GAS HOSE FP120/130/160 RILSAN* - ESAB

The ESAB GAS HOSE FP120/130/160 RILSAN (Model Number: 1444-0487) is a high-quality, professional-grade gas hose engineered to ensure a consistent and reliable flow of shielding gas for your welding and cutting equipment. Manufactured by ESAB, this genuine replacement part is crucial for maintaining the integrity of your gas delivery system, protecting molten weld pools from atmospheric contamination. Its robust Rilsan construction provides superior durability for demanding industrial and automotive environments.

Key Features

• Professional-Grade Construction: Built to ESAB's rigorous standards, ensuring reliability and long service life in professional settings.
• Rilsan Material: Features Rilsan PA11, a high-performance polyamide known for exceptional chemical resistance to hydrocarbons, oils, acids, bases, and salts.
• Enhanced Durability: Offers outstanding impact, abrasion, and crack propagation resistance, contributing to a longer lifespan even under harsh conditions.
• Wide Temperature Range Performance: Maintains mechanical properties and impact resistance across a broad temperature spectrum, from as low as -40°C to continuous use at 125°C, with intermittent peaks up to 150°C.
• Optimized Gas Flow: Designed to provide a smooth and consistent flow of shielding gas, critical for high-quality welds and preventing defects caused by gas impurities.
• Compatibility: Specifically designed for use with ESAB FP120, FP130, and FP160 MIG welding systems, and compatible with common shielding gases including pure Argon, Argon/CO2 blends, and Helium mixtures.

Applications

This ESAB Rilsan gas hose is an essential component for professional technicians and mechanics working with ESAB FP120, FP130, and FP160 welding machines. It is ideally suited for applications requiring a dependable and durable gas delivery system, preventing costly rework due to compromised gas flow. Common use cases include general fabrication, maintenance and repair, automotive bodywork, and other industrial welding processes where inert or non-flammable shielding gases are utilized for arc protection.