Scientific Divisions

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• Testing conducted by the accredited Corrosion and Chemistry Laboratory AB 1424

  The Corrosion and Chemistry Division operates a highly specialised corrosion and chemical laboratory where testing of mortars, adhesives, paints, varnishes and produced coatings intended for the protection of metals and reinforced concrete against corrosion is carried out. The Laboratory holds PCA accreditation No. AB 1424.

  At the request of our clients, we perform corrosion testing, including accelerated corrosion tests, corrosion resistance testing of products, testing of coating resistance to environmental conditions, as well as tests required for issuing a National Technical Assessment, a PSE Technical Recommendation or in accordance with NORSOK requirements (Coating Procedure Test CPT), PKP and others.

  In addition to laboratory testing, we also perform field testing and provide coating inspection supervision services, advisory services in the design of corrosion protection systems, preparation of technical specifications and quality assurance programmes (QAP).

  We solve the most complex corrosion problems within the framework of expert reports and technical opinions concerning both engineering structures and buildings, tanks, equipment, poles, chimneys, etc.

  For over 20 years, we have conducted training courses in the proper design, supervision and execution of corrosion protection systems for steel and reinforced concrete structures.

  Scope of Activity

  • technical consultancy in all corrosion-related issues and corrosion protection systems,

  • preparation of corrosion protection designs and specifications, quality assurance programmes, warranty technical conditions, recommendations and industry guidelines,

  • performance of expert reports (including court expert opinions) and inspections of corrosion protection systems,

  • training services in corrosion protection of steel and concrete,

  • testing of properties of corrosion protection materials (paint identification by infrared spectroscopy, density, viscosity, solids content, active component content, phase separation, presence of foreign substances, consistency, sedimentation),

  • laboratory testing of corrosion protection coatings (chemical and water resistance, water vapour and CO2 permeability, water penetration, crack-bridging ability of coatings on concrete), including the use of: scanning electron microscope with EDS attachment, field microscope, metallographic microscope, spectrophotometer, variable temperature chamber, UV chamber and salt spray chamber,

  • accelerated ageing testing of corrosion protection coatings in salt spray, UV, humidity and variable temperature chambers (including cyclic conditions),

  • assessment of steel and concrete surfaces prior to coating application (determination of the degree of steel preparation, degree of cleaning, level of ionic contamination, degree of dust contamination, degree of grease contamination, surface roughness profile, chloride content in concrete, degree of concrete carbonation, concrete moisture level),

  • assessment of corrosion protection coatings after application to structural elements (workmanship class, thickness, adhesion, tightness, gloss, colour, hardness),

  • testing of coatings on structural elements (gloss of painted coatings, colour, rust grade, thickness, adhesion, blistering degree, cracking degree, flaking degree, presence of ionic contamination, chemical composition and morphology of samples using a scanning electron microscope with EDS attachment).

  Testing of Liquid Paints

  Within the scope of testing paints and varnishes in liquid form, we perform, among others:

  • density determination by pycnometric method according to PN-EN ISO 2811-1:2016,

  • density determination by immersion method according to PN-EN ISO 2811-2:2011,

  • viscosity determination by measuring flow time using flow cups according to PN-EN ISO 2431:2019,

  • determination of non-volatile matter content according to PN-EN ISO 3251:2019,

  • assessment of paint appearance: checking for skinning, phase separation, presence of foreign substances, consistency, sedimentation according to PN-EN ISO 1513:2010, PN-EN ISO 12944-7:2018,

  • surface drying time according to PN-EN ISO 9117-1:2009, PN-EN ISO 9117-3:2010,

  • visual colour comparison of paints according to PN-EN ISO 3668:2020,

  • FTIR infrared analysis according to PN-EN 1767:2008.

  Corrosion Testing of Coatings on Metal Substrates

  Accelerated Corrosion Testing of Coatings Applied to Metal Substrates

  Within the scope of accelerated corrosion testing, we perform:

  • salt spray chamber testing in atomised saline solution – NSS test according to PN-EN ISO 9227:2017,

  • UV chamber testing – exposure to laboratory light sources, i.e. fluorescent UV lamps according to PN-EN ISO 16474-3:2014,

  • humidity chamber testing – determination of resistance to humidity by condensation (single-sided exposure) according to PN-EN ISO 6270-1:2018,

  • variable temperature chamber testing according to IBDiM Procedure TW-34/98,

  • cyclic corrosion resistance testing according to PN-EN ISO 12944-6:2018 Annex B,

  • resistance to liquids – immersion in liquids other than water according to PN-EN ISO 2812-1:2018,

  • resistance to water immersion according to PN-EN ISO 2812-2:2019,

  • cathodic disbonding resistance according to PN-EN ISO 15711:2006, Method A,

  • corrosion resistance of steel structures according to PN-EN ISO 12944-6:2018-03 /Ap1:2018-10,

  • corrosion resistance of offshore and similar steel structures according to PN-EN ISO 12944-9:2018-03 Annex B.

