ISO Rolling Taps With Coating

Wilson classy ISO Rolling Taps With Coating works based on the principle of metal plastic deformation, using its special multi edge structure to apply strong extrusion force to the metal on the hole wall during the process of screwing into the workpiece, forcing the metal material to produce plastic flow and redistribute, thereby "shaping" the precise thread shape, rather than cutting off the metal like a cutting tap. The surface of the tap is coated with coatings such as TiN, TiCN, etc. These coatings give the tap high hardness, low friction, good chemical stability, and greatly improve tool life, reduce tapping torque, and minimize machining interruptions.

Features and advantages:

When using it to process threads, the material is "extruded" instead of "gnawed" like a regular tap. The advantage of doing so is that the "bones" (metal fibers) inside the material will not be cut, and the threaded surface is also particularly smooth. The surface will also form a natural "hard shell", which makes the thread itself harder and more wear-resistant. Moreover, the smooth surface also makes assembly work such as tightening screws and nuts much easier.

Working without getting stuck, with high efficiency:

Using it to process threads produces almost no iron filings. Imagine that during the processing of a regular tap, iron filings are flying all over the sky and we have to stop and clean them, which is a lot of trouble. This tap eliminates these troubles, you can finish it in one go, and the processing speed will naturally be faster. The time saved is the money saved, and there is also less effort to clean up iron filings.

Extremely durable, more cost-effective to use:

The surface of the tap is coated with a special layer of "armor" (coating), which is extremely hard and not easily worn out. When processing, it is like wearing armor and is not easily "worn" by the workpiece material. And this layer of "armor" is particularly "tough", not afraid of corrosion from cutting fluids and various processing environments. In this way, a tap can be used for a long time, with fewer tool changes, and the cost naturally decreases.

Twisting it up is more effortless, and the machine is also easy:

Because of the "low friction" coating, the resistance encountered by the tap when "drilling" in the workpiece is much smaller. Twisting it feels much lighter and the tightening force is more stable. Not only does it save energy, but it also makes the machine run more easily and consumes less energy. At the same time, the friction is reduced, the heat generated is also reduced, making it less likely to damage the workpiece material and better protecting the tap itself.

Wilson ISO Rolling Taps With Coating Parameter (Specification)