Eldon James 3/4" to 1" Barbed Reduction Y-Connector, High Density Polyethylene

Features: Made from 6/6 nylon - exhibits strength, moderate stiffness, high service temperature, high impact resistance and tensile strength. Resistant to fuels, lubricants and many chemicals, but vulnerable to attack by phenols, strong acids oxidizing agents. Used in fuel line, vacuum systems and general purpose applications: automotive industry approvals. Temperature Range -50°F to 275°F. Pressure 150 psi at 70°F.

Use these fittings to ensure a tight, secure connection between lengths of tubing having the same inner diameter (I.D.). Multiple barbs per arm provide additional contact between the fitting and the tubing for extra gripping power Chemical-resistant polypropylene plastic for use with a wide range of liquids or gases FDA-grade for direct contact with food, drugs, and cosmetics Autoclavable

These straight fittings ensure a tight, secure connection between lengths of tubing having the same inner diameter (I.D.). Chemical-resistant polypropylene plastic for use with a wide range of liquids or gases. FDA-grade for direct contact with food, drugs, and cosmetics Autoclavable

Full range of sizes fit tubing from 3 to 12mm (⅛ to ½") I.D and can be combined to make reducing combinations. Consists of two barbed polyethylene plastic connectors which assemble tightly together with a male-female center taper. Very useful in connecting and disconnecting vacuum lines and other tubing assemblies All sizes are interchangeable with others to make reducing combinations Operates at temperatures up to 80°C (176°F)

Features: Same physical and chemical resistance properties as Natural Polypropylene, but is less expensive. Fittings contain recycled runner material produced during virgin material, Natural Polypropylene production runs. Fittings are manufactured to the same tolerances and quality standards as our Natural Polypropylene fittings. Not a USP Class VI material and is not lot traceable. Temperature Range -9°F to 150°F. Pressure 150 psi at 70°F.