Coilhose Pneumatics LS0808 Brass Hose Splicer 1/2 in

Product Description

The COILHOSE PNEUMATICS LS0808 is a brass barbed push-on hose splicer designed to join two sections of pneumatic hose with a quick, secure connection. Built from solid brass, it accepts a 1/2-inch inside diameter barb and is rated for a maximum working pressure of 300 psi. The push-on barbed design locks hose in place without clamps or additional hardware, making it a practical choice for pneumatic systems in industrial, commercial, and workshop environments. It is typically installed by mechanical technicians and pneumatic system specialists during hose repair or line extension work.

This splicer fits pneumatic air lines with a 1/2-inch inside diameter and is suited for applications requiring reliable in-line hose joining across compressed air distribution systems. Its temperature range of -40 degrees F to 212 degrees F makes it appropriate for both indoor and outdoor pneumatic installations where ambient conditions may vary. It is commonly used in manufacturing facilities, maintenance shops, and general industrial settings where pneumatic hose runs require field repair or extension.

Key Features

• Solid brass construction for corrosion resistance and durability in compressed air service
• 1/2-inch barb size fits 1/2-inch inside diameter pneumatic hose
• Rated to 300 psi maximum working pressure
• Wide operating temperature range: -40 degrees F to 212 degrees F
• Push-on barbed design requires no clamps for standard pneumatic hose connections

Compatibility

Designed as an OEM-style replacement splicer for pneumatic air hose with a 1/2-inch inside diameter in standard compressed air systems.

Installation Notes

Installation is performed by qualified pneumatic system technicians. Before servicing any hose connection, depressurize the air line completely and bleed residual pressure from the system. Push hose firmly onto each barb until seated against the fitting shoulder to ensure a secure hold. Inspect hose ends for cuts or abrasion before fitting to avoid leaks under pressure.