Kennametal Carbide Machine Taps

Beyond™ High-Performance Solid Carbide Taps

Primary Application

Solid carbide taps offer higher productivity and outstanding performance in a wider range of materials than formerly possible. Get more production from a single tool and superior accuracy of product thread that surpasses the competition. Kennametal High-Performance Solid Carbide Taps are available in various specifications with enhanced precision and design, which translates into longer tool life, excellent performance, and exceptional wear resistance.

High performance to surpass competitive taps.
More production from a single tool.
Available in various specifications.

Features and Benefits

Advanced Technology

Manufactured with micrograin carbide for exceptional wear life.
Ideal for long production runs where fewer tool changes equate to greater productivity.
Designed for outstanding tool life in steel, cast iron, aluminium, and hardened materials.
Runs 4x faster and lasts 4x longer than conventional taps.
Tap runout less than 10 microns (.0004").
PVD nanolayer TiAlN/TiN coated carbide grade.

Application Information

Maximum chip control and free cutting in through holes.
For use on CNC machines with synchronous or rigid
tapping control and precision toolholders.
Straight-flute taps for sizes M4 and larger for ductile or cast iron.
Can be factory reconditioned to original specifications and tolerances.

Customisation

Engineered solutions available upon request.
Available in various specifications.

Click through to the products to see videos of them in action, and also find their related matching tools.

T481 Forming Tap

Roll taps for through hole

Product Code	D1 Size	L	L3	L2	D	Flutes
T481MF100X100R6HX KC7512 »	M10 x 1	90.00	12.00	40.00	10.00	3.00
T481MF120X150R6HX KC7512 »	M12 x 1.5	100.00	14.00	48.00	12.00	3.00

T491 Forming Tap

Roll taps for blind hole

Product Code	D1 Size	L	L3	L2	D	Flutes
T491MF100X100R6H KC7512 »	M10 x 1	90.00	12.00	40.00	10.00	3.00
T491MF120X150R6HX KC7512 »	M12 x 1.5	100.00	14.00	48.00	12.00	3.00