
GBP 57 M B 60° HSS-E- DIN h9 DIN DIN PM 13 371 376 4 ≤3×D ≤ M10 ≥ M12 GARANT Master Tap SteelHT through hole machine tap High-performance tap, specially developed for use in steels with high tensile strength and for difficult-to-machine materials. Strong spiral point, for process stability at high cutting forces. ■ HSS-E-PM tool material – for very high cutting edge stability. 13 1940 ■ Optimised honed cutting edges. ISO 2X ■ TiCN coating – for maximum wear protection. 6HX 13 1946 – Tolerance class: ISO 3X/6GX. Application: 13 1946 – For components which are galvanised or shrink slightly when hardened. Recommendation: For TOOLOX and HARDOX materials we recommend deviating from the DIN data (see table) by selecting a larger tapping hole ⌀. 13 1946 ISO 3X 6GX L ØD Ø DS Suitable for/ vc [m/min] ISO code N N N P P P P P H H H H H H H H M S 13 1940/1946 30 20 15 12 5 15 5 7 5 ● ● M 13 1940 13 1946 Thread pitch L ⌀ Ds □ Tapping hole ⌀ 11I 11I GARANT Master Tap Steel HT machine tap HSS-E-PM HSS-E-PM Form B Form B 6HX 6GX TiCN TiCN mm mm mm mm mm M3 eShop eShop 0.5 56 3.5 2.7 2.5 M4 eShop eShop 0.7 63 4.5 3.4 3.3 M5 eShop eShop 0.8 70 6 4.9 4.2 M6 eShop eShop 1 80 6 4.9 5 M8 eShop eShop 1.25 90 8 6.2 6.8 M10 eShop eShop 1.5 100 10 8 8.5 M12 eShop eShop 1.75 110 9 7 10.2 M14 eShop eShop 2 110 11 9 12 M16 eShop eShop 2 110 12 9 14 M20 eShop eShop 2.5 140 16 12 17.5 M24 eShop eShop 3 160 18 14.5 21 M27 eShop – 3 160 20 16 24 M30 eShop – 3.5 180 22 18 26.5 13 GARANT MASTER TAP STEELHT – THE PROBLEM-SOLVER FOR HIGH-STRENGTH STEELS Discover the outstanding characteristics of the GARANT Master Tap SteelHT Through hole Blind hole TiCN coating. TiAlN coating. Very smooth coating surface. Reduction of cutting High heat resistance. resistance in the push direction. Low frictional resistance. Special spiral point. Optimised guide thread. High stability. High process reliability due to avoidance of chip jamming. HSS-E-PM substrate. High cutting edge stability and Without interference contours. wear resistance. Threads can be tapped almost to the bottom of the hole. 271