JB Industries M17-72 Brass Swivel Access Tee 1/4" Flare x 1/4" Flare x 1/4" Female Flare
JB machines all of the access valves at the factory in Aurora, Illinois using the highest level of brass consisting of 65% copper and 35% zinc. This gives our brass fittings and access valves high tensile strength while resisting corrosion. Many import fittings use lower quality brass with lower copper content, resulting in higher failure rates. JB machines all of our valves to the strict guidelines of the ARI to ensure proper sealing of the valve and core surfaces. Our access fittings have generous counter bores to allow for the removal of the core if the flare becomes damaged. All tees and crosses are tapped to receive an access core in all 1/4" SAE flare ends. All pipe connections have internal braze cups for dip tube applications. All valves are equipped with cap and one valve core (braze type, loosely assembled). Temperature range -40 degrees to +250 degrees Fahrenheit (-40 to 121.1 degrees Celsius). Valve core is stainless steel and brass for use with all refrigerants including R-410A. Resistant to oils, alkalites, and diluted mineral acids.,
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JB Industries M17-28 Brass Swivel Access Union 1/4" Flare x 1/4" Female Flare
JB machines all of the access valves at the factory in Aurora, Illinois using the highest level of brass consisting of 65% copper and 35% zinc. This gives our brass fittings and access valves high tensile strength while resisting corrosion. Many import fittings use lower quality brass with lower copper content, resulting in higher failure rates. JB machines all of our valves to the strict guidelines of the ARI to ensure proper sealing of the valve and core surfaces. Our access fittings have generous counter bores to allow for the removal of the core if the flare becomes damaged. All tees and crosses are tapped to receive an access core in all 1/4" SAE flare ends. All pipe connections have internal braze cups for dip tube applications. All valves are equipped with cap and one valve core (braze type, loosely assembled). Temperature range -40 degrees to +250 degrees Fahrenheit (-40 to 121.1 degrees Celsius). Valve core is stainless steel and brass for use with all refrigerants including R-410A. Resistant to oils, alkalites, and diluted mineral acids.,
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JB Industries M17-28

JB Industries US5-88 Brass Swivel Flare x Solder 1/2",
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Mueller Copper W8-56

JB Industries US5-44 Brass Swivel Flare x Solder 1/4",
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Mueller Copper W8-53

JB Industries US5-66 Brass Swivel Flare x Solder 3/8",
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JB Industries BRZ1000 Steel Nitrogen Purging Braze-Rite Adapter, 4-1/2 Nitrogen purging adapter for ACR pipe. Quickly connects to manifold gauge hose, and slips easily and securely into pipe. Allows for bleed of nitrogen through pipe being brazed, keeping the pipes clean and oxide-free. Stepped to fit most common ACR pipe sizes, making it fast to go from one tube to the next. Saves time and money and helps maintain equipment manufacturers system performance and installation guidelines. No more duct taping your hose to the pipe!.,

JB Industries A10971 Capillary Cap Gauge W/File & Pouch,

JB Industries TC-36-100 Capillary Tubing, The size of the cap tube is fairly critical. Unlike orifices, such as expansion valveseats, capillary tubes depend on their length as well as their diameter to determinetheir total restriction. The relationship between these two factors is shown in thefollowing charts. A change in diameter on a percentage basis can change the flowmore than an equal change in length.

JB Industries TC-42-100 Capillary Tubing,The size of the cap tube is fairly critical. Unlike orifices, such as expansion valveseats, capillary tubes depend on their length as well as their diameter to determinetheir total restriction. The relationship between these two factors is shown in thefollowing charts. A change in diameter on a percentage basis can change the flowmore than an equal change in length.

• 0.042" ID x 100',
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JB Industries TC-42-12 Capillary Tubing, The size of the cap tube is fairly critical. Unlike orifices, such as expansion valveseats, capillary tubes depend on their length as well as their diameter to determinetheir total restriction. The relationship between these two factors is shown in thefollowing charts. A change in diameter on a percentage basis can change the flowmore than an equal change in length.

• 0.042" ID x 12',
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JB Industries TC-49-100 Capillary Tubing 0.049" ID x 0.099 OD x 100',
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JB Industries TC-49-11 Capillary Tubing, The size of the cap tube is fairly critical. Unlike orifices, such as expansion valveseats, capillary tubes depend on their length as well as their diameter to determinetheir total restriction. The relationship between these two factors is shown in thefollowing charts. A change in diameter on a percentage basis can change the flowmore than an equal change in length.

• 0.049" ID x 11',
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