JUBHome WALL elements
We offer three different insulation thicknesses for exterior walls depending on the desired energy efficiency.
 WALL 300 | WALL 390 | WALL 465 | WALL 525 |
|
| Intended use* | Internal walls | Low energy structures | Passive construction | Energy Plus construction |
| Wall thickness (mm) Internal insulation/concrete core/external insulation | 300 75/150/75 | 390 75/150/165 | 465 75/150/240 | 525 75/150/300 |
| Thickness of the completed wall (mm)** | 310 | 400 | 475 | 535 |
| Thermal transmittance/U value (W/m2K) | 0,196 | 0,125 | 0,096 | 0,081 |
** The indicated thicknesses take into account the basic renders and final layers.
WALL LINEAR
WALL CORNER IN
WALL CORNER OUT
WALL T-JUNCTION
WALL LINTEL
WALL RING
WALL CUT
WALL ADD
WALL COVER
WALL END
Linear elements (WALL-LINEAR)
WALL-LINEAR elements are the basic elements of the JUBHome WALL system. They exist in five different lengths, which are all multiples of the modular length of 75 mm. Towards the inside of the elements, at their ends, the longer elements have two pairs of vertical keyway joints for the positioning of closing elements. These wall elements can, if necessary, be shortened, at the production plant, by 75 mm, in order to simplify the assembly of walls, and to ensure that the polypropylene ties are properly vertically aligned, e.g. in the case of walls with reduced widths, or windows in the vicinity of corners.
| Technical code | Length »L« (mm) | Width (mm) | Height (mm) |
|---|---|---|---|
| WALL-LINEAR (300-I-»L«) | 75/150/300/600/900 | 300 | 364 |
| WALL-LINEAR (390-I-»L«) | 75/150/300/600/900 | 390 | 364 |
| WALL-LINEAR (465-I-»L«) | 75/150/300/600/900 | 465 | 364 |
| WALL-LINEAR (525-I-»L«) | 75/150/300/600/900 | 525 | 364 |
Corner elements (WALL CORNER IN/OUT)
The external corner elements (WALL CORNER OUT) have two different lengths, so that a normal masonry bond can be maintained by height, with minimum overlapping of the linear elements, amounting to a length of 150 mm. Towards the inside of the elements, at their ends, these elements have two pairs of vertical keyway joints for the positioning of closing elements. In the case of internal corner elements (WALL CORNER IN) the same rules apply as for external corner elements.
| Technical code | Length »L« (mm) | Width (mm) | Height (mm) |
|---|---|---|---|
| WALL-CORNER (300-L-375) | 375 | 300 | 364 |
| WALL-CORNER (300-L-525) | 525 | 300 | 364 |
| WALL-CORNER_OUT (390-LZ-465) | 465 | 390 | 364 |
| WALL-CORNER_OUT (390-LZ-615) | 615 | 390 | 364 |
| WALL-CORNER_IN (390-LN-450) | 450 | 390 | 364 |
| WALL-CORNER_IN (390-LN-600) | 450 | 390 | 364 |
| WALL-CORNER_OUT (465-LZ-540) | 540 | 465 | 364 |
| WALL-CORNER_OUT (465-LZ-690) | 690 | 465 | 364 |
| WALL-CORNER_IN (465-LN-525) | 525 | 465 | 364 |
| WALL-CORNER_IN (465-LN-675) | 675 | 465 | 364 |
| WALL-CORNER_OUT (525-LZ-600) | 600 | 525 | 364 |
| WALL-CORNER_OUT (525-LZ-750) | 750 | 525 | 364 |
| WALL-CORNER_IN (525-LN-600) | 600 | 525 | 364 |
| WALL-CORNER_IN (525-LN-750) | 750 | 525 | 364 |
Junction elements (WALL-T-JUNCTION)
Like the corner elements, the T-junction elements, too, have two different lengths, so that a normal masonry bond can be maintained by height. The splitting-off parts of these elements are used to form connections with the internal load-carrying walls, and have a width of 300 mm. Towards the inside of the elements, at their ends, these elements, too, have two pairs of vertical keyway joints for the positioning of closing elements.
