Vega Bond Spray Foam Hose & Gun Assembly for 2-Part Foam Systems –10 ft - Compatible with Other Foam Systems

The Vega Bond Spray Foam Hose & Gun Assembly is a professional-grade applicator designed for use with 2-part spray foam systems. Available in 10 ft and 15 ft lengths, this assembly provides the flexibility and reach needed for both small projects and large insulation jobs. This hose and gun assembly is designed to be compatible with select major spray foam systems, including those compatible with FROTH-PAK, DAP, Touch’n Seal, and Handi-Foam. Actual compatibility may vary depending on system configuration and foam model. For best performance, this assembly is designed to be used with Vega Bond spray foam nozzles, which are engineered specifically for proper fit and spray consistency with Vega Bond equipment. Whether you’re applying open cell or closed cell foam, the Vega Bond hose and gun assembly delivers smooth operation, consistent output, and professional results across residential and commercial insulation applications.

• Professional Spray Foam Hose & Gun Assembly Designed for 2-part spray foam systems, delivering reliable flow, consistent mixing at the nozzle, and precise foam control.
• Available in 10 ft and 15 ft Lengths Choose the right hose length for your project — shorter runs for tight spaces or extended reach for larger job sites.
• Compatible with Multiple Major Brands Designed to work with select 2-part spray foam systems compatible with FROTH-PAK, DAP, Touch’n Seal, and Handi-Foam (compatibility may vary by model)
• Optimized for Vega Bond Nozzles Engineered to pair perfectly with Vega Bond spray foam nozzles, ensuring proper fit, consistent spray pattern, and dependable performance.
• Open Cell & Closed Cell Ready. Suitable for both open cell and closed cell spray foam applications when used with compatible foam systems and nozzles.
• Contractor-Grade Construction. Built for insulation contractors, builders, and professional installers who need durability, flexibility, and dependable job-site performance.