SAE J1926 Roughing Kit for Non-Ferrous Materials
This kit includes:
Roughing Step Drill, Zirc-coated for cutting the complete port geometry in a single operation
SAE J1926 Port Tool Reamer, Zirc-coated for refining the sealing surface to print
15° Helical Thread Mill, Onyx DLC-coated for clean, accurate thread milling
A tool-specific coating strategy for non-ferrous applications
The SAE J1926 Roughing Port Kit is designed for shops machining aluminum and other non-ferrous materials that prefer to rough the hole first, then finish the port with a reamer-style tool. The roughing step drill cuts the complete port geometry in a single operation, the SAE J1926 port tool reamer refines the sealing surface to print, and the 15° helical thread mill finishes the thread with clean, accurate results.
By bringing these tools together in one matched kit and aligning the coating by tool function, SCT gives shops a more organized and application-specific solution for SAE J1926 porting in non-ferrous materials.
Available SAE J1926 Roughing Kits for Non-Ferrous Materials
Browse available kit sizes below. Each kit includes a matched roughing step drill, SAE J1926 porting tool reamer, and 15° helical thread mill for a roughing-based process in non-ferrous applications.
| Port Size | Drill | Porting Tool | Thread Mill | Kit Order Number | Kit EDP Number |
|---|---|---|---|---|---|
| SAEJ1926-2 | RD-SAE-02Z | SAEJ1926-02RZ | TMI234-24HT | SAEKIT02RZ | 410001 |
| SAEJ1926-3 | RD-SAE-03Z | SAEJ1926-03RZ | TMI285-24HT | SAEKIT03RZ | 410003 |
| SAEJ1926-4 | RD-SAE-04Z | SAEJ1926-04RZ | TMI335-20HT | SAEKIT04RZ | 410005 |
| SAEJ1926-5 | RD-SAE-05Z | SAEJ1926-05RZ | TMI370-20HT | SAEKIT05RZ | 410007 |
| SAEJ1926-6 | RD-SAE-06Z | SAEJ1926-06RZ | TMI370-18HT | SAEKIT06RZ | 410009 |
| SAEJ1926-8 | RD-SAE-08Z | SAEJ1926-08RZ | TMI495-16HT | SAEKIT08RZ | 410011 |
Need help selecting the right non-ferrous kit?
If you want help choosing between AS5202 and SAE J1926, or between Roughing and Minor Diameter, the SCT team can help point you in the right direction.