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Tate, a global leader in the engineering design and manufacture of internal data centre energy efficiency enabling solutions, unveil its latest innovation, New Tate Grid+ LEC Structural Ceiling. LEC stands for Lower Embodied Carbon and denotes a version of a Tate product that has lower embodied carbon than the standard product. Specifically designed to withstand even greater loads than what they currently offer, New Tate Grid+ LEC has a completely new redesigned profile that is both stronger and safer, setting a new standard in terms of what you can expect from a Tate ceiling solution.
Developed by its inhouse team of engineering design experts, Tate focused specifically on how best to meet the future needs of ever-increasing demanding data centre environments, when designing new Tate Grid+ LEC where structural ceilings play a critical role in supporting heavy equipment. Designed to withstand a 2.2kN load with a 2x safety factor, the team are proud to announce that this solution outperforms their current design.
“As the industry evolves at an unprecedented pace, and our customers’ demands for higher load capacities continue to grow, as a leading supplier, our team remain committed to pushing the boundaries of innovation."
“Over the past 12 months, we’ve focused on enhancing the strength, performance as well as safety of our Tate Grid LEC model, and we’re proud to introduce New Tate Grid+ LEC, designed to withstand even greater loads offering additional safety assurance” adds Dustin Hostetter Global Product Director.
In addition, as an LEC product, Tate remain committed as ever to minimising their climate impact as part of their manufacturing operations and continue to expand their portfolio of lower embodied carbon solution. Working in close collaboration with a network of established suppliers, new Tate Grid+ LEC comes with a minimum reduction of 56% reduction in embodied carbon across modules A-C and a 62% reduction in embodied carbon across modules A1-A3 when compared to the standard Tate Grid EPD verified to the EN15804+A2 standard in the APAC region.
For further information see www.tateapac.com