Description:
Viscosity tests of cement mortar or concrete mixtures, performed using BTRHEOM laboratory equipment, allow for an accurate assessment of the mixture’s rheological properties: viscosity, thixotropy, flowability, and structural stability. These measurements help optimize the mixture’s composition.

Description:
Studies focused on the efficiency of construction work allow for an assessment of the quality of work organization, technological solutions, resource utilization, and cost management. This analysis helps optimize processes, reduce risks, increase productivity, and ensure the smooth implementation.

Description:
When defects appear in structures, it is necessary to conduct an expert structural assessment to determine the causes of the defects and their impact on the structure’s continued service life. Structural defects are usually of a technical nature (concrete, reinforcement, formwork).

Description:
These are advanced solutions that include optimizing concrete mix designs, conducting laboratory tests, and using innovative additives. Tests are conducted on strength, durability, resistance to environmental factors, and structural properties.

Description:
Determining the amount and orientation of steel reinforcing fibers in fresh and hardened concrete makes it possible to assess the distribution and orientation of the fibers and the actual effectiveness of the reinforcement. The tests are conducted using modern measurement methods.

Description:
Construction mortars are very commonly used in flooring projects. For example, leveling compounds provide an ideally smooth base for laying various floor coverings on top of them.

Description:
This allows for the evaluation of the strength, stiffness, deformation properties, and load-bearing capacity of materials and components. Tensile, compression, bending, shear, and other tests are conducted to determine the reliability and durability of structures.

Description:
Research into continuous concrete placement technologies for massive monolithic structures involves the analysis of concrete mix properties, heat release, the hardening process and technological parameters. The suitability of the mix for long-term pouring, interlayer adhesion.

Description:
This is an advanced, non-destructive testing method that allows for the precise detection of internal defects in materials: flaws, cracks, fissures, pores, or delamination. High-frequency ultrasound is used to assess the quality, reliability, and safety of structures.

Description:
Measuring autogenous and drying shrinkage and deformation allows for an accurate assessment of concrete behavior during hardening by monitoring changes in volume and the development of stresses. Tests conducted under different curing conditions help determine the stability of the mixture.

Description:
Tests on flexural structures make it possible to evaluate the resistance of structural members to bending loads, determine their strength, stiffness, and deformation characteristics, and assess the crack propagation process. Laboratory tests help to accurately assess the behavior of structures under

Description:
Tests on masonry products are conducted to assess the quality of bricks, blocks, and other masonry elements, as well as their compliance with standard requirements. During these tests, the products’ compressive strength, density, water absorption, dimensional accuracy, frost resistance.

Description:
The development of next‑generation concrete mixes involves selecting advanced binders, mineral additives and chemical modifiers to optimize hydration processes, rheological behavior and microstructure formation. Such compositions reduce clinker content while improving concrete density, pore struct

Description:
This includes the design of unique formulations tailored to specific operating conditions: high strength, resistance to chemicals, heat, cold, or abrasion. Comprehensive laboratory testing is conducted to evaluate rheology, strength, durability, and structural reliability.

Description:
Electronic moisture measurement allows for the precise determination of moisture content in various building materials and surfaces: concrete, plaster, masonry, wood, and insulation systems. Modern sensors are used to assess the condition of materials and the drying process.

Description:
These are active mineral components, such as silica fume, fly ash, and other reactive additives, that improve the strength, density, and durability of concrete. They reduce porosity and increase resistance to freezing, chemical exposure, and deformation, ensuring high quality.

Description:
This measurement allows for quick and accurate determination of moisture levels in concrete, plaster, masonry, wood, and other building materials. Electronic measuring devices help assess the drying process, identify areas of high moisture, and ensure appropriate conditions for further construction.

Description:
Aggregate testing includes determining particle size distribution, moisture content, density, fineness modulus, friability, and organic impurities. The data obtained allows for an assessment of the suitability of aggregates for the production of concrete, mortar, and other mixtures.

Description:
Tests on building materials and structures are conducted to assess their quality, durability, and compliance with technical requirements. The tests examine mechanical properties, structure, and resistance to environmental factors, and identify any potential defects or damage.

Description:
It allows for the evaluation of the rheology, strength, durability, and sustainability of mixtures. The research helps optimize the composition, reduce the carbon footprint, and develop more efficient, environmentally friendly cement products.

Description:
This involves the application of advanced technologies, the optimization of mixtures, and the search for sustainable solutions. The research conducted enables the development of environmentally friendly products with high performance characteristics and their effective integration into construction.