【Stainless Steel】: This fuel line pressure adapter is made of stainless steel with outstanding strength and tenacity to resist external mechanical shocks. Stainless steel is not easily corroded by oily or other corrosive substances, making it an ideal material for fuel line fittings.
【Practical Function】: The fuel line fuel pressure barb push lock t-fitting adapter makes connecting a fuel line to a pressure tester or sensor quick and easy. It helps the user to quickly measure and take accurate fuel pressure readings, making the measurement easier.
【Anti Fuel Leakage】: The barb fitting is designed to make the adapter and fuel hose attached tighter and less likely to fall out. In addition, two clamps are provided to secure the connection between the hose and the barb fitting, ensuring a good seal for a leak-free connection.
【Installation Steps】: Step 1, cut the fuel line where this fitting needs to be installed. Step 2, lubricate the T-fitting and hose end to make it easier to connect. Step 3, attach the hose over the barbs on each side of the fitting. Step 4, secure the connection with the hose clamps.
【Application】: The 1/2-inch fuel line fuel T-fitting adapter is for 1/2-inch diameter fuel hose, while the 3/8-inch one is for fuel hose with a 3/8-inch diameter. Both styles come with a 1/8-27 NPT sensor port for connecting fuel pressure gauges and sensors.
Description
Specification:
Material: Stainless Steel
Quantity: 1 PCS
Style: 1/2-inch/ 3/8-inch
Color: Silver
Weight: 0.15 lb
Overall Length: 2.4 inches
Hose Barb: 1/2 inches/ 3/8 inches
Female Threads: 1/8-27 NPT
Package Includes: 1 T-Fitting Adapter, 2 Rubber Rings, 2 Clamps
Feature: Sturdy, Rustproof, Good Sealing
Fit Type: Universal Fit
Why do you need this fuel line T-fitting adapter?
-Fuel pressure push lock fittings are widely used on fuel lines, transmission coolant lines and carburetor lines.
-The yellow rubber ring enhances the solidity and sealing of the connection and keeps the end of the hose from abrasion.
-Heavy-duty stainless steel material can withstand higher temperature and higher pressure.