DIN Extended Rolling Taps

When it comes to Wilson newest DIN extended rolling taps, experienced professionals know that its most obvious advantage is that the handle and shaft are longer than ordinary rolling taps. This is not an arbitrary length, each model is precisely designed according to the needs of different industries. For example, when making engine cylinder blocks in car factories, the holes inside are deep and narrow, and threads need to be machined. Ordinary rolling taps cannot reach the bottom at all. With this extended type, it can be steadily inserted and produce highly accurate threads.

Aerospace parts manufacturing pays more attention to details. Some structures are very complex and the thread position is particularly tricky. Compared with ordinary rolling taps, this type of product can reach the bottom of the hole with its length advantage in deep hole thread processing, achieve stable and high-precision thread forming, significantly improve processing efficiency and quality, and reduce scrap rate. It is a key tool for deep thread processing in large-scale equipment manufacturing, shipbuilding and other fields. Ordinary cutting tools are completely powerless, while extended rolling taps can easily "reach" and successfully complete the processing task.

In terms of materials, they are also made of solid materials, mostly using high-performance high-speed steel, and even better ones may use cobalt containing high-speed steel. The rolling tap made of high-speed steel has excellent toughness and is not easy to break or fracture during processing; Cobalt containing high-speed steel is even more powerful. Even if the cutting speed is fast and the temperature rises too high, the blade will not become soft or wear out, and can always remain sharp. The quality of the threads produced is naturally impeccable.

Compared with ordinary rolling taps, the advantages of DIN extended rolling taps are fully demonstrated when processing deep hole threads. It can extend all the way to the bottom of the hole, with stable processing from beginning to end, and the threads produced by the lathe are standard and uniform. When building large machinery and ships, the deep hole thread machining on those large parts relies entirely on it to ensure efficiency and accuracy, and the scrap rate can be significantly reduced. It is the real "main force" on the production line.

Wilson DIN Extended Rolling Taps Parameter (Specification)