Multi-Purpose Rubber Air Hose Assemblies | Durable and Heat-Resistant for Industrial Use

The Multi-Purpose Rubber Air Hose Assemblies are the go-to solution for those who require the strength and durability of true synthetic rubber. Unlike hybrid polymer hoses, synthetic rubber won’t melt or soften around sparks or heat, making it ideal for industrial environments where heat exposure is common. Rated to withstand temperatures as low as -40°C, this hose is designed for tough conditions while maintaining flexibility and performance. Featuring 1/4" brass male pipe thread fittings on both ends, these hoses easily connect to most compressors and air accessories, delivering reliable performance with a working pressure of 250 PSI.

Key Features: True Synthetic Rubber for Ultimate Durability

• True Synthetic Rubber Construction: Unlike hybrid polymers, this hose resists melting or softening when exposed to sparks or heat, ensuring durability in high-temperature environments.
• Low Temperature Flexibility: Stays flexible even in extreme cold, with a temperature rating down to -40°C, making it suitable for various outdoor and industrial applications.
• 250 PSI Working Pressure: Rated to handle up to 250 PSI, providing consistent and reliable performance for air tools and compressors.
• 1/4" Brass Fittings: Equipped with 1/4" brass male pipe thread (MPT) fittings on both ends for a secure and leak-free connection to most air compressors and accessories.
• Versatile Size: The 1/4" inner diameter (I.D.) is perfect for a wide range of pneumatic tools and accessories, ensuring efficient air flow.

Reliable Performance in Heat-Exposed Environments

The Multi-Purpose Rubber Air Hose Assemblies offer the toughness and heat resistance required for industrial and heavy-duty applications. Whether you're working in extreme cold or around hot sparks, this true rubber hose maintains its integrity and flexibility. With its durable construction and secure brass fittings, this hose is an excellent choice for professionals who need reliable performance in challenging conditions.