  Mechanical Testing of Coatings Applied to Metal Substrates

  Within the scope of mechanical testing of coatings, we perform, among others:

  • pull-off strength testing of coatings, i.e. pull-off test for adhesion assessment according to PN-EN ISO 4624:2016

  • pull-off strength testing of coatings by pull-off method according to PN-EN ISO 16276-1:2008

  • pull-off strength testing of coatings by cross-cut method and X-cut method according to PN-EN ISO 16276-2:2008

  • coating thickness testing according to PN-EN ISO 2808:2020

  • thickness testing of thermally sprayed coatings according to PN-EN ISO 2063-1, PN-EN ISO 2063-2

  • pencil hardness testing of coatings according to PN-EN ISO 15184:2020

  • bend test (conical mandrel) according to PN-EN ISO 6860:2006

  • impact resistance testing as a result of sudden deformation – test using a falling weight (large-area indenter) according to PN-EN ISO 6272-1:2011

  • damage resistance testing according to PN-EN ISO 12137:2012

  • abrasion resistance testing – method with wheels covered with abrasive paper and a rotating test specimen according to PN-EN ISO 7784:2016

  • cupping test according to PN-EN ISO 1520:2007

  Other Coating Tests and Assessment of Coatings Applied to Metal Substrates

  Other coating tests include:

  • determination of gloss value at 20°, 60° and 85° according to PN-EN ISO 2813:2014

  • electrochemical impedance spectroscopy (EIS) testing of painted and unpainted metal specimens according to PN-EN ISO 16773-1:2016

  • assessment of coating deterioration by determining the amount and size of defects and the intensity of uniform changes in appearance:

    • assessment of coating deterioration according to PN-EN ISO 4628-1:2016

    • assessment of degree of blistering according to PN-EN ISO 4628-2:2016

    • assessment of degree of rusting according to PN-EN ISO 4628-3:2016

    • assessment of degree of cracking according to PN-EN ISO 4628-4:2016

    • assessment of degree of flaking according to PN-EN ISO 4628-5:2016

    • assessment of degree of chalking by tape method according to PN-EN ISO 4628-6:2012

    • assessment of degree of delamination and corrosion around a scribe or other artificial damage according to PN-EN ISO 4628-8:2013

  • assessment of porosity of dry coatings according to PN-EN ISO 29601:2011

  • measurement and acceptance criteria for dry film thickness on rough surfaces according to PN ISO 19840:2009

  • determination of coating type – FTIR infrared analysis according to PN-EN 1767:2008

  • determination of cathodic disbonding resistance of coatings exposed in seawater according to PN-EN ISO 15711:2006

  • morphology of the corrosion protection system including determination of the size of anti-corrosive pigments, analysis using a scanning electron microscope according to PN-EN ISO 2808:2008 method 6A

  • determination of the presence of chromium VI and lead compounds using a scanning electron microscope – non-standard method

  • colour measurement according to PN-EN 7724-2:2003, PN-EN 7724-3:2003

  Testing of Metal Surfaces Before Coating Application

  Within the scope of testing metal surfaces before coating application, we perform, among others:

  • visual assessment of surface cleanliness – determination of corrosion grade and preparation grade of unprotected steel substrates and steel substrates after:

    • complete removal of previously applied coatings according to PN-EN ISO 8501-1:2008

    • local removal of those coatings according to PN-EN ISO 8501-2:2008

  • determination of preparation grade of welds, sharp edges and other areas with surface imperfections according to PN-EN ISO 8501-3:2008

  • ultrasonic measurement of metal wall thickness according to PN-EN ISO 2808:2020

  • assessment of the presence of grease contamination according to ASTM F222, PN-70/H-97052

  • tests used to assess surface cleanliness:

    • extraction of water-soluble contaminants for analysis – Bresle method according to PN-EN ISO 8502-6:2020

    • assessment of dust residues on steel surfaces prepared for painting – adhesive tape method according to PN-EN ISO 8502-3:2017

    • assessment of the probability of water vapour condensation before paint application according to PN-EN ISO 8502-4:2017

    • field method for conductometric determination of water-soluble salts according to PN-EN ISO 8502-9:2021-03

  • testing involving determination of surface roughness characteristics of steel substrates after abrasive blast-cleaning:

    • method of grading the surface profile of steel after abrasive blast-cleaning – using a comparator according to PN-EN ISO 8503-2:2012

    • method of calibrating ISO surface profile comparators for determining surface profile – using a stylus instrument according to PN-EN ISO 8503-4:2012

  If you are interested in conducting tests of products related to metals and concrete other than those listed above, please contact us – we will strive to meet your expectations.

