Introductory Guide to Tailored Thermal Expansion
Want to match a certain CTE? The tailored thermal expansion guide has you covered. Learn how negative thermal expansion can help here.
ALLVAR receives National Science Foundation SBIR Phase I Award
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Creating the Future of Ultra-Stable Telescopes
Negative thermal expansion ALLVAR Alloy 30 offers a solution for the future of ultra-stable telescope requirements. Read about our current work to enable ultra-stable telescopes here.
CTE Mismatch in Bolted Joints – Negative Thermal Expansion Washers offer a solution!
CTE Mismatch in Bolted Joints challenging your design? Check out how a simple NTE Washer can help maintain constant bolt preloads complete with a FEA model. ALLVAR Alloys – Tackling CTE Mismatch – One Washer at a Time
Invar vs ALLVAR Alloys: Controlled Thermal Expansion Materials
Invar vs ALLVAR Alloys. In the realm of controlled thermal expansion, there is a new challenger to Invar’s long held title – ALLVAR Alloys. Learn about their similarities, differences, and determine what’s best for your project here.
ALLVAR Awarded SBIR Phase I Contract
ALLVAR has been awarded a US Air Force SBIR Phase I contract. This Phase I contract will allow ALLVAR to connect and partner with US AF stakeholders.
Unobtanium Takes the Stand: a Q&A with Team ALLVAR
Here at ALLVAR, our unique products are often met with curiosity, disbelief, and extreme interest upon learning about our negative CTE alloys.
Read this Q&A with the ALLVAR team to learn more about this novel material.
