5/8 inch OD Brass Compression Sleeve, Lead-Free

BrassCraft 60-10 – 5/8 inch OD Brass Compression Sleeve for Tubing Connections

The BrassCraft 60-10 compression sleeve is designed for 5/8 inch outside diameter tubing and serves as a reliable sealing component in compression fittings. Commonly used in water, air, and gas systems, this sleeve ensures a mechanically secure joint between the compression nut and tubing without the need for soldering or flaring.

Product Application

This sleeve is compatible with copper, aluminum, and plastic tubing (with proper tube inserts). It is intended for use in both residential and commercial settings, supporting applications such as potable water supply lines, hydraulic control systems, and refrigeration connections.

Key Features

• ✔ Precision-Machined Brass – Manufactured to ensure a tight fit and consistent sealing under compression
• ✔ Corrosion Resistant – Solid brass construction resists corrosion in water and air systems
• ✔ Pressure Rated to 150 psi – Suitable for standard residential water pressure systems
• ✔ Wide Temperature Range – Rated for continuous use from -65°F to 250°F
• ✔ No Special Tools Required – Installs with basic wrenches in standard compression fittings

Technical Specifications

• Material: Brass
• Outside Diameter: 5/8 inch
• Wall Thickness: 0.035 inches
• Length: 0.31 inches
• Pressure Rating: 150 psi
• Temperature Range: -65°F to 250°F
• End Type: Compression

Installation Notes

Proper installation requires aligning the sleeve on the tubing and securing it with a compatible compression nut and fitting body. Care must be taken not to overtighten, as this may deform the tubing or sleeve. For optimal results, ensure the tubing end is cut square and free of burrs prior to assembly.

Contractor Use Case

BrassCraft’s 5/8 inch compression sleeve is a dependable component for licensed tradesmen performing water service work, refrigeration hook-ups, or system retrofits. The part supports standard plumbing codes when used with approved fittings and installation practices.