maximum Pressure】0~150Psi【Working Temperature】-40～160°F..
【Packaging Includes】5 Brass Hose Mender with barb 3/8" x 3/8"..
【Connections】Hose Splicer for connecting two hoses with the same diameter in a straight run..
【Typical Application】Temperature control circuits, pneumatic circuits, vacuum and fluid systems test apparatus, lubricant, coolant lines..

Splicer : 3/16"(5) 1/4"(5) 5/16"(5) 3/8"(5) 1/2"(5).
90 Degree Male Elbow: 1/4" barb to 1/8" MNPT (2) 1/4" barb to 1/4" MNPT (2) 5/16" barb to 1/4" MNPT(4) 3/8" barb to 1/4" MNPT(4) 3/8" barb to 3/8" MNP(2) 1/2" barb to 3/8" MNPT(2).
Male Coupler: 3/16" barb to 1/8" MNPT(2) 1/4" barb to 1/8" MNPT (2) 1/4" barb to 1/4" MNPT (2) 5/16" barb to 1/4" MNPT (4) 5/16" barb to 3/8" MNPT (4) 3/8" barb to 1/4" MNPT(4) 3/8" barb to 3/8" MNPT(2) 1/2" barb to 3/8" MNPT(2) 1/2" barb to 1/2" MNPT(2).

Material: Brass. Connections: 3/8" x 5/16".
Type : Barb Hose Mender/Splicer Reducer. Adapter for connecting a hose to a hose threaded connection of a different diameter.
Brass for corrosion resistance, ductility at high temperatures, and low magnetic permeability.
Temperatures range from -40 to 160 F. 150 PSI maximum working pressure.

Material: Brass. Connections: 5/16" x 1/4".
Type : Barb Hose Mender/Splicer Reducer. Adapter for connecting a hose to a hose threaded connection of a different diameter.
Brass for corrosion resistance, ductility at high temperatures, and low magnetic permeability.
Temperatures range from -40 to 160 F. 150 PSI maximum working pressure.

Material: Brass. Connections size: 1/2" x 3/8".
Type : Barb Hose Mender/Splicer Reducer. Adapter for connecting a hose to a hose threaded connection of a different diameter.
Brass for corrosion resistance, ductility at high temperatures, and low magnetic permeability.
Temperatures range from -40 to 160 F. 150 PSI maximum working pressure.