Fractional Plastic Push-to-Connect Fitting, Polymer, White MPN:6382 60 00WP2
Fractional Plastic Push-to-Connect Fitting, Polymer, White
The Parker Push-Fit Elbow Fitting is a versatile and reliable solution for fluid transfer applications in food processing, medical, and purification industries. Its push-to-connect design allows for easy installation and removal, while its polymer material ensures chemical resistance and durability. The fitting's 90-degree elbow design enables efficient fluid flow and minimizes pressure drop. With a maximum operating pressure of 230 psi and temperature of 200°F, this fitting is suitable for high-pressure applications. Its compact size and lightweight design make it easy to handle and store, making it an ideal choice for various industries where fluid transfer is critical.
Top product features:
- Push-to-Connect connection type allows for easy and secure connection to tubing without the need for tools.
- 90-degree elbow shape directs fluid transfer in a specific direction.
- Maximum operating pressure of 230 psi allows for high-pressure fluid transfer applications.
Top product applications:
- Fluid Transfer
- Food Process
- Medical
Push-Fit Elbow Fitting, Application Fluid Transfer, Food Process, Medical, Purification, Fitting Side A Connection Type Push-to-Connect, Fitting Side B Connection Type Tube Stem, Fitting Side A Tube Outer Diameter 3/8 in, Fitting Side B Tube Outer Diameter 3/8 in, Fitting Material Polymer, Material Grade Not Applicable, Color White, Maximum Operating Pressure 230 psi, Maximum Operating Temperature 200 Degrees F, Overall Length 1 17/32 in, Specific Fitting Shape 90 Degrees Elbow
Additional Information
- Country of Origin: FR
- Drop Ship Item: No
- Blind Ship Eligible: No
- LTL Freight Required: No
- Lead Time: Ships in 1 days
- Minimum Order Quantity: 1
- Unit of Measure: EA
- Package Length: 1.60
- Package Width: 1.40
- Package Height: 0.70
- Package Weight: 0.01
Product info last updated on February 2, 2026 12:01am UTC
Category: Pipes, Valves and Fittings