The determination of leaktightness of elastomeric sealing ring type joints of plastics pipes at ambient temperature.
The testing of plastics pipes (PE, PEX, PVC, PP, PB etc.), fittings and hoses of resistance to internal pressure at specified temperature.
Testing of resistance of plastics pipes to external blows at specified temperature.
Determination of Vicat softening temperature and the temperature of deflection under the load of plastics.
Testing of resistance of plastics pipes and other products of composite materials to solvents impact (methylenchloride, etc.) at specified temperature.
Research on composite and plastic materials (conditioning, aging and corrosion properties) under specified performance parameters and conditioning conditions.
Investigation of polymeric, metallic, composite materials, coatings. EDS spectrometer allows determination of elemental composition.
Determination of specific surface area , porosity and pore distribution of solid state materials.
Qualitative determination of chemical elements.
Universal hardness testing system for micro- and macro- hardness testing.
Multi-purpose instrument for investigation of potenciostatic/galvanostatic, potentiodynamic/ galvanodynamic processes, elektrochemical impedance, corrosion processes, corrosion kinetics, inhibitors and protective coatings, polarisation processes, electrode kinetics, etc.
The instrument allows determination of specific heat, phase transition, thermodynamic properties (decomposition behaviour, glass transitions, crystallization and etc.) of metals, polymers, fillers, organic materials, nanocomposites.
Metal analyzer – optical emission spectrometer is aimed at determination of elemental composition of ferrous and non-ferrous metals.
Determination of melt mass-flow rate and melt volume-flow rate of the thermoplastics under specified conditions of temperature and load.
Determination of compressive, bending, stiffness, tensile properties of the materials and similar tests at static and low-cycle operating modes; Investigation of the characteristics of the materials under specified conditions.
Determination of tensile, compression, bending, ring stiffness, ring flexibility and other special properties. Determination of the characteristics of small metal samples in static or low-cycle loads conditions.
Determination of mass fluidity and volume fluidity of plastic materials.
Determination of the softening temperature of polymers and composites.
Materials testing in a controlled environment.
Determination of resistance of plastic materials to aggressive environment.
Determination of elemental composition of ferrous and non-ferrous metals.
Quantitative and qualitative determination of chemical elements.
Characterization of thermodynamic characteristics, specific heat, melting, decomposition, crystallization, glass transition temperature, oxidation, reduction, etc. of polymers, metals, fillers, composite materials, organic materials.
Specific surface area determination: BET, Langmiuro, STSA, DFT and BJH methods.
Microporous Surface Analysis: NLDFT, QSDFT, Monte-Carlo, t-plot, alpha, MP, DR and DA methods.
Investigation of corrosion processes of metals, corrosion kinetics, effectiveness evaluation of corrosion inhibitors and protective coatings, evaluation of electrochemical parameters (corrosion current, current density, polarization resistance, kinetics of electrodynamic processes, diffusion, mass transfer, etc.).
Measurement of hardness and microhardness by methods of Vickers, Brinell and Rockwell.
Surface morphology and structure analysis of materials using electronic microscope, determination of surface elemental composition.
Determination of tensile, compression, bending, ring stiffness, ring flexibility and other special properties. Determination of the characteristics of small metal samples in static or low-cycle loads conditions.
Determination of mass fluidity and volume fluidity of plastic materials.
Determination of the softening temperature of polymers and composites.
Determination of resistance of plastic materials to aggressive environment.
Determination of elemental composition of ferrous and non-ferrous metals.
Characterization of thermodynamic characteristics, specific heat, melting, decomposition, crystallization, glass transition temperature, oxidation, reduction, etc. of polymers, metals, fillers, composite materials, organic materials.
Specific surface area determination: BET, Langmiuro, STSA, DFT and BJH methods.
Microporous Surface Analysis: NLDFT, QSDFT, Monte-Carlo, t-plot, alpha, MP, DR and DA methods.
Investigation of corrosion processes of metals, corrosion kinetics, effectiveness evaluation of corrosion inhibitors and protective coatings, evaluation of electrochemical parameters (corrosion current, current density, polarization resistance, kinetics of electrodynamic processes, diffusion, mass transfer, etc.).
Measurement of hardness and microhardness by methods of Vickers, Brinell and Rockwell.
Surface morphology and structure analysis of materials using electronic microscope, determination of surface elemental composition.
The determination of leaktightness of elastomeric sealing ring type joints of plastics pipes at ambient temperature.
The testing of plastics pipes (PE, PEX, PVC, PP, PB etc.), fittings and hoses of resistance to internal pressure at specified temperature.
Testing of resistance of plastics pipes to external blows at specified temperature.
Determination of Vicat softening temperature and the temperature of deflection under the load of plastics.
Testing of resistance of plastics pipes and other products of composite materials to solvents impact (methylenchloride, etc.) at specified temperature.
Research on composite and plastic materials (conditioning, aging and corrosion properties) under specified performance parameters and conditioning conditions.
Investigation of polymeric, metallic, composite materials, coatings. EDS spectrometer allows determination of elemental composition.
Determination of specific surface area , porosity and pore distribution of solid state materials.
Universal hardness testing system for micro- and macro- hardness testing.
Multi-purpose instrument for investigation of potenciostatic/galvanostatic, potentiodynamic/ galvanodynamic processes, elektrochemical impedance, corrosion processes, corrosion kinetics, inhibitors and protective coatings, polarisation processes, electrode kinetics, etc.
The instrument allows determination of specific heat, phase transition, thermodynamic properties (decomposition behaviour, glass transitions, crystallization and etc.) of metals, polymers, fillers, organic materials, nanocomposites.
Metal analyzer – optical emission spectrometer is aimed at determination of elemental composition of ferrous and non-ferrous metals.
Determination of melt mass-flow rate and melt volume-flow rate of the thermoplastics under specified conditions of temperature and load.
Determination of compressive, bending, stiffness, tensile properties of the materials and similar tests at static and low-cycle operating modes; Investigation of the characteristics of the materials under specified conditions.
