Offer
GBS - GRAVITY-BASED STRUCTURE
This is an advanced solution designed for offshore wind farms. The foundations are installed directly on a suitably prepared seabed, eliminating the need for piling or anchoring and significantly reducing their impact on the marine environment.
Their stability is ensured by their own weight and an optimally engineered mass distribution. The foundations can be scaled and adapted to accommodate wind turbines of varying capacities and dimensions.
This is a durable, cost-effective, and future-oriented technology supporting the development of modern offshore wind energy.
WIND TURBINE TOWERS
Concrete wind turbine towers are a solution designed to meet the demands of modern wind energy. Thanks to slipform technology, they can be constructed directly at the project site, eliminating transportation constraints and enabling the construction of significantly taller structures.
Greater tower heights provide access to stronger and more consistent wind resources, thereby increasing energy production. Concrete structures offer high load-bearing capacity, making them well suited for the installation of increasingly powerful wind turbines.
TANKS, SILOS & STORAGE FACILITIES
Tanks, silos and storage facilities constructed using slipform technology provide a durable and efficient solution for industrial and infrastructure applications. SLIPFORM technology enables the rapid construction of high-capacity facilities while maintaining the highest standards of workmanship.
The monolithic construction ensures high structural strength, watertightness, and long-term durability. Facilities can be tailored to the individual requirements and intended use of each project.
It is a proven construction technology that significantly reduces construction time while optimising overall project costs.
BRIDGE AND VIADUCT PIERS
The continuous concreting process significantly reduces construction time and enhances on- site efficiency. The monolithic structure ensures high construction precision and exceptional resistance to intensive use. This technology is ideally suited for the construction of road and railway bridges and viaducts.
HIGH-RISE BUILDING CORES & VERTICAL CIRCULATION SHAFTS
Slipform technology enables the continuous and precise construction of tall reinforced concrete structural cores. This makes it possible to create slender, high- strength structures that integrate the building’s structural, vertical circulation, and protective functions.
These cores can accommodate elevator shafts, stairwells, and building services infrastructure, while also serving as designated emergency escape routes.
DEFENCE STRUCTURES: RADAR TOWERS, SHELTERS & FORTIFICATIONS
SLIPFORM possesses the expertise and technological infrastructure required to deliver advanced critical infrastructure projects for the defence sector. Our in- house equipment fleet, mobile concrete batching plants, and independent power supply systems enable us to operate in virtually any location, regardless of the available infrastructure.
Slipform technology enables the rapid construction of durable concrete structures designed to meet stringent technical requirements. With full operational autonomy, we are equipped to undertake projects requiring continuous operations, operational resilience, and the highest safety standards.
