Osg 3G-OTH-311688 — Compatible Parts & Alternatives

You searched for 1652007008

13 compatible products found for Osg 3G-OTH-311688. All items ship worldwide via DHL.

Also known as:1652007008OSG

Cross-reference match for “1652007008”

“1652007008” 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

OSG Extension Tap: M14x1.5 Metric

SKU: 3G-OTH-311688

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Osg 3G-OTH-311688 — Compatible Parts & Alternatives

Cross-reference match for “1652007008”

OSG Extension Tap: M14x1.5 Metric

More from Osg

OSG Extension Tap: M24x2 Metric, D7 / 4H-6H, 4 Flute, Modified Bottoming Chamfer (MPN 1652009408). Key specifications — attr1315101: D7 / 4H-6H.

Osg Spiral-flute extension tap for threading multiple materials in deep-hole or hard-to-reach applications. M18x2.5 thread, D7 / 4H-6H tolerance, modified bottoming chamfer, 4 flutes. Extended reach and spiral-flute design aid chip evacuation.

OSG Extension Tap: M18x2 Metric, D7 / 4H-6H, 4 Flute, Modified Bottoming Chamfer (MPN 1652008208). Key specifications — attr1315101: D7 / 4H-6H.

OSG Extension Tap: M4.5x0.75 Metric, D4 / 6H, 3 Flute, Modified Bottoming Chamfer (MPN 1652001908)

Osg Spiral-flute extension tap for threading blind or deep holes in multiple materials. The spiral-flute design evacuates chips upward, and the modified bottoming chamfer allows threading close to the hole bottom. Thread size #12-28 UNF, tolerance class H3 / 2B-3B, 2-flute design.

Osg Spiral-flute extension tap for threading multiple materials in hard-to-reach or deep-hole applications. Features a modified bottoming chamfer and 3 flutes for chip evacuation. Thread size M5x0.5, tolerance class D3 / 4H-6H.

Osg Spiral-flute extension tap for threading blind holes and hard-to-reach areas in multiple materials. Features 1/2"-13 UNC thread size, H5 tolerance for 2B-3B fit, 3 flutes, and modified bottoming chamfer. Extended reach and spiral-flute design aid chip evacuation in confined spaces.