CHICAGO-LATROBE Jobber Length Drill Bit: #38, 135° Split Point, TiAlN-Coated Cobalt
SKU 3G-OTH-200260
- 6–10 business days door-to-door; Bea Cukai clearance typically 3–5 business days.
- Invoicing in IDR or USD. Bank transfer and corporate PO accepted.
- Dikirim ke: Jakarta, Surabaya, Bandung, Medan, Batam
Butuh bantuan pemasangan atau rekayasa?
Ajukan pertanyaan
Pertanyaan yang Sering Diajukan
What is the CHICAGO-LATROBE #38 jobber length drill bit used for?
This TiAlN-coated cobalt drill bit is designed for aerospace applications per NAS 907 Type J. Its 135° split point reduces walking and thrust, making it suitable for drilling hard materials like stainless steel and titanium in precision manufacturing.
What are the specifications of the CHICAGO-LATROBE 45008 drill bit?
The CHICAGO-LATROBE 45008 is a #38 jobber length drill bit with a 0.1015 inch diameter, 135° split point, and TiAlN-coated cobalt construction. It meets NAS 907 Type J standards for aerospace drilling, offering heat resistance and extended tool life.
Where to buy CHICAGO-LATROBE 45008 drill bits worldwide?
3G Electric supplies the CHICAGO-LATROBE 45008 drill bit to customers worldwide. We handle full logistics, customs clearance, and delivery, ensuring you receive genuine NAS-spec tooling for aerospace applications regardless of your location.
How to select the right CHICAGO-LATROBE drill bit for aerospace materials?
For aerospace alloys, choose a TiAlN-coated cobalt bit like the CHICAGO-LATROBE 45008 with a 135° split point. This coating reduces heat buildup, while the split point minimizes walking on hard surfaces. Match the diameter to your hole size and ensure NAS 907 compliance for critical applications.
Digunakan dalam
Aplikasi umum untuk CHICAGO-LATROBECHICAGO-LATROBE Produk
3G Electric memasok CHICAGO-LATROBE nas-spec cobalt jobber-length drill bits for aerospace. Kami menyediakan produk asli dengan ketersediaan tersedia di gudang untuk SKU umum, dokumentasi teknis, dukungan commissioning, dan layanan garansi — di seluruh dunia.















