Raised Access Floor Data Centre

RMG600+ Our lowest ever embodied carbon access floor

Tate RMG600+ part of the Lower Embodied Carbon (LEC) range is a market first for access floors. Produced using a minimum of 91% recycled content and low carbon steel, this latest AS 4154-1993 approved raised access floor panel, also comes with a full 25-year warranty.


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ConCore® 3000 Extra Heavy Duty Raised Access Floor

Tate's ConCore 3000 raised access floor panel is intended for commercial applications with a total load requirement of 13.34 kN or less and is engineered to meet Tate Standards per CISCA testing methods.

ConCore® 2500 Heavy Duty Raised Access Floor

Tate's ConCore® 2500 raised access floor panel is intended for commercial applications with a total load requirement of 11.1 kN or less and is engineered to meet Tate Standards per CISCA testing methods.

ConCore® 2000 Heavy Duty Raised Access Floor

Tate's ConCore 2000 raised access floor panel is intended for commercial applications with a total load requirement of 8.9 kN or less and is engineered to meet Tate Standards per local testing methods.

ConCore® 1500 Medium Duty Raised Access Floor

Tate's ConCore® 1500 raised access floor panel is intended for commercial applications with a total load requirement of 6.67 kN or less and is engineered to meet Tate Standards per local testing methods.

ConCore® 1250 Medium Duty Raised Access Floor

Tate's ConCore 1250 raised access floor panel is intended for commercial applications with a total load requirement of 5.6 kN or less and is engineered to meet Tate Standards per local testing methods.

ConCore 1000 Medium Duty Raised Access Floor

Tate's ConCore 1000 raised access floor panel is intended for commercial applications with a total load requirement of 4.4 kN or less and is engineered to meet Tate Standards per local testing methods.

ConCore 800 Light Duty Raised Access Floor

Tate's ConCore® 800 raised access floor panel is intended for light duty commercial applications with a total load requirement of 3.5 kN or less and is engineered to meet Tate Standards per local testing methods.

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