Manifold: 1/4" Inlet, 1/4" Outlet, 2 Inlet Ports, 4 Outlet Ports, 3.98" OAL, 0.9" OAW MPN:24M-4-4

Introducing Parker's Glass Filled Nylon Manifold with 1/4 inlet and outlet ports designed for high-performance fluid and gas systems. With two inlet ports and four outlet ports, this manifold is ideal for applications such as fluid distribution in hydraulic and pneumatic systems. Its lightweight construction and robust design make it durable and versatile, suitable for various industries including automotive, aerospace, and industrial manufacturing. With its 1/4 NPTF threads and Class VI certification, this manifold ensures secure connections while offering excellent chemical resistance, making it the perfect solution for harsh environments. Upgrade your system with Parker's Glass Filled Nylon Manifold and enjoy improved efficiency, reliability, and durability.

Top product features:

• Six Ports: The manifold has four outlet ports, which provides additional connection points for distributing fluids or gases in hydraulic and pneumatic systems.
• Glass Filled Nylon Body: This lightweight yet durable construction offers excellent chemical resistance making it ideal for harsh environments where other materials may fail.
• Class VI Certified: Meeting the highest industry standards for biocompatibility, this manifold is suitable for use in applications where contact with fluids or gases could potentially come into contact with human tissue.

Top product applications:

• Automotive Industry: Manufacturers can use this manifold to distribute fluids such as oil or air in various systems within vehicles ensuring efficient and reliable performance of those systems.
• Aerospace Industry: The high-performance features of this manifold make it suitable for distribution of fluids in aircraft hydraulic or pneumatic systems, guaranteeing smooth operation.
• Manufacturing and Machinery: Factories can use this manifold to control the flow of gases or fluids to their machines, allowing them to maintain optimal functionality and avoid disruptions in production lines.