  Testing of Coatings, Hydrophobic Impregnations and Mortars Applied to Concrete Substrates

  Testing of Coatings and Hydrophobic Impregnations

  Within the scope of testing products for the protection of concrete surfaces, we perform, among others:

  • test involving assessment of the condition of the protective coating (or render) after freeze resistance test [200 cycles of freezing in air and thawing in water, at temp.: -18±2°C / +18±2°C] according to IBDiM Procedure No. PB/TM-1/13

  • drying test for hydrophobic impregnation according to PN-EN 13579:2004

  • water absorption and alkali resistance test for hydrophobic impregnation according to PN-EN 13580:2004

  • thermal compatibility test after:

    • cyclic storm effect (thermal shock) according to PN-EN 13687-2:2008

    • thermal cycles without de-icing salt according to PN-EN 13687-3:2002

  • capillary absorption – water permeability according to PN-EN 1062-3:2008

  • pull-off strength test – adhesion measurement by pull-off according to PN-EN 1542:2000

  • carbon dioxide permeability test according to PN-EN 1062-6:2003

  • water vapour permeability properties – cup method according to PN-EN ISO 7783:2018-11

  • water absorption reduction index test according to IBDiM Procedure No. PB-TM-X5

  • abrasion resistance test according to PN-EN 1338:2005

  • skid resistance test according to PN-EN 1436:2018-02

  • crack-bridging properties test – crack bridging according to PN-EN 1062-7:2005

  • anti-graffiti coating test according to D6578M-13(2018)

  • abrasion resistance test using a Taber abraser according to PN-EN ISO 5470-1:2017-02

  • chemical resistance to liquids test according to PN-EN ISO 2812-1:2018-01

  Testing of Mortars and Concrete

  • flexural and compressive strength test of mortar according to PN-EN 1015-11:2020-04

  • compressive strength test of repair mortar according to PN-EN 12190:2000

  • shrinkage and elongation test according to PN-EN 12617-4:2004

  • capillary absorption test according to PN-EN 13057:2004

  • freeze resistance test of building mortars according to IBDiM test procedure PB/TM-1/12

  • concrete cover thickness test using a profometer according to IBDiM recommendations

  • concrete moisture test according to ASTM D4263 – 83(2018)

  If you are interested in conducting tests of products related to metals and concrete other than those listed above, please contact us – we will strive to meet your expectations.

  Field Testing

  If you are interested in conducting field testing of products related to metals and concrete, please contact us at: akrolikowska@ibdim.edu.pl or lkomorowski@ibdim.edu.pl.

• Training in corrosion protection of steel and concrete

  For over 20 years, we have been conducting training courses in the field of corrosion and corrosion protection.
  Each year, we organise:

  • a 3-level course entitled “Design and Supervision of the Execution of Corrosion Protection Systems for Steel Structures” – each level lasts 5 days and ends with an examination; upon obtaining a positive result, a certificate is issued. After completing the full cycle of courses, a collective Certificate valid for 5 years is issued,

  • a 2-level course entitled “Design and Supervision of the Execution of Corrosion Protection Systems for Concrete Structures” – each level lasts 5 days and ends with an examination; upon obtaining a positive result, a certificate is issued. After completing the full cycle of courses, a collective Certificate valid for 5 years is issued,

  • a course extending the validity of Certificates obtained after completing the above-mentioned training – the course extends the validity of Certificates for a further 5 years.

  In addition, we also organise thematic seminars and workshops and conduct individual training tailored to the needs of our clients, such as training on surface preparation before coating application, training on the proper selection of technologies and coating application, practical training in the use of inspection instruments, and training on standards, e.g. PN-EN ISO 12944, PN-EN ISO 8501 or PN-EN ISO 8502.

  If you are interested in organising an individual training course for your employees, please contact Ms Urszula Paszek, tel.: +48 600 457 498 or e-mail: upaszek@ibdim.edu.pl.

