Optimizing LandVac Titanium Vacuum Glass for Extreme Environments

As architectural demands continue to evolve, high-performance glazing solutions must withstand increasingly extreme conditions. LandVac Titanium Vacuum Glass is engineered to meet these challenges, offering advanced thermal insulation and durability for modern transparent building envelopes.

A key strength of this vacuum insulated glass (VIG) is its flexibility in customization. For example, LandVac enables precise laser marking of logos directly onto the strip getter, allowing branding integration without affecting performance or structural integrity. This demonstrates the product’s adaptability to project-specific design needs.

In high-humidity environments, long-term reliability is essential. LandVac addresses this with a robust edge-sealing system that combines metal sealing with a secondary waterproof layer. This dual protection prevents issues such as ionisation or corrosion of internal materials. The sealing system has been rigorously tested under extreme conditions, including high temperature, high humidity, UV exposure, boiling, and salt spray, ensuring durability over time.

Another common challenge with single-pane VIG systems is thermal bridging at the edges, which can lead to condensation. To reduce this risk, it is recommended that the thermal break in the framing profile be at least 30 mm wide. For projects with stricter performance requirements, condensation can be further minimized by increasing the glass insertion depth or adding insulating materials around the perimeter.

Source: LandVac with additional information added by Glass Balkan

Keep Up to Date with the Most Important News

By pressing the Subscribe button, you confirm that you have read and are agreeing to our Privacy Policy and Terms of Use
Stay Ahead in the Glass Industry

Get exclusive insights, global trends, and business opportunities from the glass industry, delivered directly to your inbox.
Join professionals, manufacturers, and innovators across the Balkans and beyond.