JIS Spiral Flute Taps With Coating

Wilson Newest JIS Spiral Flute Taps With Coating is a threading tool produced according to Japanese Industrial Standards (JIS). The surface of the tap has undergone special coating treatment, significantly improving its cutting performance and service life.

Value advantages of JIS Spiral Fluent Taps With Coating

1.Whole life cycle cost optimization

1.1 Reduction in tool replacement frequency

Coating technology (such as TiAlN) extends the life of taps by 2-5 times. Taking the processing of 45 # steel with M8 × 1.25 specifications as an example:

Uncoated taps wear out after processing about 500 pieces, while coated taps can process 1500-2500 pieces, reducing the cost sharing of a single tool by 60% -80%.

1.2 Cost reduction of cutting assistance

The high wear-resistant coating allows for a reduction in cutting fluid concentration or the use of dry cutting (such as TiAlN for dry machining of cast iron), reducing cutting fluid consumption by 30% to 50% and correspondingly lowering waste liquid treatment costs.

2.Production efficiency and precision premium

2.1 Increase in cutting speed and feed rate

Compared to uncoated taps, coated taps can increase cutting speed by 30% to 50%:

When processing aluminum alloys, the speed can be increased from 100rpm to 150-200rpm, reducing the processing time of a single piece by 25%, and increasing the daily output of a single equipment by 150-200 pieces.

The spiral groove design reduces chip blockage, eliminating the need for frequent tool retraction and chip removal during blind hole machining, and shortening process time by 10% to 15%.

2.2 The Direct Value of High Precision Threads

The thread accuracy reaches JIS 6H/6g level, with a surface roughness Ra ≤ 1.6 μ m, which can directly meet the grinding free assembly needs of automotive engine cylinder blocks, aerospace fasteners, etc., eliminating the need for subsequent precision machining processes and reducing single piece costs by $0.5~$2.

Wilson JIS Spiral Flute Taps With Coating Parameter (Specification)