Instalación de paneles Baupanel SystemInstalación de paneles Baupanel System
PANEL ASSEMBLY
Three-dimensional structure
of reinforced concrete
Baupanel® System. Sistema integral de construcción.

Building with Baupanel® System

Baupanel System, Industrialized Construction. Logotipo.

Installation of Structural Panels

Baupanel® System It is a versatile system that allows for more flexible and creative architecture, achieving more economical buildings, linked to efficient and sustainable construction.

The Baupanel® System construction panels are placed on site according to the arrangement of walls, partitions and slabs that your project presents. They are completed “in situ” by applying micro-concrete through pneumatic drive devices. In this way, the panels make up the structural elements of the vertical and horizontal enclosure of a building, whose structural function is calculated according to the EHE Structural Concrete Instruction and the rest of the mandatory regulations in force in Spain or in the country of application of the construction system.

Building in Monachil, Granada

The Baupanel® System is the ideal construction system for building very high-capacity earthquake-resistant buildings, where each element that integrates it collaborates in the absorption of horizontal forces.

In addition, the very low thermal transmittance provided by the elements of the system makes them optimal for building bioclimatic homes.

The highest ratings on the energy scale (A, B and Null Consumption) can very easily be achieved.

Baupanel® System in Spain is currently one of the best building solutions for compliance with the Technical Building Code (CTE) and respectful of the environment.

Speed of Execution

The constructive simplicity allows a significant reduction in construction times with respect to the traditional system since with a single element the structure, facades, partitions, floors, roof, lintels, braces and thermo-acoustic insulation are formed. The reduction of the building execution time of a work in comparison with other construction methods can be up to 50%.

Lightness

Ease of transportation and installation. The weight per m2 of the panel before concrete application depends on the type of panel, and ranges from 3.5 kg/m2 to 5 kg/m2. This makes it possible for just one operator to easily move more than 3m2 of panel. As a result of its low own weight (up to 50% less than the traditional building system) the necessary volume of foundation will be reduced and therefore a notable saving on building materials and labor will also be obtained in these tasks.

Fire Resistance

With regard to safety in the event of fire, its elements are certified with a fire resistance of up to 150 minutes, making it especially suitable for use as a firebreak element in high-risk areas. The EPS used in the panels of the Baupanel®System is Class III, type E, self-extinguishing and does not propagate flames.

Calificación Energética Passivhaus

The U value of the total thermal transmittance of the Baupanel®System composed of a 4 cm thick EPS core with a density of 15 kg/m3 plus a concrete layer of 41 mm medium thickness on both sides (total thickness 12 cm) is 0.77 W/m2K. If the wall were made with an 8 cm thick EPS core (density 15 kg/m3), the thermal transmittance U would be 0.42 W/m2K.

Thermal Isolation

The levels of thermal insulation are much higher than those corresponding to traditional building enclosures. This translates into an energy saving of almost 40%, both for heating and cooling cycles. The concrete elements hollowed out by the volume of the insulating plate provide a combination of very high structural capacity, low own weight and great thermo-acoustic insulation.

Flexural Strength

The loads in buildings are normally distributed through linear elements (beam-column frames), while with the Baupanel®System the load is distributed over the surface of all the elements of the structure, generating much lower stresses. Laboratory tests carried out at the Eduardo Torroja Institute in Spain, as well as others carried out internationally, have demonstrated the great structural capacity of the Baupanel®System.

By linking the panels in a monolithic way, according to the layout of the walls and floors, without the interposition of joints of any kind, a super three-dimensional structure of reinforced concrete is generated that allows all kinds of architectural works to be carried out, from single-family homes to multi-story buildings. plants.

Technical Information

BSR & BSF Panels

Panel section Baupanel® System
Installation of Baupanel System

BSR · Vertical Panels

These panels work vertically and resist the horizontal stresses that are transmitted in their alignment or those produced by horizontal wind thrusts or earthquakes. They can also work in flexion as wide-edged girders, placed vertically. The transversal reinforcement is 1 Ø 2.5 every 75 mm.

