Products

Walls

Project Reference: Tscherning HQ

Tystø

Glass Wall Partitioning

Partitioning Walls

Glass partition wall solutions for professional building projects 

Partitioning walls define interior layouts, create acoustic separation, and support flexible use of space in modern buildings. For professional environments, solutions must combine visual quality, durability, and reliable documentation. At a:gain, we develop glass partition wall systems designed for professional interiors. Our approach is to reuse existing high‑quality glass sourced from Danish transformation and demolition projects, resulting in a documented lower CO₂ impact compared to partition walls made with new glass materials. The Tystø partitioning wall system integrates this reused glass in a wooden frame, creating a distinct architectural expression and warm interior atmosphere. Its construction differs from conventional floor‑to‑ceiling glass walls, offering both transparency and material tactility. 

a:gain’s Partitioning Walls Are:

  • Developed as documented building products with verified EPDs 


  • Produced using reused glass from facade projects 


  • Designed for flexible interior use and modular installation 


The focus is on consistent quality, buildability, and traceable material data supporting professional project documentation. 

Why Choose Glass Partitioning Systems

Glass partition walls create visual connection and natural light flow while maintaining acoustic control and spatial definition. a:gain’s solutions combine reused materials with proven performance, resulting in glass partition walls that meet professional design and documentation requirements with a verified lower CO₂ impact. 

Typical Partitioning Wall Applications

a:gain’s interior wall systems can be used in: 


  • Office buildings and co‑working environments 


  • Meeting rooms and breakout areas 


  • Educational and cultural institutions 


  • Transformation and refurbishment projects 


Tystø is particularly suited for professional indoor partitioning where transparency, acoustic comfort, and credible material reuse are priorities. 

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