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Other Items from BSTP THREAD MILLS
3/4-14 Carbide Thread Mill BSTP - Our premium carbide Tialn coated thread mills have helical flute geometry. This dramatically reduces cutting pressure, which results in higher feed rates, faster cycle times, better surface finish and accuracy, and lower cost per hole.
1/2-14 Carbide Thread Mill BSTP - Our premium carbide Tialn coated thread mills have helical flute geometry. This dramatically reduces cutting pressure, which results in higher feed rates, faster cycle times, better surface finish and accuracy, and lower cost per hole.
3/8-19 Carbide Thread Mill BSTP - Our premium carbide Tialn coated thread mills have helical flute geometry. This dramatically reduces cutting pressure, which results in higher feed rates, faster cycle times, better surface finish and accuracy, and lower cost per hole.
1/4-19 Carbide Thread Mill BSTP - Our premium carbide Tialn coated thread mills have helical flute geometry. This dramatically reduces cutting pressure, which results in higher feed rates, faster cycle times, better surface finish and accuracy, and lower cost per hole.
2-11 Carbide Thread Mill BSTP - Our premium carbide Tialn coated thread mills have helical flute geometry. This dramatically reduces cutting pressure, which results in higher feed rates, faster cycle times, better surface finish and accuracy, and lower cost per hole.
1-11 Carbide Thread Mill BSTP - Our premium carbide Tialn coated thread mills have helical flute geometry. This dramatically reduces cutting pressure, which results in higher feed rates, faster cycle times, better surface finish and accuracy, and lower cost per hole.
1/8-28 Carbide Thread Mill BSTP - Our premium carbide Tialn coated thread mills have helical flute geometry. This dramatically reduces cutting pressure, which results in higher feed rates, faster cycle times, better surface finish and accuracy, and lower cost per hole.
1/16-28 Carbide Thread Mill BSTP - Our premium carbide Tialn coated thread mills have helical flute geometry. This dramatically reduces cutting pressure, which results in higher feed rates, faster cycle times, better surface finish and accuracy, and lower cost per hole.
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