| Technical code | Length »L« (mm) | Width (mm) | Height (mm) |
|---|---|---|---|
| WALL-T_JUNCTION (300-T-“L”) | 450/750 | 300 | 364 |
| WALL-T_JUNCTION (390-T-“L”) | 450/750 | 390 | 364 |
| WALL-T_JUNCTION (465-T-“L”) | 450/750 | 465 | 364 |
| WALL-T_JUNCTION (525-T-“L”) | 450/750 | 525 | 364 |
Lintel elements (WALL LINTEL)
In the case of the lintel elements (see Figure 10), except in the case of a wall thickness of 300 mm, there is a difference between the right-hand part and the left-hand part of the element. The wall elements with thicknesses of 300 or 390 mm have a uniform length of 675 mm, whereas those with thicknesses of 465 or 525 mm have a uniform length of 900 mm. Next to the bearing areas these elements have grooves which are for the lower wall elements with a length of 150 mm. In the area of the concrete core the bearing areas are shortened so that they are aligned with the plane of the closing element of the lower opening. Here they have a common length of 60 mm. Taking into account the provisions of the assembly plan, these elements are cut and glued in the production plant so that they have the necessary design length.
| Technical code | Length »L« (mm) | Width (mm) | Height (mm) |
|---|---|---|---|
| WALL-LINTEL (300-P-675) | 675 | 300 | 364 |
| WALL-LINTEL_LEFT (390-PL-675) | 675 | 390 | 364 |
| WALL-LINTEL_RIGHT (390-PD-675) | 675 | 390 | 364 |
| WALL-LINTEL_LEFT (465-PL-900) | 900 | 465 | 364 |
| WALL-LINTEL_RIGHT (465-PD-900) | 900 | 465 | 364 |
| WALL-LINTEL_LEFT (525-PL-900) | 900 | 525 | 364 |
| WALL-LINTEL_RIGHT (525-PD-900) | 900 | 525 | 364 |
Ring elements (WALL RING)
The ring elements serve as the “shuttering” for the edge of the inter-storey floor slabs, and are usually cut to fit the height of the latter with upper buttons or without them. In the case of floor slabs having greater thicknesses, the ring elements are glued onto the lower course of linear elements in advance, whereas in the case of slabs with smaller thicknesses such gluing is not necessary, and they are just fitted into position. These elements are produced in five different lengths, as in the case of the linear elements. The standard production height of ring elements is 260 mm.
| Technical code | Length »L« (mm) | Width (mm) | Height (mm) |
|---|---|---|---|
| WALL-RING (390-V-“L”) | 75/150/300/600/900 | 390 | 260 |
| WALL-RING (465-V-“L”) | 75/150/300/600/900 | 465 | 260 |
| WALL-RING (525-V-“L”) | 75/150/300/600/900 | 525 | 260 |
Additional elements (WALL CUT/ADD/COVER in END)
WALL CUT elements are used in those cases where it is necessary to tailor the basic elements in order to take into account the geometry of the building. In the case of such elements the PP ties are replaced by softer EPS ties, which can be tailored into shape using ordinary saws for the sawing of timber. They are most frequently used as the top courses of gable walls.
WALL ADD height-increasing elements are used make corrections to the height of walls in those cases when the clear storey height is not equal to a multiple of the height of the linear elements. They can also be used to adjust the height of parapet walls for windows. These elements make use of reduced-height PP ties which, however, are sufficient for the fixing of the horizontal reinforcement bars. The length of these elements is the same for all wall thicknesses. If shorter elements are needed then they are prepared in the production plant, based on the corresponding assembly drawing.
WALL COVER covering elements are used to cover parapet walls and gable walls. They are glued onto the previous, i.e. next lower course of wall elements by means of JUBOFLEX MS adhesive, if such gluing is necessary. Their length is uniform for walls of all thicknesses.
The purpose of the WALL END closing element is to close walls next to the reveals of windows and doors, and at the ends of walls. Making use of vertical keyway joints, these elements are pushed down into the ends of the linear elements.
| Technical code | Length »L« (mm) | Width (mm) | Height (mm) |
|---|---|---|---|
| WALL-ADD (300-IR-900) | 900 | 300 | 91 |
| WALL-ADD (390-IR-900) | 900 | 390 | 91 |
| WALL-ADD (465-IR-900) | 900 | 465 | 91 |
| WALL-ADD (525-IR-900) | 900 | 525 | 91 |
| WALL-COVER (300-IT-900) | 900 | 300 | 91 |
| WALL-COVER (390-IT-900) | 900 | 390 | 91 |
| WALL-COVER (465-IT-900) | 900 | 465 | 91 |
| WALL-COVER (525-IT-900) | 900 | 525 | 91 |
| WALL-CUT (300-IC-900) | 900 | 300 | 364 |
| WALL-CUT (390-IC-900) | 900 | 390 | 364 |
| WALL-CUT (465-IC-900) | 900 | 465 | 364 |
| WALL-CUT (525-IC-900) | 900 | 525 | 364 |
| WALL-END (150-Z-060) | 60 | 150 | 364 |