Imperial 93-FB Double Flaring Tool Kit 5 Adapters

Product Description

The IMPERIAL 93-FB is a double flaring tool kit designed for creating reliable double flares on soft metal tubing used in refrigeration, HVAC, and automotive brake line applications. The kit includes a flaring bar, yoke, and five adapters that together allow a technician to produce consistent, leak-resistant double flares across multiple tubing sizes. Double flares are required in many mechanical and refrigeration systems where single flares are not acceptable. At 3 pounds, the kit is compact enough for field use and organized jobsite work. Licensed HVAC technicians and plumbers are the primary users of this tool.

This kit is suited for residential and light commercial service work where copper or aluminum soft tubing must be flared and joined at fittings. Typical applications include refrigerant line connections, fuel line repairs, and hydraulic or brake tubing in shop environments. The five included adapters expand the range of tubing sizes a single technician can work with without carrying multiple separate tools.

Key Features

• Double flaring capability for leak-resistant, code-acceptable tubing joints
• Includes flaring bar and yoke for complete flaring operation
• Five adapters included to cover multiple tubing sizes
• Compact design at 3 pounds for field portability
• Suitable for copper and soft aluminum tubing common in HVAC and refrigeration

Compatibility

Designed as an OEM-style flaring tool kit for use with soft metal tubing in HVAC, refrigeration, and plumbing applications requiring double flares.

Installation Notes

This tool is used by licensed HVAC technicians, refrigeration mechanics, and plumbers. Always depressurize and evacuate any refrigerant or fluid system before cutting or flaring tubing. Secure the tubing squarely in the flaring bar to the correct depth before forming the flare to avoid splits or uneven seating. Follow applicable mechanical codes and manufacturer fitting specifications when selecting flare type for a given system.