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Posts
- ALLVAR Gets Ready for Aerospace: Material testing for confidence
- Carbon Fiber Reinforced Polymers (CFRP) vs ALLVAR: Near Zero Thermal Expansion Materials
- A Milestone Year for ALLVAR: 2024 YEAR-IN-REVIEW
- Athermalizing Mounted Doublets with ALLVAR Alloys: Unlocking New Possibilities in Athermal Optics
- Tips for Designing with ALLVAR Alloys: Simplified Thermal Design
- Looking back and launching forward: 2023 YEAR-IN-REVIEW
- Unlocking the Cosmos: ALLVAR’s Role in the Nancy Grace Roman Space Telescope
- Thermal compensation washers now available with COTS item numbers!
- Thermal Compensating Washers for CTE Mismatch
- The Evolution of Athermal Design
- Design with Athermal Materials in Solidworks
- Closing out 2022 Strong:
ALLVAR Year-in-review - Cryogenic Solutions for Thermal Expansion
- Matching ZERODUR’s CTE – ALLVAR Alloy 30 enabled near zero CTE struts
- Introductory Guide to Tailored Thermal Expansion
- Creating the Future of Ultra-Stable Telescopes
- CTE Mismatch in Bolted Joints – Negative Thermal Expansion Washers offer a solution!
- Invar vs ALLVAR Alloys: Controlled Thermal Expansion Materials
- ALLVAR Awarded SBIR Phase I Contract
- Unobtanium Takes the Stand: a Q&A with Team ALLVAR
- Precision Manufacturing Solutions with ALLVAR Alloys
- Negative CTE, Positive Results: Exploring Athermalization Solutions for Defense Optics
- Top 5 Advantages of Zero Thermal Expansion Components for Telescopes
- Unobtanium Goes to Work!
- Unobtanium Has Arrived!
- ALLVAR Alloys Announces ALLVAR University Series of Online Video Sessions