Parker Legris Reducer: 3/8" F x 3/4" M NPTF Thread

The Parker Legris Reducer, model 209P-12-6, is a versatile and reliable component designed for various fluid system applications. This reducer is crafted from high-quality brass, ensuring durability and corrosion resistance. Its robust construction and precise engineering make it an excellent choice for enhancing system flow and compatibility. With a 1.00" length and a 1-1/8" hex design, this reducer offers easy installation and a secure fit in your systems.

High-Quality Brass Construction: Ensures durability and resistance to corrosion.
1.00" Length: Provides a compact design for efficient use in limited spaces.

Product Specifications and Features

The Parker Legris Reducer, 209P-12-6, boasts a 3/8" female NPTF thread on one end and a 3/4" male NPTF thread on the other. This specific configuration allows for seamless transitions between different pipe sizes, making it ideal for a wide range of applications. The reducer also features a straight design, ensuring a smooth flow of fluids without any obstructions. With a flow diameter of 0.571 inches, it efficiently manages the flow rate of your system.

3/8" F x 3/4" M NPTF Thread: Enables compatibility with various pipe sizes and systems.
Flow Diameter of 0.571 Inches: Efficiently manages fluid flow rates for optimal performance.

Applications and Benefits

The Parker Legris Reducer, 209P-12-6, is a versatile tool that finds applications in numerous industries, including automotive, plumbing, and industrial systems. Its ability to transition between different pipe sizes makes it an invaluable component for projects that require flexibility and efficiency. Whether you're working on a DIY home improvement project or managing a complex industrial setup, this reducer can enhance the performance and reliability of your fluid systems. With a pack of 10 included, you can outfit your project with the necessary components for success.

Wide Range of Applications: Suitable for automotive, plumbing, and industrial systems.
Enhances System Performance: Ensures efficient fluid flow and compatibility.