• Preparation of technical expert reports and opinions

  Preparation of Technical Expert Reports and Opinions

  Preparation of Technical Expert Reports on the Condition of Structures, Corrosion Damage and Corrosion and Coating Issues

  We prepare expert reports on the condition of structures with regard to corrosion risks and damage, the condition of corrosion protection systems, and the quality of paints and coatings (including court expert reports and expert reports prepared prior to renovation works).

  Among others, we are able to:

  • determine the properties of applied paints and carry out their identification,

  • assess compliance of the executed corrosion protection system with the technical specification,

  • determine the causes of coating defects or corrosion occurrence,

  • verify the correctness of field testing of coatings and execution of corrosion protection works.

  Sample expert reports: Łazienkowski Bridge, Śląsko-Dąbrowski Bridge, Grota-Roweckiego Bridge, Siekierkowski Bridge, bridge in Zakroczym, bridge in Kiezmark, Gdański Bridge, footbridges and noise barriers in the Capital City of Warsaw, condenser at Bełchatów Power Plant, chimneys at Kozienice Power Plant.

  Issuing Technical Opinions in the Field of Corrosion, Paint Systems and Corrosion Protection Coatings

  We issue Technical Opinions, among others, in the scope of:

  • correctness of application of protective coatings on structures,

  • possibility of replacing corrosion protection systems or modifying elements of a corrosion protection system intended for protecting steel and reinforced concrete surfaces,

  • use of products operating in particularly difficult conditions,

  • interpretation of applicable regulations and standards.

  Issuing Technical Recommendations and National Technical Assessments

  We prepare Technical Recommendations (RT) and National Technical Assessments (KOT) covering products for the protection of metal surfaces (protective coating systems) and concrete surfaces (repair mortars, rapid-setting mortars, patching mortars, impregnations, hydrophobic impregnations, protective coatings, anti-graffiti coatings, construction adhesives, waterproofing membranes, damp-proof insulation, injection products, chemical anchors, etc.). These documents are prepared on the basis of conducted tests.

  Technical Consultancy in the Field of Corrosion, Corrosion Issues and Corrosion Protection Coatings

  We advise and support our clients in all matters related to corrosion, corrosion protection coatings, various corrosion problems and corrosion-related documentation, including:

  • preparation of technical specifications for coating corrosion protection systems,

  • preparation of corrosion protection coating designs,

  • selection of technologies prior to coating application and during coating application,

  • selection of corrosion protection systems for structures in various environmental conditions (including difficult/specific conditions),

  • preparation and verification of Quality Assurance Programmes (QAP),

  • preparation of Health and Safety Plans (BiOZ),

  • preparation of technical warranty conditions in warranty agreements for corrosion protection works.

  Conducting R&D Projects

  We coordinate and perform research within national and international research and development projects.

  We are open to cooperation and new research ideas.

  Sample R&D projects:

  • “Assessment of Coating Systems in Field Conditions on Steel Bridge Structures Using Impedance Technique” – research project KBN – 5 T07E 048 25

  • “High-Impedance Analyser for Diagnostics of Corrosion Protection Coatings” – EUREKA project HIADAC No. E!3174

  • ARCHES Assessment and Rehabilitation of Central European Highway Structures – Smart-CP, corrosion monitoring

  • R&D project “Bridges in 3 Months” under the Technological Initiatives Programme of the Ministry of Science and Higher Education – testing corrosion protection of reinforcement in concrete

  • Projects with acronyms: DuraCoat (“Criteria and Guidelines for the Assessment and Selection of Anti-Corrosion Paint Systems for Steel Structures”), ZincPower (“New Generation of Zinc Primers with Improved Anti-Corrosion, Functional and Environmental Properties”), EcoWaterZinc (“Water-Based, Environmentally Friendly High-Zinc Primers”) – implemented under the CORNET Initiative by partners from Poland and Germany – Polish Corrosion Society, Road and Bridge Research Institute, Łukasiewicz Research Network – Institute for Engineering of Polymer Materials and Dyes – Paint and Plastics Division in Gliwice, Forschungsgesellschaft für Pigmente und Lacke e.V. (FPL), Fraunhofer Institute for Manufacturing Engineering and Automation IPA. Projects financed by the National Centre for Research and Development.

  • Project DIAKO “Innovative Non-Destructive Method for Diagnostics of Corrosion in Reinforced Concrete Structures” – implemented under the INNOTECH programme by a consortium including: AGH University of Science and Technology, TPA Technical Research Institute Sp. z o.o., BETOTECH Technology Centre Sp. z o.o., Road and Bridge Research Institute. Project financed by the National Centre for Research and Development.

