Why profiles are used
Linear profiles make it possible to introduce rhythm, shadow and direction without treating the facade as a flat surface.
Aluminium facade profiles create linear cladding, screens and feature walls with controlled rhythm and shadow. Profile scale, direction and finish can be considered for residential, retail, hospitality and commercial architecture.
Every facade is shaped around its elevation, context and intended experience. Our team can help translate the design direction into a considered system, finish and execution approach.
System guide
Linear profiles make it possible to introduce rhythm, shadow and direction without treating the facade as a flat surface.
Vertical and horizontal layouts create different visual effects. Samples and drawings help coordinate colour, texture, joints and adjacent materials.
The supporting arrangement, edges and interfaces with openings should be resolved to suit the specific elevation and access requirements.
For a project-specific recommendation, share the elevation, location, intended finish and approximate facade area with Absteras.
Reference views that help convey the scale, texture and architectural character possible within the Absteras facade range.
Bring your elevation into focus
Tell us about your site, drawings and design direction. We will help you explore the right approach for your facade.
Product FAQs
Aluminium facade profiles create controlled linear depth for exterior cladding, screens and feature walls. Scale, direction and finish support the building's architectural expression.
Aluminium facade profiles create linear cladding, screens and feature walls with controlled rhythm and shadow. Profile scale, direction and finish can be considered for residential, retail, hospitality and commercial architecture.
Yes. The elevation, design intent, dimensions, finish direction and site conditions inform the proposed system.
Use the enquiry form or WhatsApp with your project information. A quotation is prepared against the confirmed design scope, materials and site requirements.