Eldon James 1/8-28 BSP to 5/32x22 Barbed Adapter - Black Nylon

Description

This is accomplished by cutting the threads on a taper. Made from 6/6 nylon - exhibits strength, moderate stiffness, high service temperature, high impact resistance and tensile strength. Eldon James 1/8-28 BSP to 5/32" Barbed Adapter, Black Nylon BSPT threads have on the Whitworth thread form, which is designed to provide a pressure-tight fit through mating of the threads. Used in fuel line, vacuum systems and general purpose applications: automotive industry approvals.Temperature Range -50 F to 275 F (135 C). Do not over-tighten plastic threads stress on the fitting can result in its failure. Features: Made from 6/6 nylon - exhibits strength, moderate stiffness, high service temperature, high impact resistance and tensile strength. Because they are tapered, the thread can only screw into the companion female thread a certain distance before it jams. Pressure 150 psi at 70 F. The standard specifies this distance as a length based on hand-tight engagement; a convenient rule-of-thumb for plastic threads is: finger-tight plus 1/2 to 1 turn with a wrench. Resistant to fuels, lubricants and many chemicalsVulnerable to attack by phenols, strong acids and oxidizing agents.

Key Features

• This is accomplished by cutting the threads on a taper.
• Because they are tapered, the thread can only screw into the companion female thread a certain distance before it jams.
• The standard specifies this distance as a length based on hand-tight engagement; a convenient rule-of-thumb for plastic threads is: finger-tight plus 1/2 to 1 turn with a wrench.
• Do not over-tighten plastic threads stress on the fitting can result in its failure.
• Eldon James 1/8-28 BSP to 5/32" Barbed Adapter, Black Nylon BSPT threads have on the Whitworth thread form, which is designed to provide a pressure-tight fit through mating of the threads.
• Made from 6/6 nylon - exhibits strength, moderate stiffness, high service temperature, high impact resistance and tensile strength.