Demolition of buildings is carried out to create space for new construction, remove deteriorated and unstable structures, or clear areas for conversion into green or functional spaces. Before starting demolition, the project team develops a plan to ensure the safety and security of workers, surrounding infrastructure, and equipment. They prepare project documentation and define the optimal solution for executing the demolition work.
Mechanical demolition is a modern technology performed using crawler excavators with varying reach and hydraulic tools specifically designed and manufactured for demolition projects. The company utilizes state-of-the-art specialized machinery and hydraulic tools from renowned global manufacturers.
The key advantages of these machines include:
- A structure tailored to demolition technology
- Cost-effectiveness and operational safety
- Ease of operation
- Quick adaptation and replacement of booms of various lengths
- High power and stability
- Fast tool replacement
All demolition machines are equipped with tools for performing - critical operational tasks during demolition.
Hammers and processors of various sizes and capacities can demolish and crush the hardest reinforced concrete structures.
Demolition using explosives is most commonly applied to structures located in areas inaccessible to machinery. It is the fastest demolition technology, but the time required for site clearance is significantly extended.
Underwater demolition and cutting of structures require precise and accurate removal of concrete and steel structures without polluting the water or the environment. This method is often used for maritime structures, bridge constructions, docks and harbors, hydraulic dams, and other hydrotechnical facilities.
For slender reinforced concrete skeletal structures and environments where noise and vibrations need to be minimized, demolition with hydraulic shears is used.
The most advanced technology for demolishing and cutting large steel structures is the use of hydraulic steel-cutting shears. This technology is particularly suitable for facilities and environments where the use of open flames and the creation of sparks are prohibited.
For projects that require work in a confined space, the use of mini machines helps ensure safe and efficient demolition.
