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Tate Grid+ LEC Render 1 En Eu
Tate Grid+ LEC Render 2 En Eu
Tate Grid+ LEC Render 3 En Eu
Tate Grid+ LEC Render 4 En Eu
Tate Grid+ LEC Render 9 En Eu
Tate Grid+ LEC Render 10 En Eu
Tate Grid+ LEC Render 7 En Eu
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Tate Grid+ LEC Render 5 En Eu
Tate Grid+ LEC Render 8 En Eu
Tate Grid+ LEC Render 11 En Eu
Structural Ceiling Grids

Tate Grid+ LEC

A new standard in structural ceiling solutions

With a cutting-edge design, it has an impressive load capacity of 2.2 kN. Engineered to maximise load capacity while minimising material use, its unique shape and speed of installation make it the perfect solution for high-performing data centres. Part of our Lower Embodied Carbon (LEC) range, it is setting a new standard in structural ceiling solutions.

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LEC

Product Highlights

  • Increased load capacity with the ability to suspend a uniform load of 3.0kN/m2
  • New security clips connect to the profile wings. making tile installation easier and faster.
  • Min. 61% reduction in embodied carbon (modules A-C) compared to the standard product verified to EN15804+ A2:2019
  • Continuously threaded M10 bottom slot to allow multiple containment configurations
  • Made with aluminium manufactured at facilities using renewable energy

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Technical Information

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Frequently Asked Questions

Tate Grid+ LEC system has an improved performance due to several key enhancements in its design and materials.

Tate Grid + LEC has a new profile design which is specifically engineered to optimise load capacity while minimising the use of materials, making it both stronger and more efficient.
Specially designed connectors clamp over the ceiling connections, providing greater strength and stability to the overall structure. The use of a higher-grade aluminium further enhances the durability of the system. 

The New Tate Grid+ LEC system has an improved performance, supporting even greater loads than Tate Grid LEC. The new system has maximum safe working point load of 2.2 kN and can suspend a maximum safe working uniform load of 3.0kN/m2. This performance is bolstered with a safety factor of 2.

Tate Grid+ LEC is faster and easier to install due to several key design improvements.

The system uses hex screws to replace traditional phillips head screws, speeding up the assembly process. We have redesigned our connectors, and now provide the exact components which eliminates the need to cut connectors on site for the perimeter connections.

Specially designed clips securely hold ceiling tiles in place, reducing the need for screws and simplifying the installation process. Additionally pre-notched main runners ensure precise alignment structural tees every time. These features combine to make the system more efficient to install and reduce overall labour time.

Via the  Tate Grid+ LEC product page or EPD Hub.

LEC stands for 'Lower Embodied Carbon', and denotes a version of a Tate product that has lower embodied carbon than the standard product. This is achieved by investing in materials that use renewable energy or recycled content during manufacturing rather than fossil fuels or virgin materials so that their creation has a lesser environmental impact than traditional production methods.

Tate Grid+ LEC offers a minimum 61% reduction in embodied carbon across modules A-C and a minimum 49% reduction in embodied carbon across modules A1-A3 when compared to the standard Tate Grid EPD verified to the EN15804+ A2:2019 standard.