The TiAlN coating on these straight-flute thread mills withstands high temperatures and protects the thread mills from wear when milling hard materials. The TiAlN coating allows the thread mills to be used at faster speeds than thread mills with a bright finish. Carbide thread mills offer excellent wear resistance, heat resistance, and hardness.

These straight-flute thread mills have a bright finish that provides a smooth, polished surface. They are suitable for general purpose applications at slower speeds in nonferrous materials. Carbide thread mills offer excellent wear resistance, heat resistance, and hardness.

These straight-flute thread mills have a staggered-tooth design that reduces side-cutting pressure in thread-milling applications. They can be used for internal and external threading applications. The thread mills have a bright finish that provides a smooth, polished surface. They are suitable for general purpose applications at slower speed in nonferrous materials. These thread mills have a carbide head that offers excellent wear resistance, heat resistance, and hardness, and they have a high-speed steel shank. Carbide-head thread mills provide more wear resistance than carbide-tipped thread mills and tolerate more vibration and shock than carbide thread mills.

These straight-flute thread mills have a staggered-tooth design that reduces side-cutting pressure in thread-milling applications. They can be used for internal and external threading applications. The thread mills have a bright finish that provides a smooth, polished surface. Bright finish thread mills are suitable for general purpose applications at slower speeds in nonferrous materials. These thread mills are made entirely from carbide, which offers excellent wear resistance, heat resistance, and hardness.

These straight-flute thread mills have a staggered-tooth design that reduces side-cutting pressure in thread-milling applications. They can be used for internal and external threading applications. The thread mills have a bright finish that provides a smooth, polished surface. They are suitable for general purpose applications at slower speeds in nonferrous materials. Carbide-tipped thread mills have carbide cutting edges that provide excellent hardness and heat resistance. The thread mills' body and shank are made from high-speed steel, which allows these thread mills to tolerate more vibration and shock than carbide or carbide-head thread mills.

These straight-flute thread mills have a staggered-tooth design that reduces side-cutting pressure in thread-milling applications. They can be used for internal and external threading applications. The thread mills have a TiAlN coating that withstands high temperatures and protects the thread mills from wear when milling hard materials. The TiAlN coating allows the thread mills to be used at faster speeds than thread mills with a bright finish. These thread mills have a carbide head that offers excellent wear resistance, heat resistance, and hardness, and they have a high-speed steel shank. Carbide-head thread mills provide more wear resistance than carbide-tipped thread mills and tolerate more vibration and shock than carbide thread mills.

These straight-flute thread mills have a staggered-tooth design that reduces side-cutting pressure in thread-milling applications. They can be used for internal and external threading applications. The thread mills have a TiAlN coating that withstands high temperatures and protects the thread mills from wear when milling hard materials. The TiAlN coating allows the thread mills to be used at faster speeds than thread mills with a bright finish. These thread mills are made entirely from carbide, which offers excellent wear resistance, heat resistance, and hardness.

These straight-flute thread mills have a staggered-tooth design that reduces side-cutting pressure in thread-milling applications. They can be used for internal and external threading applications. The thread mills have a TiAlN coating that withstands high temperatures and protects the thread mills from wear when milling hard materials. The TiAlN coating allows the thread mills to be used at faster speeds than thread mills with a bright finish. Carbide-tipped thread mills have carbide cutting edges that provide excellent hardness and heat resistance. The thread mills' body and shank are made from high-speed steel, which allows these thread mills to tolerate more vibration and shock than carbide or carbide-head thread mills.

The diamond-like carbon (DLC) coating on these thread mills protects them from wear when milling abrasive materials such as stainless steel, ceramics, plastics, and aluminum alloys.

The Durorey coating on these thread mills protects them from wear and provides excellent heat resistance when milling high-hardness steel.

The AlCrN coating on these thread mills protects them from wear during dry, high-speed machining applications. It is harder, resists cracking and oxidization better, and performs better in high-feed applications than a TiAlN coating. It also resists high heat better than an AlTiN coating.