![]() Like I said, nothing comes even close to the ability that this combination does. It greatly extends the life of taps, reamers, and high speed steel, lathe form cutting tools. When you mix it with 80% dark cutting oil and 20% “tap magic” you wind up with something that cannot be beat. I still have / use some of that tap juice, as I knew it was being outlawed and I purchased a small stock of it. It was outlawed in the mid nineties because of it’s cloronated solvent base. They have yet to even come close to the cutting ability of ANY other brand / type. I can remember the original “tap magic” The one that had the cloronated “tricloromethane in it was the absolute best. Please read our disclosure for more info. Works particularly well on stainless steel and copper. If you are going to tap a hole, this is what you want to use, Extends tool life and nearly eliminates broken taps. Just apply a little bit of this magic fluid in the hole and this will prevent your tap from breaking. Probably the best cutting fluid to operate on Titanium. A minimum quantity applied to any tool will keep any tool cool and make it last longer. Like the wax mentioned above, this cutting fluid works great on harder materials. This cutting fluid – or cutting wax – works pretty well on harder materials like stainless steel or exotic alloys. ![]() Rub some of it on your tap and be sure that it won’t break.Īnother effective multi-purpose wax. Not exactly the cutting fluid that any machinist would imagine, but it’s cheap, and can be used in multiple occasions. Works just as well as a lot of other fancier and more expensive fluids in the market. Although the regular version is expected to work well on any type of material, we recommend using the Tap Magic Aluminum on aluminum parts to avoid stains.Īnother pretty solid cutting fluid, and it’s been around since the 1800s. Probably one of the most used cutting fluids in the trade. Here are some of the best options available in the market and the material they are most suitable for. Some of them are more suitable for soft alloys, while some others are designed to perform on harder materials, like Titanium or Inconel. There’s definitely a great variety of lubricants out there that can be used. ![]() Lubricating the point of contact between the drill’s margin and the hole’s wall can also reduce the torque required from the machine.Īlthough some alloys, like aluminum, are typically more forgiving due to the relatively low cutting temperature, it is generally better to use cutting fluid in any occasion. Without fluids, chips can bind in the hole, and average roughness of the machined surface can be twice as high as what is possible with a wet operation. How to prevent this from happening? Two magic words: CUTTING FLUID.Ĭutting fluid is a (cutting tool) life saver in operations like tapping, reaming and drilling.ĭrilling in particular calls for lubrication at the drill’s tip and flushing to eject chips from the hole. We all know it, dealing with a broken tap can be a pain.Īlthough there are several ways to deal with it, drilling out a broken tap out is generally time-consuming, challenging and requires a lot of extra work.
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