Continental Contitech 20027465 Grade T Twin Welding Hose

Product Description

The CONTINENTAL CONTITECH 20027465 is a Grade T twin welding hose designed for oxygen and fuel gas service in welding and cutting applications. It features a 0.25 inch inside diameter and a 0.53125 inch outside diameter, with a maximum working pressure of 200 psi. Rated for temperatures from -40 degrees F to 120 degrees F, this hose meets ARPM IP-7 standards, making it a code-compliant choice for professional welding setups. It is sold in 1-foot increments with a 25-foot minimum cut length, and the full coil length is 500 feet. Licensed welding professionals and gas-distribution technicians rely on this hose for dependable, safe gas transfer at the torch.

This twin welding hose is suited for residential and commercial welding stations, fabrication shops, and mobile welding rigs. The twin construction keeps oxygen and fuel gas lines paired and organized, reducing tangling and simplifying torch connections. It is appropriate for use with standard welding regulators and torch assemblies where a Grade T hose is specified. The 500-foot coil format supports shop distribution or job-site cutting to length. Minimum order quantity is 25 feet, priced per foot.

Key Features

• Grade T construction rated for oxygen and fuel gas welding and cutting service
• 200 psi maximum working pressure for safe high-demand operation
• Twin-line design keeps oxygen and fuel gas hoses paired for organized routing
• Operating temperature range of -40 degrees F to 120 degrees F
• Meets ARPM IP-7 standard for welding hose performance
• Available in custom cut lengths from a 500-foot coil, minimum 25-foot cut

Compatibility

Designed as a Grade T twin welding hose replacement or installation hose for oxygen and fuel gas torch systems requiring ARPM IP-7 compliant hose with a 0.25 inch inside diameter.

Installation Notes

Installation should be performed by a qualified welding technician or licensed gas-systems professional. Shut off all gas supply valves and relieve pressure in the existing hose before disconnecting. Inspect all fittings and connections for proper thread engagement and leak-free seals using an approved leak-detection solution before resuming service. Follow all applicable NFPA and local codes governing fuel gas hose installations.