Value Collection 6432x4 Double Socket Hose Adapter 3/4 in

Product Description

The VALUE COLLECTION 6432x4 is a double socket coolant hose adapter designed for use in modular coolant delivery systems. The adapter features a female-by-female connection type and accepts hose with a 3/4-inch inside diameter. The body is molded from POM (polyoxymethylene), a rigid engineering thermoplastic suited for low-pressure fluid handling. Each package contains four adapters. This part is installed by machinists, maintenance technicians, and industrial plumbers working on coolant distribution lines in manufacturing and machine tool environments.

This adapter is designed for use with the Snap Flow Modular Hose System, a tool-side coolant delivery solution common in CNC machining centers and metal-cutting operations. It connects two hose segments at a junction point where a male fitting is not required, simplifying routing in tight machine enclosures. The double socket configuration is well-suited for in-line connections along modular coolant hose runs where flexibility and quick reconfiguration are priorities.

Key Features

• Double socket, female x female connection for in-line hose joining without male fittings
• 3/4-inch hose inside diameter compatibility
• POM body construction for rigidity and chemical resistance in coolant service
• Rated to 20.30 psi maximum operating pressure
• Not threaded — snap-fit engagement for tool-free assembly
• Sold in a 4-pack for efficient stocking and multi-point installations

Compatibility

Designed for use with the Snap Flow Modular Hose System, accepting 3/4-inch inside diameter coolant hose at double-socket junction points.

Installation Notes

Installation does not require threading or sealing compounds — the snap-fit design seats with hand pressure. Always shut off coolant flow and depressurize the line before disconnecting or adding adapters. Verify the hose outside diameter is compatible with the socket engagement before assembly. Inspect seats for debris or damage that could compromise the snap connection and cause leaks under operating pressure.