Low Carbon. High Performance. Smarter Façade Design.
At Advanced Glass, sustainability isn’t just a bolt-on; it’s embedded in how we design, procure, and deliver every façade system.
At Advanced Glass, sustainability isn’t just a bolt-on; it’s embedded in how we design, procure, and deliver every façade system.
With growing scrutiny on embodied carbon and whole-life performance, we help clients meet and exceed carbon reduction targets by delivering smarter, more efficient building envelope solutions.
Our commitment aligns with guidance from industry-leading bodies such as the Council for Aluminium in Building (CAB), Centre for Window and Cladding Technology (CWCT), and through engagement with system manufacturers focused on carbon transparency and circularity.
One of the most overlooked, yet impactful, ways to reduce carbon on a project is by avoiding over-engineering. Façade systems should be designed to meet performance requirements without unnecessary material mass or depth.
For example:
A 100mm deep curtain wall mullion has approximately 33% less embodied carbon than a 150mm mullion — before any further carbon-reduction strategies are even applied.
This kind of optimisation, when done early, avoids waste, cost, and excessive environmental impact — and is only achievable through experienced design coordination and early-stage façade involvement.
We work with supply chain partners who provide:
Our close relationships with major aluminium systems providers, including those aligned with Technal, Senior Architectural Systems, Aluprof and Schuco — give us early access to the latest carbon-transparent profiles and EPD documentation.
Our sustainability credentials extend beyond just materials. We also ensure:
All of this contributes to reduced project-level carbon calculations.
We understand the Building Safety Act and the role carbon accountability plays in achieving Gateway approvals. Our design, procurement and installation teams work together to ensure:
We don’t just talk sustainability — we deliver it through smarter engineering, responsible sourcing, and clear accountability. Whether you’re targeting BREEAM, London Energy Transformation Initiative, or RIBA 2030 goals, we’re here to help you get there with lower carbon and less hassle.
Aluminium windows offer durability, low maintenance, excellent thermal efficiency, and modern aesthetics, making them ideal for commercial applications.
Yes, modern aluminium windows feature thermal break technology to improve insulation, achieving low U-values meeting Part L building regulations and often exceeding it.
Options include double or triple glazing, solar control glass, acoustic glass, laminated safety glass, and enhanced security glass, depending on performance needs.
Yes, commercial aluminium windows can be PAS 24 certified and meet Secured by Design standards with multi-point locking systems with reinforced frames.
When properly maintained, aluminium windows can last 30 – 40 years, due to their corrosion resistance and high-quality powder-coated finishes.
Yes, they are available in a wide range of RAL colours, anodised finishes, and different configurations, including casement, tilt-and-turn, and sliding options.
Aluminium windows are designed to withstand extreme weather conditions, with high wind load resistance and water-tightness ratings to ensure long-term performance.
Minimal maintenance is needed – just the occasional cleaning and lubrication of moving parts is required to help ensure smooth operation and longevity.
Yes, aluminium is up to 100% recyclable, and many modern aluminium window systems use recycled materials, supporting sustainable building practices.
Lead times vary depending on customisation and project size, but standard windows typically take 12 – 16 weeks for design, manufacturing and delivery.
If you’re looking for a specialist curtain walling, facade, or cladding contractor to assist you with your upcoming project, ensuring on-time delivery and a smooth process from start to finish, our expert team are on hand and ready to assist you.