Double Tee Flooring
by Ultimate Engineered Concrete
Taranaki
- 110.4K profile views
- 35 saves
Double Tee flooring units consist of two prestressed ribs and a connecting top slab. The depth of the double Tee can vary from 200 to 550mm. The connecting slab or flange is 2400mm wide x 50mm thick. Double Tees are ideally suited for larger spanning floors with a wide variety of services suspended from the flooring system. Double tees can easily accommodate large floor voids/penetrations through the slab region. The cast insitu topping is a min 65mm thick.
Product Details
- Product
- Double Tee Flooring
- Category
- Structural & Framing
- Sold by
- Ultimate Engineered Concrete
- Country of origin
- New Zealand
- Type of use
- Commercial and Residential
- Installation
- Professional installation required
Ultimate Engineered Concrete is specified by
Gibbons ArchitectsArchitects
Novak + MiddletonArchitects
Architect PeopleArchitects
Ignite ArchitectsArchitects
Evelyn McNamara ArchitectureArchitects
Hurley ArchitectsArchitects
Solari ArchitectsArchitects
Designgroup Stapleton ElliottArchitects
MA StudioArchitects
BOONArchitects
Petersen BarnesBuilders
Chris Bell Construction and Project Management LtdConstruction
eHausDesign & Build
Dsigna ConceptsArchitectural Designers
Lifestyle Building & ConstructionBuilders
GS Cayless ConstructionBuilders
Smith ConstructionBuilders
ICE ElectricalElectricians
Nulook® Windows & Doors New PlymouthGlaziers
Location HomesBuilders
CCSFoundation Specialists
Imagine ArchitectureArchitectural Designers
Furze Architecture & DesignArchitectural Designers
Topp ConstructionConstruction
Pepper ConstructionBuilders
KR ArchitectureArchitectural Designers
Holmes ConstructionBuilders
Rowson KitchensKitchen & Bathroom Designers
Emmetts Civil ConstructionConstruction
Lindesay ConstructionConstruction
Gareth Collins BuildingBuilders
HawkinsConstruction
Double Tee flooring units consist of two prestressed ribs and a connecting top slab.
The depth of the double Tee can vary from 200 to 550mm. The connecting slab or flange is 2400mm wide x 50mm thick. Double Tees are ideally suited for larger spanning floors with a wide variety of services suspended from the flooring system. Double tees can easily accommodate large floor voids/penetrations through the slab region. The cast insitu topping is a min 65mm thick.
- Specs
Sound Transmission:
A major practical benefit of a concrete floor is its ability to reduce noise transmissionFire Resistance Rating:
2400mm wide unit = 90min fire resistance rating. Increased fire ratings can be achieved with specific design.Materials:
- Double Tee strength = 45 MPa at 28 days
- Topping strength = 20 MPa at 28 days
For further advice on flooring systems or technical information please contact Ultimate Engineered Concrete. Our experienced and qualified staff will be happy to discuss your flooring design.
Downloads
Downloads (3)3 Direct downloads • 5 Available on request
Frequently asked questions about
Double Tee Flooring
The Double Tee Flooring is supplied by Ultimate Engineered Concrete. It is also on their website, and you can browse every product Ultimate Engineered Concrete lists on ArchiPro.
Ultimate Engineered Concrete does not publish a price for the Double Tee Flooring on ArchiPro. for pricing, or visit their website.
It is listed under Structural & Framing on ArchiPro, where you can compare it with structural & framing from other suppliers.
Yes. It has been specified in projects on ArchiPro, including Tākina Wellington Convention Centre by Ultimate Engineered Concrete. See how it was used in a finished space.
from this page, see their contact details on ArchiPro, or visit their website. The Ultimate Engineered Concrete profile on ArchiPro has the rest of their products.
More products from
Ultimate Engineered Concrete
The rest of this range, and everything else Ultimate Engineered Concrete makes.
More in
Structural & Framing
Everything else in Structural & Framing, from every supplier on ArchiPro.
Specified in
these projects
Where Double Tee Flooring has been used, and who designed the room it went into.











