| Standard head | Metal | Alloy |
|---|---|---|
| ASNA2025-4 | ALUMINUM ALLOYS | |
| EN6054-050 | ALUMINUM ALLOYS | |
| ASNA2045-3 | TITANIUM & ALLOYS | |
| ASNA2025-5 | ALUMINUM ALLOYS | |
| EN6054-060 | ALUMINUM ALLOYS | |
| ASNA2045-3A | TITANIUM & ALLOYS | |
| ASNA2025-6 | ALUMINUM ALLOYS | |
| EN6054-080 | ALUMINUM ALLOYS | |
| ASNA2045-4 | TITANIUM & ALLOYS | |
| LAC AB-2 | ALUMINUM ALLOYS | |
| EB-CAM H AA 30 | ALUMINUM ALLOYS | |
| BACC30BK10 | ALUMINUM ALLOYS | |
| LAC AB-3 | ALUMINUM ALLOYS | |
| ISYASNA2025-3 | ALUMINUM ALLOYS | |
| BACC30BK10R | ALUMINUM ALLOYS | |
| LAC AB-4 | ALUMINUM ALLOYS | |
| Q-ASNA2045-2 | TITANIUM & ALLOYS | |
| BACC30BK12 | ALUMINUM ALLOYS | |
| LAC AD-40 | ALUMINUM ALLOYS | |
| Q-ASNA2045-3 | TITANIUM & ALLOYS | |
| BACC30BK12R | ALUMINUM ALLOYS | |
| Q-ASNA2045-3A | TITANIUM & ALLOYS | |
| BACC30BK5 | ALUMINUM ALLOYS | |
| NAS528-A12 | ALUMINUM ALLOYS | |
| Q-ASNA2045-4 | TITANIUM & ALLOYS | |
| BACC30BK5R | ALUMINUM ALLOYS | |
| NAS528-A14 | ALUMINUM ALLOYS | |
| Q-BACC30BK10 | ALUMINUM ALLOYS | |
| BACC30BK6 | ALUMINUM ALLOYS | |
| NAS528-A4 | ALUMINUM ALLOYS | |
| Q-BACC30BK12 | ALUMINUM ALLOYS | |
| BACC30BK6R | ALUMINUM ALLOYS | |
| NAS528-A5 | ALUMINUM ALLOYS | |
| Q-BACC30BK5 | ALUMINUM ALLOYS | |
| BACC30BK8 | ALUMINUM ALLOYS | |
| NAS528-A6 | ALUMINUM ALLOYS | |
| Q-BACC30BK6 | ALUMINUM ALLOYS | |
| ASNA2025-2 | ALUMINUM ALLOYS | |
| BACC30BK8R | ALUMINUM ALLOYS | |
| NAS528-A8 | ALUMINUM ALLOYS | |
| Q-BACC30BK8 | ALUMINUM ALLOYS | |
| ASNA2025-3 | ALUMINUM ALLOYS | |
| EN6051 | ALUMINUM ALLOYS | |
| ABS0270-06 | ALUMINUM ALLOYS | |
| Q-BACC30BK8R | ALUMINUM ALLOYS | |
| ASNA2025-3A | ALUMINUM ALLOYS | |
| EN6051 | CCC | ALUMINUM ALLOYS |
| ASNA2045-2 | TITANIUM & ALLOYS | |
| B0206061 | ALUMINUM ALLOYS | |
| NAS528-A10 | ALUMINUM ALLOYS |
Lockbolt bushings are essential components for ensuring permanent, uniform tightening in critical assemblies in the aerospace industry. During installation, they deform around the pin to ensure optimum resistance to shear forces and vibration, enhancing the durability and reliability of structural fasteners.
Made of titanium or aluminum alloys, these bushings comply with Airbus (ASNA, EN) BOEING (BACC30) or AHG (LAC) standards.
Indispensable for fuselage, wing and landing gear assemblies, lockbolt bushings offer a robust and durable solution, effectively replacing traditional fasteners for greater mechanical strength and reduced maintenance requirements.
