Technicians either swear by this method or absolutely despise it with every fiber in their being. Even the most experienced technicians can accidentally ruin a flare by tightening down too much. However, there is still a level of feel required to use this tool properly to avoid over-flaring. I’ve heard technicians swear by these tools more than any other flaring method. These tools often come with a depth stopper, and they take less time to set up than a flaring block. Yellow Jacket makes a great handheld flaring too l that makes the process much easier than the block. Some of the better flaring blocks have depth stoppers on the tool to ensure you leave only enough copper sticking out that is required to make the flare. If you don’t know what you’re doing, you can very easily mess things up or over-flare the copper. You can make high-quality flares using a flaring block if you really know what you’re doing. Whatever the case, here are the most common methods for flaring copper and some best practices to ensure your connections are leak-free and durable.įlaring blocks are the tried and true old-school method for flaring copper. Either the flare is too tight, not tight enough, or was made poorly in the first place. Regardless of the reason, flared connections are notorious in our trade for being popular leak areas. However, you may encounter certain situations where flared fittings are more practical than a braze joint. Most of the time, the application is for mini-split/ductless installs. Technicians have to make flare fittings in the field every day.
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