54032 — Cross-Reference

Our equivalent: Chicago-latrobe 3G-OTH-200105

13 compatible products found for Chicago-latrobe 3G-OTH-200105. All items ship worldwide via DHL.

Also known as:54032CHICAGO-LATROBE

Cross-reference match for “54032”

“54032” 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.

CHICAGO-LATROBE

CHICAGO-LATROBE NAS 907 Type J Cobalt Jobber-Length Drill Bit, #22, TiN-Coated, 135° Split Point, 0.1570 in

SKU: 3G-OTH-200105

Available by RFQQuote + Service

54032 — Cross-Reference

Cross-reference match for “54032”

CHICAGO-LATROBE NAS 907 Type J Cobalt Jobber-Length Drill Bit, #22, TiN-Coated, 135° Split Point, 0.1570 in

More from Chicago-latrobe

Chicago-latrobe This 23/64" jobber-length drill bit is made of TiN-coated cobalt and features a 135° split point. It conforms to NAS 907 Type J standards. Used for drilling in aerospace and other high-precision industrial applications where tough materials are encountered.

Chicago-latrobe This jobber-length drill bit is made from TiN-coated cobalt and features a 135° split point. It meets NAS 907 Type B specifications for aerospace drilling applications. The 8 mm (0.3150 in) diameter is suited for precision holemaking in hard materials.

Chicago-latrobe Cobalt jobber-length drill bit with a 135° split point and straw/bronze finish. Designed for precision drilling in aerospace applications, suitable for use on tough materials such as stainless steel and titanium. Complies with NAS specifications.

Chicago-latrobe This TiAlN-coated cobalt jobber-length drill bit meets NAS 907 Type J specifications for aerospace drilling. The 135° split point reduces walking and improves hole accuracy. Suitable for drilling hard materials such as stainless steel and titanium in precision applications.

Chicago-latrobe TiN-coated cobalt jobber-length drill bit with 135° split point, conforming to NAS 907 Type B. Suitable for drilling in hard materials such as stainless steel and titanium in aerospace and high-precision industrial applications.