MAINI Wall Formwork
MAINI Wall formwork system for straight and curved walls with standard and special size modules and with high- quality fair-faced concrete finish.
MAINI Walls consist of a mixed support structure composed of wooden beams (HT-20) with steel profiles and a formwork surface of the plywood board.
Regarding the panel systems with metal frames, MAINI Walls ensure that the meetings between panels are almost invisible as they are both made of the plywood board.
MAINI WALL SYSTEM
MAINI wall forming system consists of a mixed support structure composed of wood beams (HT-20) with steel profiles and a formwork surface of phenolic resin-coated plywood board.
An ideal product for the creation of fair-faced concrete straight walls with architectural finish.
Stage 1
To start the assembly 10×10 wooden guide struts are placed on a prepared flat surface next to the area to be constructed. The struts are placed precisely according to the spaces dictated in the deatiled project plan to allow the accurate attachment of the steel whalers.
Stage 2
The steel whalers are then positioned on the struts.
Stage 3
H20 beams of the coorect lengths are then connected to the whalerspaying attention to the exact dimensions required by the project.
Stage 4
As shown the H20 beams and steel whalersare connected with countersunk screws.
Stage 5
AsAll H20 beams are connected in the same way paying attention to the assembly diagrams.
Stage 6
Plywood of the desired thickness is then attached to the H20 beams with countersunk bolts.
Stage 7
Hing brackets for crane ho
Stage 8
Panel supports are then attached to each other and to the the steel whalers as shown.
Stage 9
Work consoles are attached to the panel by bolting through holes drilled in the H20 beams.
Stage 10
As shown, wooden planks of 10×10 and 10×25 sizes are screwed with special screws to the platforms and upper bannister posts to make bannister railings and walkways.
Stage 11
At this stage special connector elements are securely fitted into the whalers to allow attachent of further wall formwork pieces to increase the wall length to the desired measurement.oks are then attached to the tops of the H20 Beams and the panel is lifted vertically as shown.
Stage 12
The carefully prepared wall forms are placed at the construction site. When the tie rods are connected and the correct plumb is attained the formwork is ready for pouring concrete. After the prerequisite time is allowed for the concrete setting the formwork tie rods can be loosened and the wall form moved to the next
MAINI CURVED WALL SYSTEM
MAINI Curved wall forming system consists of a mixed support structure composed of wood beams (HT-20) with steel profiles and a formwork surface of phenolic resin-coated plywood board…..
Stage 1
This formwork like others is carefully prepared on a working area. According to the required wall heights the H20 beam connecting elements are positioned according to the assembly diagram.
Stage 2
After careful positioning the H20 beams are connected as shown.
Stage 3
As shown the whaler connector elements and the H20 beams are securely fastened.
Stage 4
Plywood is attached to the twinned H20 Beams as shown.
Stage 5
The prepared panels can then be stored by stacking for later usage as shown.
Stage 6
Then with the plywood face placed down on wooden struts the whalers are fixed togethrer by special connector elements which enable the form to gain flexibiblity to attain a non linear form.
Stage 7
Special left and right corner attachments are connected to the panels and in turn connected to the H20 whalers with an adjusteable screw which allows the shape and position of the formwork to be altered.
Stage 8
After the desired semi circular construction shape is attained push pull supports are attached to the wall form and the formwork is ready for usage.