EPS 3D Panels

EPS panels allows great flexibility in use with Steel framed structures. Steel beams and columns can be used together with EPS wall and slab panels due to the presence of high tensile mesh that can allow both binding with wire and welded connections to T8 anchor bars.

EPS 3D Floor and Wall panels are versatile, allowing piping for electrical conduits and water piping. A heat gun is used to create grooves allowing for the conduits to be channeled across the ribs in floor panels and the grooves in wall panels.

EPS is a powerful design element and ideal choice for green building design, offering tangible environmental advantages that can maximize energy efficiency.

On-going construction in Parklands using EPS 3D wall panels 75mm thick. EPS 3D Wall panels replace conventional masonry works to enhance productivity and time-saving in construction.

EPS 3D Panels allow bigger free spans creating bigger functional spaces without unnecessary dead load weight addition.

EPS Slab Panels ideal for wet areas such as roofs and bathrooms since they are resistant to water seepage when used with a concrete topping of 50mm to 75mm.

Cladding facades with EPS Panels is much easier and cheaper than other building materials. They also have acoustic properties of sound and thermal insulation making them ideal.

EPS floor and wall panels are suitable for their versatility to allow for use even in Steel Framed structures.

EPS Floor Panels assembly is time saving due to the panels being light, easy to place and cut to suit. The construction is 1.6times faster making it an ideal project for early returns on investment.

EPS floor panels can be cut into exact depths as required by the structural engineer to specifically suit different project’s requirements. In particular, EPS is ideal for large span slabs, giving the Architect more flexibility in design of bigger functional spaces.

The reduced dead weight resulting from the use of EPS floor panels result in lower stresses especially in the slabs (ribbed) and beams, conversely reducing the steel reinforcement required. This derives savings in the overall costs of floor slab construction vis-à-vis other forms of slab construction.

EPS 3D panels not only reduces the dead weight of a building but also enhances structural stability against earthquakes. EPS lightweight core absorbs and dissipates seismic energy, while structural mesh and shotcrete provide structural strength and stability. As a result, EPS panels offer superior resistance to the lateral forces generated by earthquakes compared to traditional building materials.

EPS doesn’t weigh as much as other conventional building materials and thus when constructing a structure, say a highrise building, the self-weight of the building is lower. As such, when constructing using EPS, one can construct to higher heights as the self-weight of the structure is not as huge a concern as it would be when using conventional building materials.

From a structural perspective, EPS 3D panels have higher structural integrity than masonry/brick-and-mortar combination. This is because the EPS-shotcrete material behaves monolithically and has no joints, compared to the same area of masonry wall which has numerous joints and thus points of weakness.

EPS insulation panels being used on an existing roof terrace platform. EPS has very low thermal conductivity due to its closed-cell structure providing minimal water absorption and low v***r permanence. The air trapped within the EPS cells is also a very poor heat conductor, hence provides the foam with excellent thermal insulation properties.

The structure of a building made with the EPS 3d Panels® system can be really considered as a “one block” compared to the traditional structures, because it is made of rigid and not deformable frames.

EPS 3D Panels have Electro-welded high tensile structural steel wire mesh on both sides of the EPS core to requirements of BS 8110: Structural use of Concrete. You do not need to specify separate BRC mesh reinforcement for your ribbed slab.

EPS 3D Panels with a density of min. 15kg/m3, is ‘light’ both during assembly and installation making the construction 1.6times faster than conventional technologies.

Are you looking for EPS Panels that are promptly produced to suit your needs and with timely delivery countrywide?

Contact us EPS 3D Panels on: +254796212600/ +254734212600.

We also offer site support on need basis.

EPS Floor panels reduce the dead weights of suspended floors by 30% and EPS wall panels reduce the wall dead weights by 50%. This allows for addition of extra floors without interfering with the structural integrity of buildings.

EPS slab panels are easy to install and reduce the construction cost since the panels act as trappers to hold concrete while supported by a grid of 6' by 1' timber across the ribs. You do not have to buy marine boards, thus saving up to a 1/3 of the formwork costs.

EPS 3D Panels technology is a solution to rapid construction of buildings that are affordable, stable, durable and up to 1.6times faster. It allows for electrical pipes and water conduits to be done before shotcreting for walls and concreting for slabs.

In the design of ribbed slabs, especially for slabs with big spans, EPS floor panels are ideal for use as a lightweight fill material (void former) as opposed to alternatives such as hollow blocks/hollow pots. The bulk density ratio of EPS to hollow block is 1:30.

On-going construction in Kitusuru using EPS 3D floor panels 260mm thick. EPS is ideal for large span slabs, giving the Architect more flexibility in design of bigger functional spaces.

On-going construction in Thika using EPS 3D floor panels 150mm thick and 80mm wall panels. Both floor and wall panels reduce the dead weight of a structure by 30% and 50% respectively, allowing addition of extra floors without interfering with the structural integrity of buildings.

On-going construction in Dadaab using EPS 3D floor panels 150mm thick. The use of EPS 3D floor panels results in the reduced dead weight of a structure, thereby reducing the steel reinforcement required.