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Structural Ceiling Grids

Tate Forte LEC

Designed for Liquid Cooling & AI Infrastructure.

Adaptable by Design, Double the Performance. With the point load capacity of  4.4kN, it ensures seamless integration with liquid-cooled IT infrastructure, providing enhanced scalability. Designed to meet high deflection standards, ensuring your systems stay stable and secure, with the ability to suspend a uniform load of 6.1 kN/m².

 

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LEC

Product Highlights

  • Compatible with liquid cooling and AI infrastructure
  • Supports up to 4.4 kN for optimal performance and efficiency
  • Scalable, with 6.1 kN/m² uniform load capacity for future growth
  • Real-world tested with a safety factor of 2 for system stability
  • Low-embodied carbon materials reduce environmental impact
  • Universal strut bottom channel tailored for liquid cooling and AI
  • Versatile hanger positioning on the main runner with straight connectors
  • Reinforced connectors with ribs and notches for strength and precise alignment
  • Fast installation with M8 serrated bolts, no washers needed

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Technical Information

Forte Electrified 680X800 Sm
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Tate Forte LEC with James Maher

“Tate Forte LEC is a testament to our commitment to providing cutting-edge solutions that drive efficiency and scalability in the data centre industry. By combining structural innovation with sustainable materials, we’re not just meeting the demands of today’s AI-driven workloads, we’re building the foundation for the high performing data centres of tomorrow.”
- James Maher, Director of Engineering

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Frequently Asked Questions 

Tate Forte LEC is a structural ceiling system engineered for modern data centres, designed to support high-density infrastructure, including liquid cooling and AI technologies.

It supports a maximum point load of 4.4 kN and a uniform load of 6.1 kN/m², with a safety factor of 2, ensuring robust support for critical infrastructure.

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.

Yes. With a point load capacity of 4.4 kN, the Tate Forte LEC structural ceiling system is purpose-built to meet the rigorous demands of modern data centers. It offers exceptional structural integrity, making it fully capable of supporting the added weight and integration requirements of high-density cooling systems, including liquid cooling loops essential for AI and high-performance computing environments.

Beyond its strength, Tate Forte LEC is engineered for scalability and adaptability, allowing data centers to evolve alongside emerging technologies. Its modular design supports seamless upgrades and reconfigurations, ensuring long-term flexibility without compromising performance or sustainability.

Tate Forte LEC achieves over 50% reduction in embodied carbon compared to standard aluminium and 64% lower emissions than the global average, verified by third-party EPDs.

At Tate, we are now procuring new lower embodied carbon aluminium and that will be used to manufacture structural ceiling data centre solutions. This is great news for our industry. It also feeds into our Planet Passionate carbon target of a 50% reduction in product CO2 intensity from our primary supply chain by 2030.

Tate Forte Structural Aluminium profiles hold CE mark to EN 1090-1. The system has been accredited to EN 13501-1 (Class A1 fire rating), EN ISO 10140-2 (acoustic), and EN 12114 (air permeability), ensuring safety, sound control, and airtightness in demanding environments.

The system is tested under real-world conditions, including midspan deflection and vertical tension loads, to verify structural strength. With a built-in 2x safety factor, it’s designed to deliver dependable, long-term performance in high-density, mission-critical spaces.