16 Results
Comparing embodied carbon in raised access floors
Discover how our Lower Embodied Carbon (LEC) raised access floors dramatically cut emissions compared to standard systems, with up to a 45% reduction in embodied carbon, helping projects achieve higher sustainability ratings and a lower environmental impact.
The future of office design: Flexibility, sustainability & employee well-being
Explore how changing work practices and digitalisation are transforming office spaces. From hybrid models and sustainability goals to smart refurbishments like Citi Bank's, discover the future of workplace design.
What is a raised access floor and how do they work?
Discover what raised access floors are and how they work, their key benefits, PSA: 2021 standards, and available design finishes. Learn why they’re essential for modern offices, data centres, and more.
Reclaiming time & building communities: The rise of 15-minute cities
Discover how 15-minute cities are transforming urban planning with walkable, people-focused neighbourhoods. Explore the impact on office design, sustainability, and community living.
PSA performance specification: Setting the standard for raised access floors
Discover why the PSA: 2021 specification is the trusted standard for raised access floors in the UK & Ireland. Independently tested, simple pass/fail results, and a 25-year warranty - outperforming EN 12825: 2001.
How to apply EPD data for accurate carbon reporting
Learn how to effectively apply Environmental Product Declarations (EPDs) for accurate carbon reporting in the built environment. Discover key data sets, including Global Warming Potential (GWP), and how to navigate EPDs for informed, sustainable construction decisions.
Hot aisle containment: Enhancing data centre efficiency
Discover how Hot Aisle Containment solutions from Tate Europe improve energy efficiency, cooling, and overall performance in data centres. Learn the benefits and key considerations for optimising your facility’s operations.
In conversation with Peter Kelly, Divisional Director of Sustainability
Tate’s Divisional Director of Sustainability, Peter Kelly, discusses the importance of Lower Embodied Carbon (LEC) in data centre construction and how Tate Grid+ LEC is shaping a more sustainable future for the industry.
Third-party tested: New Tate Grid+ LEC
Explore Tate Grid+ LEC, the next-generation structural ceiling engineered with lower embodied carbon and increased load capacity. Independently tested for strength, safety, and sustainability - ideal for modern data centres.