Some interest is the end part of the multi -route plates manufactured in Czechoslovakia, where the ends have a bevel and on each side are two loops of reinforcing steel, for which hooks cling when lifting. The presence of a bevel makes a plug of round voids with concrete from the ends. The loops also give the opportunity to reliably hide the slabs in the wall.
Currently, the manufacture of reinforced concrete rafters for residential buildings has begun. Reinforced concrete rafters are especially effective in the design of residential buildings with a medium longitudinal carrier wall. In this case, the rafters consist of three main elements: a rafter leg, a Mauerlat and longitudinal run along brick pillars.
A wooden bar is laid in the rafter leg (along the entire length) from the roof, in which you can hammer nails, which makes it possible to perform a roof with two options for the crate: either from wooden or from reinforced concrete bars.
The rafters are designed for a tiled roof.
Jumpers for residential buildings are made with longitudinal voids. On both sides of the jumper have furrows designed to lay hidden electrical wiring.
Mass use has a reinforced concrete square laid as a belt around the perimeter of a residential building at the level of inter -story prefabricated reinforced concrete overlap. The interval between the hollow flooring and the reinforced concrete square is filled with concrete, into which multi -strokes of the inter -story floor are embedded.
Stairword marches make two types: staircase marches with hollow steps lined with mosaic slabs at the construction site, and marches with continuous offices of the steps.
In one form, 2 marches are made at once. Concreting is in an upright position. For the formation of voids in the steps, special liners are laid in the form.
