Professional Brake Line Flaring Tool Kit, 45 Degree Single Double Bubble Flares for 3/16in 1/4in 5/16in 3/8in Tubing, Suitable for Soft Metal Flaring and Brake Repair

1 Reliable Material Flaring tool kit is made of excellent steel with resistant sturdy structure ensuring professional work 2 Excellent Craftsmanship Tempered steel chrome plating provides high strength and long term durability resulting in a 45 web angle 3 Strong Performance This flaring tool has excellent flared that fits properly on standard fittings with no leaks which is and secure grip on tubing 4 High Adaptability The flaring tool applies to a wide range of pipe types which is suitable pipe sizes are 3/16in 1/4in 5/16in 3/8in 7/16in 1/2in 5/8in 5 Multiple Usage Flaring tool kit can be used to make one or two flashlights and also can be used to cut copper or aluminum tubing Spec Item Type Flaring Tool Material 45 steel Model CT 195A imperial Specification CT 195A 3/16in 1/4in 5/16in 3/8in 7/16in 1/2in 5/8in Use For the reaming of other pipes such as copper and aluminum pipes Package List 1 x Flaring Tool 1 x Bracket

• Versatile Flaring Capabilities: ---- This professional brake flaring tool supports creating single, bubble, and double flares for a variety of materials, including steel, stainless steel, copper, and aluminum, making it ideal for brake lines and fuel lines.
• Multiple Tube Sizes Compatible: ---- Designed to accommodate 3/16 inch (4.75mm), 1/4 inch (6.35mm), 5/16 inch (8mm), and 3/8 inch tubing, ensuring a fit for your specific requirements.
• Leakproof Connection: ---- Achieve professional-grade results with this tool kit, providing a to brake line ends for a leakproof connection, eliminating the frustration of leaks.
• Effort Saving Design: ---- This tool reduces the need for excessive manual effort, making it suitable for both professionals and enthusiasts looking to create dependable flares .
• Durability: ---- Built with high strength metal materials, this brake flaring tool is designed for use, promising consistent and performance over time.