Titanium Inserts, Spacers and Standoffs for Corrosion-Resistant Assemblies
Titanium inserts, spacers and standoffs solve different interface problems in corrosion-resistant and lightweight assemblies. Their value depends on correct mating geometry, load path and installation—not the material name alone.
Function Map
| Product | Function | Critical interface |
|---|---|---|
| Threaded insert | Replaceable or strengthened female thread | Parent hole, locking and installation |
| Spacer | Controlled separation around a fastener | Bore clearance and bearing faces |
| Standoff | Separation plus threaded attachment | Threads, body length, flats and torque |
Marine and Process Equipment
Review seawater or chemical exposure, crevices, deposits, dissimilar metals, electrical continuity and maintenance. The parent structure, fastener and interface coatings remain part of the corrosion system.
Aerospace and Instruments
Low density can support compact equipment, but vibration, fatigue, alignment, torque, traceability and approved drawings control acceptance. Avoid unsupported qualification claims.
Build the Assembly Around Its Interfaces
Explore Titanium Threaded Inserts, Titanium Spacers and Standoffs, Precision Titanium Bushings and Titanium Standard Parts.
RFQ Checklist
- Part function and approved drawing
- Grade and condition
- All body, bore and thread dimensions
- Parent and mating materials
- Loads, torque, cycles and environment
- Installation, inspection and certificates
Related Reading
Titanium Threaded Inserts vs Tapped Holes · How to Specify Titanium Spacers and Standoffs