The TiCN coating on these taps protects them from wear and is harder and more wear-resistant than a TiN coating. Non-coolant-through taps do not have coolant holes, so a separate hose is required to bring coolant to the cutting area if it is needed. Powdered-metal with high-speed steel taps are an economical alternative to powdered-metal with cobalt taps.

These taps meet DIN length standards and have a longer overall length than taps that meet ISO, ANSI, and JIS length standards. They also meet ANSI shank standards, which means they measure their shank diameter in inches and fit in standard tools used in the U.S. The TiCN coating on these taps protects them from wear and is harder and more wear-resistant than a TiN coating. Coolant-through taps have holes that allow coolant to flow to their tip to reduce heat and friction during threading tasks. Powdered-metal with high-speed steel taps are an economical alternative to powdered-metal with cobalt taps.

The TiCN coating on these taps protects them from wear and is harder and more wear-resistant than a TiN coating. Non-coolant-through taps do not have coolant holes, so a separate hose is required to bring coolant to the cutting area if it is needed. Powdered-metal with cobalt taps provide better high-temperature resistance than powdered-metal with high-speed steel taps.

These taps meet DIN length standards and have a longer overall length than taps that meet ISO, ANSI, and JIS length standards. They also meet ANSI shank standards, which means they measure their shank diameter in inches and fit in standard tools used in the U.S. The TiCN coating on these taps protects them from wear and is harder and more wear-resistant than a TiN coating. Coolant-through taps have holes that allow coolant to flow to their tip to reduce heat and friction during threading tasks. Powdered-metal with cobalt taps provide better high-temperature resistance than powdered-metal with high-speed steel taps.

The TiCN coating on these taps protects them from wear and is harder and more wear-resistant than a TiN coating. Coolant-through taps have holes that allow coolant to flow to their tip to reduce heat and friction during threading tasks. Powdered-metal with cobalt taps provide better high-temperature resistance than powdered-metal with high-speed steel taps.

The black-oxide finish on these taps retains lubricants to improve the taps' wear resistance and chip flow. Powdered-metal with cobalt taps provide better high-temperature resistance than powdered-metal with high-speed steel taps.

The TiCN coating on these taps protects them from wear and is harder and more wear-resistant than a TiN coating. Coolant-through taps have holes that allow coolant to flow to their tip to reduce heat and friction during threading tasks. Powdered-metal with high-speed steel taps are an economical alternative to powdered-metal with cobalt taps.

The bright finish on these taps provides a smooth, polished surface. Powdered-metal with cobalt taps provide better high-temperature resistance than powdered-metal with high-speed steel taps.