SATE Panels
Ref. Weight
Polystyrene mm Ø Reinforcement Mesh Ø Connectors mm Average concrete thickness mm Finished panel thickness mm Total weight finished panel Kg/m2 Minimum Airborne Noise Insulation dB(A) Thermal transmittance (W/m2K)
BSR 30 30 15 Ø2,5 + 6 Ø5 3 41 + 41 112 177 40,5 0,942
BSR 40 40 15 Ø2,5 + 6 Ø5 3 41 + 41 122 177 40,6 0,754
BSR 50 50 15 Ø2,5 + 6 Ø5 3 41 + 41 132 177 40,6 0,629
BSR 60 60 15 Ø2,5 + 6 Ø5 3 41 + 41 142 177 40,6 0,539
BSR 70 70 15 Ø2,5 + 6 Ø5 3 41 + 41 152 178 40,6 0,472
BSR 80 80 15 Ø2,5 + 6 Ø5 3 41 + 41 162 178 40,6 0,420
BSR 90 90 15 Ø2,5 + 6 Ø5 3 41 + 41 172 178 40,6 0,378
BSR 100 100 15 Ø2,5 + 6 Ø5 3 41 + 41 182 178 40,7 0,343
BSR 110 110 15 Ø2,5 + 6 Ø5 3 41 + 41 192 178 40,7 0,315
BSR 125 125 15 Ø2,5 + 6 Ø5 3 41 + 41 207 178 40,7 0,280
BSR 140 140 15 Ø2,5 + 6 Ø5 3 41 + 41 222 179 40,7 0,252
BSR 165 165 15 Ø2,5 + 6 Ø5 3 41 + 41 247 179 40,7 0,216
BSR 200 200 15 Ø2,5 + 6 Ø5 3 41 + 41 282 180 40,8 0,180
BSR 250 250 15 Ø2,5 + 6 Ø5 3 41 + 41 332 181 40,9 0,145
BSR 300 200 15 Ø2,5 + 6 Ø5 3 41 + 41 412 182 41,0 0,111

BSF · Horizontal Panels

Panels intended to build the wrought iron plates, which can be horizontal, curved, or inclined. They are elements designed to support the vertical loads that originate in the deck of each floor or in the roof. They also fulfill the function of transmitting and distributing the horizontal loads to the vertical load-bearing elements. The transversal reinforcement is 1 Ø 2.5 every 75 mm.

SATE Panels
Ref. Weight
Polystyrene mm Ø Reinforcement Mesh Ø Connectors mm Average concrete thickness mm Finished panel thickness mm Total weight finished panel Kg/m2 Minimum Airborne Noise Insulation dB(A) Thermal transmittance (W/m2K)
BSR 30 30 15 Ø2,5 + 6 Ø5 3 61 + 41 132 231 44,8 0,980
BSR 40 40 15 Ø2,5 + 6 Ø5 3 61 + 41 142 231 44,8 0,778
BSR 50 50 15 Ø2,5 + 6 Ø5 3 61 + 41 152 231 44,8 0,646
BSR 60 60 15 Ø2,5 + 6 Ø5 3 61 + 41 162 232 44,8 0,551
BSR 70 70 15 Ø2,5 + 6 Ø5 3 61 + 41 172 232 44,8 0,481
BSR 80 80 15 Ø2,5 + 6 Ø5 3 61 + 41 182 232 44,8 0,427
BSR 90 90 15 Ø2,5 + 6 Ø5 3 61 + 41 192 232 44,9 0,384
BSR 100 100 15 Ø2,5 + 6 Ø5 3 61 + 41 202 232 44,9 0,348
BSR 110 110 15 Ø2,5 + 6 Ø5 3 61 + 41 212 233 44,9 0,319
BSR 125 125 15 Ø2,5 + 6 Ø5 3 61 + 41 227 233 44,9 0,283
BSR 140 140 15 Ø2,5 + 6 Ø5 3 61 + 41 242 233 44,9 0,255
BSR 165 165 15 Ø2,5 + 6 Ø5 3 61 + 41 267 233 44,9 0,218
BSR 200 200 15 Ø2,5 + 6 Ø5 3 61 + 41 302 234 45,0 0,181
BSR 250 250 15 Ø2,5 + 6 Ø5 3 61 + 41 352 235 45,0 0,146
BSR 330 200 15 Ø2,5 + 6 Ø5 3 71 + 41 442 259 46,6 0,112

Reinforcement Elements

The BSR, BSF panels and reinforcing meshes are supplied to measure according to the technical project.

REF Description Ø Wire mm Ø Dimensions mm Supply
MP Flat reinforcing mesh 2,50 2,60 x 1,151 Unit
MPE Flat reinforcing mesh 2,50 Width: 1,151 m2
MPR Flat reinforcing mesh 2,50 / 5,0 2,60 x 1,151 Unit
MA Angular reinforcing mesh 2,50 227 x 227 Unit
MA 1 Angular reinforcing mesh 2,50 162 x 292 Unit
MA 2 Angular reinforcing mesh 2,50 162 x 422 Unit