Explore how aluminum subframing influences whole-wall thermal performance, from insulation requirements and bracket geometry to attachment spacing and assembly U-factors.

See how subframing design affects whole-wall thermal performance and how aFrame helps reduce thermal bridging through an engineered attachment approach.

How aluminum facade assemblies support whole-wall thermal performance and lower-carbon project objectives when the cladding, subframing, insulation, and documentation are coordinated as one system.

Parametric design is a creative process that uses algorithmic thinking to set up specific parameters and rules, which together shape the relationship between what you want your design to accomplish and how it actually comes together. In architecture, this means designers can play with complex shapes, patterns, and facade elements simply by tweaking certain variables in a digital model.

When it comes to modern buildings, automation in facade systems is truly changing the game. With advanced features like operable louvers, dynamic shading, and smart ventilation, these systems can react almost instantly to changes in weather, sunlight, or how many people are inside.

If you’re looking for ways to make your building more energy efficient and save on long-term costs, it’s worth considering aluminum facades. These systems play a key role in the building envelope, not just for their modern look, but also for how they help control temperature, boost durability, and reduce maintenance over time.

Explore how aluminum cladding systems help create green facades with durability, energy efficiency, and sustainable performance.