Pressure and Gravity Injection
Repairing and strengthening of building structures.
Pressure and gravity injections are methods used for repairing and strengthening building structures, which involve pumping special materials into cracks or fissures in the structure. They are used to prevent water leakage, seal and strengthen concrete elements, as well as fill voids in the structure.
Pressure injections are typically carried out using pressure pumps. Injected materials, such as epoxy and polyurethane resins, have high tensile and shear strength and provide excellent adhesion to concrete and other building surfaces. Acrylic gels have very low viscosity, allowing them to seal even the smallest cracks. Silane-based cream injections, on the other hand, enable the restoration of horizontal waterproofing and barriers to prevent capillary moisture rising.
Gravity injections, on the other hand, involve pouring special materials into empty spaces and cracks in the structure. These materials effectively fill voids, thereby providing additional strength and stability to the structure.
Pressure and gravity injection methods are widely used for repairing and stabilizing building structures, including residential and industrial buildings, bridges, tunnels, and other infrastructure objects.
Reinforcement of reinforced concrete structures with carbon tapes
An effective solution to problems related to the durability and stability of buildings and other structural objects.
We offer a service of reinforcing reinforced concrete structures with carbon fiber strips, which provides an effective solution to issues related to the strength and stability of buildings and other structural objects. Our company utilizes state-of-the-art technologies and materials, ensuring that the reinforcement of the structure is done quickly, safely, and durably.
Reinforcement of reinforced concrete structures with carbon fiber strips involves adhering strips of carbon fiber combined with resins to the surface of structural elements. Carbon fibers are characterized by very high strength and stiffness, allowing for effective reinforcement of the structure and increased load-bearing capacity and stability. This method is particularly effective for objects such as bridges, towers, industrial buildings, and other heavily loaded structures.
By collaborating with our company, you can be assured that the reinforcement of your structure will be carried out professionally and in compliance with the highest standards. This will result in a safer and more stable building or structural object, leading to longer service life and cost savings associated with potential repairs and maintenance.
The advantages of this service include fast implementation, durability, low costs compared to traditional methods of structural reinforcement, and no need for demolition and reconstruction works. Reinforcement of reinforced concrete structures with carbon fiber strips is certainly an investment that will pay off in terms of increased safety of the object and cost savings in its operation.
Expansion Joint Repairs (Resin and Steel Expansion Joint Profiles)
Guaranteed sealing and protection of edges and corners against mechanical damage.
Composite and steel expansion joint profiles available on the market are used to ensure sealing and protect edges and corners from mechanical damage. Various types of profiles are available, tailored to the requirements of a particular structure. All offered profiles have appropriate certifications and certificates, guaranteeing their durability and reliability.
In case of damage to expansion joints, repairs are necessary. This can be done using epoxy resins, which are ideal for smaller-scale damages. These are materials with high mechanical and chemical resistance, ensuring long-lasting and effective protection of expansion joints from further damage.
Sika FloorJoint S is an example of a composite panel with high physical parameters. It is prefabricated and reinforced with carbon and polymer fibers. The corrugated shape of the joint provides better load transfer. It effectively protects expansion joints from mechanical damage and ensures proper flexibility and sealing during operation.
By using such profiles, it is possible to ensure not only proper functionality but also aesthetics, through the possibility of covering them with resin systems.
Reprofiling and Repair of Concrete Surfaces and Floors
A comprehensive grooving technology service that allows for the restoration of the original functionality and aesthetics of concrete surfaces.
Reprofiling concrete surfaces and floors using grooving and milling technology is a comprehensive service that allows for the restoration of the original functionality and aesthetics of concrete surfaces. It can eliminate various types of defects such as peeling or unevenness, and improve traction and safety for users.
Grooving is a method of mechanically cutting grooves in concrete using diamond discs. This allows for achieving a perfectly even surface while increasing traction at the same time. The application of grooving and milling technology is an ideal solution for renovating concrete surfaces. This service applies to various types of facilities, including concrete roads, warehouse halls, parking lots, warehouses, shopping centers, etc. By using this technology, a smooth, aesthetically pleasing, and safe surface can be achieved, meeting the requirements of even the most demanding customers.
In summary, reprofiling and repair of concrete surfaces and floors using grooving and milling technology is an excellent solution for those who want to restore the original functionality and aesthetics of their concrete floors.
