M1722 - Miller 35ft Hytrel Shielding Gas Hose Replacement

Industrial-Grade Gas Delivery Solution

The Miller M1722 is a premium gas hose designed to meet the rigorous demands of industrial welding environments. Measuring 35 feet in length, this hose provides a significant extension to the operational range of welding equipment, allowing for greater flexibility in shop layout and workflow management. Unlike standard rubber hoses that may degrade rapidly under harsh conditions, the M1722 is constructed from Hytrel, a thermoplastic polyester elastomer known for its exceptional mechanical properties.

Hytrel combines the flexibility of rubber with the strength and processability of thermoplastics. For a gas delivery system, this translates to a hose that offers superior resistance to flex fatigue, meaning it can withstand repeated bending and coiling without developing micro-cracks that lead to leaks. In shielding gas applications, maintaining a leak-free environment is critical to preventing atmospheric contamination of the weld pool, which can cause porosity and compromised structural integrity. The material also exhibits excellent resistance to a wide range of industrial chemicals, oils, and solvents commonly found in maintenance and fabrication facilities.

This hose is engineered as a single-line solution, specifically optimized for the transport of inert shielding gases such as Argon, CO2, and Helium mixtures used in MIG (GMAW) and TIG (GTAW) welding processes. As a genuine Miller Electric component, it ensures compatibility with Miller welding power sources and wire feeders that require this specific fitting configuration. Facilities managers and procurement specialists can rely on the M1722 for consistent performance, reduced maintenance intervals due to its durable construction, and the assurance of quality that comes with OEM parts.

The 35-foot length is particularly advantageous for large-scale fabrication where the power source cannot always be positioned immediately adjacent to the workpiece. By utilizing a high-quality, extended-length hose, operators can maintain optimal gas flow rates over distance without the pressure drops associated with inferior tubing or makeshift extensions.