Feature

●Tap and drill: Tap thread size: M2 x 0.4, drill diameter: 1.6 mm / 0.06". High speed steel tool has a high hardness and toughness for wear resistance.
●Spiral point tap: spiral pointed design, downward chip removal, right hand thread Suitable for machining through threads and for threading aluminium, stainless steel, bronze and hard plastics. Titanium coating provides excellent corrosion resistance and wear resistance.
●Twist drill: spiral chip space design for fast and clean chip removal. Sharp cutting edge provides smooth cutting and no interference. Cobalt high-speed steel tool has high hardness (HRC65-66) and high red hardness, high wear resistance.
●Use of taps: used on drills, tapping machines, CNC and milling machines. Use tapping oil to get higher quality threads and more durable taps. It is recommended to use machine taps with thread cutting pliers with overload protection.
●Drill Tips A suitable lubricant promotes cutting or cooling, facilitates cutting and improves smoothness and dimensional accuracy. Choose a suitable feed speed and cutting speed to increase the tool life.


Description

Technical data:

Spiral Tip Tap:

Thread Size: M2 x 0.4; Thread Length: 10mm/0.39";

Square end size: 2.4 mm / 0.09 inches; total length: 42 mm / 1.65 inches.

Material: 6542 High Speed Steel (HSS); Finish: Titanium Coated; Cutting Direction: Right Handed

Twist drill:

Cutting edge diameter: 1.6 mm / 0.06 inches; shaft diameter: 1.6 mm / 0.06 inches.

Blade length: 16 mm / 0.63 inches; total length: 42 mm / 1.65 inches.

Material: M35 cobalt high speed steel (HSS).

Package includes:

1 x Spiral Tip Tap, 1 x Twist Drill


Descriptions:

Spiral chip space design for fast and clean chip removal, no interference, chips do not stick easily to the tool, tool made of cobalt high-speed steel f features high hardness (HRC65-66) and high red hardness, high wear resistance, good for general applications. A suitable lubricant promotes cutting or cooling, facilitates cutting and improves smoothness and dimensional stability. In combination with the material to be machined, choose a suitable feed and cutting speed to improve the service life of the tool and achieve better machining accuracy and performance.