Cracks are a very common phenomenon that can be observed on various scales, but on almost all structures: from historical to new buildings. There are a number of reasons for their origin of cracks, but most often they are the result of a combination of several of them.
Damaged masonry is best stabilized and reinforced with spiral rods made of stainless steel Stati-Bar. Long Stati-Bar spiral rods that can be installed on both sides of the crack in the cut-out grooves. To preserve the aesthetics of the building, this is usually done in soluble masonry joints for a reliable and permanent solution. The tensile load is distributed along the masonry structure to minimize the further development of cracks that can occur with a simple method of sealing-sewing.
When working with repair systems, it is very important to make high demands on the professional competence of the company.
Advantages of screw fittings:
– increasing the load-bearing capacity of walls, columns, beams, floors, foundation slabs
-prompt installation – without technological interruptions
-work is carried out independently, without dismantling and stopping operation
-cracks no longer develop-high technology efficiency
-relatively low cost compared to traditional capital repairs
Installing long designed spiral tie rods over door and window openings is a quick and easy way to create or repair brick (block) arch lintels in buildings. Prestressed stainless steel rods can be used in existing brickwork (or masonry) to form a reinforced lintel made of brick (gas block, concrete block, stone) over a flat level or curved arch.
There are a number of reasons why jumpers fail. Shallow or flat brick arches can collapse due to insufficient support on either side of the arch, concrete lintels tend to rotate, wood warps when dried or wetted, and metal lintels can degrade over time as rotting or corrosion begins.
Partner’s official website Statical.ua
Where masonry has cracked and collapsed as a result of ground movement, element failure, weathering, or increased loads and stresses, the innovative and versatile Stati-Beam system binds the masonry together and creates deep masonry beams within the existing structure.
They are created by introducing two parallel layers of reinforcement at the seam joint, each of which contains a pair of spiral rods that represent the upper and lower flanges of a brick beam. Deep masonry beams are able to cover areas of masonry destruction, redistribute the applied loads and increase the tensile, shear and bending strength of the wall, creating the effect of pulling structures together.
Non-reinforced brick panels are strong in compression, but relatively weak in resistance to sliding and tension loads. Walls can bend and crack when exposed to high loads and stresses.
Such stresses can be caused by: localized soil movement / subsidence, destruction of bridges, or fluctuations in humidity / temperature.reinforced masonry has greater resistance to sliding and tensile loads, as it is reinforced by plastic and elastic steel reinforcement.
Reinforced brickwork can be used wherever it has lost its load-bearing capacity. It is commonly used to cover areas of localized soil movement to ease the need for partial foundation reinforcement.
In other cases, it can be used to span between concrete platforms or piles to reduce the cost of repairing structural subsidence. Reinforcement of horizontal joints can also be used to increase wind load resistance and expand the centers of movable joints.
Almost instant results
Only top-end equipment and tools
Post-project monitoring and responsiveness when improvements are needed. Communication 24/7
Parallel improvement of hydro -, heat-and vibration insulation characteristics of structures
Performing work using Premium Technologies technology does not require moving out residents or stopping the operation of the house.
The materials we use are durable and resistant to aggressive environments. Premium Technologies has the ability to guarantee works for up to 60 years.
We use Premium Technologies geopolymer resin injection technology, which is similar to a "microsurgical operation" without excavation and excavation or clutter management.
Cracks in the walls are closed as the building structure rises. Windows and doors will work normally again if there were misalignments before.
The injected material is environmentally inert and does not have a harmful effect on the environment.
