1/8" to 3/4" OD Deluxe Flare Tool

Yellow Jacket® 60278 Deluxe Flaring Tool – Precision Flaring for HVAC and Plumbing Applications

The Yellow Jacket® 60278 Deluxe Flaring Tool is engineered for consistent 45-degree flaring of soft copper, aluminum, and brass tubing in sizes ranging from 1/8" to 3/4" O.D. This tool is designed to meet the requirements of professional mechanical contractors working in HVAC, refrigeration, and general plumbing systems where secure, leak-free flared joints are essential.

Built for frequent use, this heavy-duty flaring tool features hardened components and a rugged frame, ensuring long-term performance under field conditions. The tool allows accurate flare formation with minimal material deformation, helping reduce installation time and rework.

Product Features

• Size Range: Handles tubing from 1/8" to 3/4" O.D.
• Standard Flare Angle: 45° for compatibility with most HVAC and plumbing fittings
• Precision Machining: Produces uniform flare geometry for improved sealing integrity
• Durable Construction: Designed to withstand jobsite wear and repeated daily use
• Application Scope: Suitable for use on soft metals including copper, aluminum, and brass

Specifications

• Tool Type: Manual flaring tool
• Flare Angle: 45 degrees
• Tubing Capacity: 1/8" to 3/4" O.D.
• Compatible Materials: Copper, aluminum, brass
• Usage: HVAC/R systems, gas lines, plumbing flared joints

Usage Considerations

This tool is designed for field and bench-top use in professional settings. Accurate flaring technique is critical for optimal seal performance—improper preparation or over-tightening may lead to compromised joints. For best results, use with clean, properly deburred tubing and follow standard flaring procedures.

Contractor Notes

The Yellow Jacket 60278 flaring tool is a standard in HVAC and refrigeration trades for its repeatable performance and compatibility with common tubing sizes. It is well-suited for pressure systems requiring flare fittings, offering precision and durability that meet commercial jobsite demands.