Avagard 3/8" PVC Air Hose with Brass 1/4" NPT Industrial Fitting

The Avagard 3/8" x 100 ft PVC Air Hose is designed for extended reach and efficient compressed air delivery in industrial, automotive, and workshop environments. Its 100 ft length provides wide coverage while maintaining lightweight handling and flexibility during operation.

Constructed from high-quality PVC and reinforced with high-strength polyester braiding, this hose delivers excellent durability, flexibility, and wear resistance for everyday compressed air applications. The round profile with a smooth outer cover enhances handling and allows the hose to move easily across work surfaces.

Engineered for dependable performance, the hose operates at a working pressure of 300 PSI with a burst pressure of 1200 PSI and a 4:1 safety factor, ensuring safe and reliable operation in demanding compressed air systems. It performs efficiently in temperatures ranging from 25°F to 140°F (-4°C to 60°C), making it suitable for a variety of working environments.

Designed to deliver consistent airflow for pneumatic tools and air compressors, the hose is equipped with durable 1/4" NPT male fixed brass fittings on both ends along with a 4-finger bend restrictor, providing secure, leak-resistant connections while protecting the hose from excessive stress at critical flex points.

Key Features

• 3/8" inner diameter with 100 ft length for extended air supply range
• Durable PVC construction offers lightweight flexibility and ease of use
• Reinforced with polyester braiding for enhanced strength and durability
• 300 PSI working pressure for reliable compressed air applications
• 1200 PSI burst pressure with a 4:1 safety factor for added safety
• Temperature resistance from 25°F to 140°F (-4°C to 60°C) for varied environments
• Lightweight and flexible design for easy handling and storage
• Ideal for air compressors, pneumatic tools, and workshop applications
• Equipped with 1/4" NPT male fixed brass fittings for secure connections
• 4-finger bend restrictor enhances durability at critical stress points