Osg Spiral Flute 3G-OTH-211208 — Compatible Parts & Alternatives

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13 compatible products found for Osg Spiral Flute 3G-OTH-211208. All items ship worldwide via DHL.

Also known as:1660000200OSG SPIRAL FLUTE

Cross-reference match for “1660000200”

“1660000200” reads like a competitor / OEM part number. The 3G-catalog equivalent is below. Not an exact fit? Our global supplier network covers thousands of brands — add it to an RFQ and we’ll quote it.

OSG SPIRAL FLUTE

OSG SPIRAL FLUTE Coolant-Through Spiral-Flute Tap for Aluminum, M6x1, D5 / 4H-6H, Bottoming Chamfer, Carbide, 3 Flutes

SKU: 3G-OTH-211208

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Osg Spiral Flute 3G-OTH-211208 — Compatible Parts & Alternatives

Cross-reference match for “1660000200”

OSG SPIRAL FLUTE Coolant-Through Spiral-Flute Tap for Aluminum, M6x1, D5 / 4H-6H, Bottoming Chamfer, Carbide, 3 Flutes

More from Osg Spiral Flute

OSG SPIRAL FLUTE Tap: M12x1.75 Metric, D6 / 4H-6H, 3 Flute, Modified Bottoming Chamfer, Carbide (MPN 1660001100). Key specifications — attr1299826: D6 / 4H-6H.

Osg Spiral Flute Carbide bottoming chamfer tap with 3 flutes and coolant-through design for threading blind holes in aluminum and non-ferrous materials. M8x1.25 metric thread, D5 / 4H-6H tolerance. Spiral flutes evacuate chips upward; coolant passages improve lubrication and heat dissipation.

Osg Spiral Flute This carbide spiral-flute tap features a modified bottoming chamfer and three flutes for threading aluminum and non-ferrous materials. The coolant-through design aids chip evacuation in blind-hole applications. Thread size: 7/16"-14 UNC, tolerance H5 / 2B-3B.

Osg Spiral Flute Carbide coolant-through spiral-flute tap with M6x1 metric thread, D5 / 4H-6H tolerance, 3 flutes, and modified bottoming chamfer. Designed for threading aluminum and non-ferrous materials in through-hole and blind-hole applications.

Osg Spiral Flute This coolant-through spiral-flute tap is designed for threading aluminum and non-ferrous materials. It features a carbide construction with a modified bottoming chamfer and three flutes, enabling efficient chip evacuation and deeper hole threading in CNC machining applications.