Forney Industries Inc 86146 Oxy-acetylene Hose 50 Ft

Product Description

The FORNEY INDUSTRIES INC 86146 is an R-Grade oxy-acetylene hose designed for use with oxyfuel cutting and welding setups. It measures 0.25 inches in inside diameter and runs 50 feet in length, providing the reach needed for shop and field work. R-Grade hose construction meets industry standards for use with oxygen service, making it a reliable choice for welders and cutting technicians who need a dependable, properly rated gas-delivery hose. The 50-foot length suits most stationary torch setups and gives enough slack for working around large workpieces or equipment.

This hose is intended for use in welding, cutting, heating, and brazing applications that require separate oxygen delivery lines. It is suited for use in fabrication shops, maintenance facilities, and field service environments where oxy-acetylene or oxyfuel systems are in regular operation. The 0.25-inch diameter is a standard size compatible with common regulator and torch fittings used across the trade.

Key Features

• R-Grade construction rated for oxygen service in oxyfuel systems
• 0.25-inch inside diameter for standard regulator and torch fitting connections
• 50-foot length provides extended reach for shop and field applications
• Sold in packages of 4 hoses per unit

Compatibility

Designed as a standard R-Grade replacement oxygen hose for use with oxy-acetylene and oxyfuel cutting and welding systems that accept 0.25-inch hose connections.

Installation Notes

Installation and replacement of oxyfuel hoses should be performed by a qualified welding technician familiar with compressed gas safety procedures. Always shut off cylinder valves and bleed the system of residual pressure before disconnecting or connecting hoses. Inspect fittings for thread condition and verify connections are leak-free using an approved leak-detection solution before igniting the torch. Never use oil or grease on oxygen fittings, as contact between oxygen and hydrocarbons is a serious fire and explosion hazard.