  Conducting Inspection Supervision

  We perform detailed and technological inspection supervision of coating corrosion protection works on steel and reinforced concrete structures, including assessment of steel and concrete surfaces:

  before coating application:

  • determination of steel preparation grade,

  • determination of cleanliness grade,

  • determination of surface roughness profile,

  • determination of dust contamination grade,

  • determination of grease contamination grade,

  • determination of concrete carbonation,

  • determination of concrete moisture,

  • determination of ionic contamination level,

  • determination of chloride content in concrete, etc.

  after coating application:

  • determination of workmanship class,

  • determination of coating thickness,

  • determination of coating adhesion,

  • determination of coating tightness,

  • determination of coating gloss,

  • determination of coating colour,

  • determination of coating hardness, etc.

  Sample supervision projects: Łazienkowski Bridge, Śląsko-Dąbrowski Bridge, Grota-Roweckiego Bridge, Siekierkowski Bridge, bridge in Zakroczym, bridge in Kiezmark, footbridges and noise barriers in the Capital City of Warsaw, condenser at Bełchatów Power Plant, chimneys at Kozienice Power Plant.

  Preparation and Verification of Documents

  We prepare and verify corrosion protection designs for steel and concrete structures (new and renovated structures), Quality Assurance Programmes (QAP), Health and Safety Plans (BiOZ), technical warranty conditions for corrosion protection works in warranty agreements, as well as guidelines and recommendations for public investors (Ministry, GDDKiA, ZDM, etc.) and private investors.

  If you are interested, we encourage you to contact us.

Contact:

• Asphalts and Emulsions

  • testing of road asphalts, modified asphalts and other binders,

  • testing of asphalt emulsions,

  • assessment of the properties of asphalts and asphalt emulsions in relation to the requirements of PN-EN standards,

  • extended assessment of asphalt properties (rheological and functional properties according to PG, group composition, rheological testing using a DMA rheometer, microscopic evaluation),

  • modification of asphalt binders,

  • testing of asphalt additives,

  • research and development work,

  • control testing, expert reports, scientific and technical opinions,

  • implementation of new technical and technological solutions.

• Test Methods

  1. Asphalt penetration – PN-EN 1426

  2. Softening point of bitumen (Ring and Ball method) – PN-EN 1427

  3. Fraass breaking point of bitumen – PN-EN 12593

  4. Ductility with force measurement – PN-EN 13589, PN-EN 13703

  5. Elastic recovery – PN-EN 13398

  6. Viscosity – ASTM D 4402

  7. Kinematic viscosity – PN-EN 12595

  8. Dynamic viscosity – PN-EN 12596

  9. Flash point (Cleveland open cup method) – PN-EN ISO 2592

  10. Content of n-heptane insoluble matter – ASTM D 4124

  11. Content of toluene insoluble matter – PN-C-97057

  12. Determination of solubility – PN-EN 12592

  13. Determination of density and relative density – PN-EN ISO 3838

  14. Paraffin wax content – PN-EN 12606

  15. Adhesion to aggregates – PN-B-06714/22

  16. Storage stability of modified bitumens – PN-EN 13399

  17. Simulation of short-term ageing (RTFOT method) – PN-EN 12607-1

  18. Simulation of long-term ageing (PAV method) – PN-EN 14769

  19. Complex modulus G* and phase angle δ (DSR) – PN-EN 14470

  20. Multiple Stress Creep and Recovery (MSCR) – ASTM D7405

  21. Low-temperature creep test (BBR) – PN-EN 14771

  22. Physical hardening test – AASHTO T313

  23. Adhesion to aggregates – PN-EN 12697-11 (A)

  24. Cohesion of modified bitumens (Vialit impact method) – PN-EN 13588

  25. Dynamic Mechanical Analyzer (DMA) testing – bending, tension, compression and shear over a wide range of frequencies and temperatures

  26. Assessment of polymer dispersion in modified bitumens (fluorescence microscope) – PN-EN 13632

  27. Determination of bitumen group composition (TLC-FID method)

  28. Binder drainage – PN-EN 12697-18

  29. Fourier Transform Infrared Spectroscopy (FTIR) testing

  30. Emulsion testing in accordance with EmA-99 – PN-EN 13808

• Road and Bridge Pavements

  • road, bridge and airport pavements,

  • technology of asphalt, block, resin and other pavements,

  • design of pavement structures (new and strengthened) – flexible and semi-rigid (mechanistic and catalogue methods, deflection method),

  • pavement rehabilitation and repair technology,

  • control and acceptance testing of asphalt pavements,

  • pavement sampling,

  • design, technological, scientific and laboratory supervision,

  • expert reports, technical and court opinions,

  • preparation of technical requirements, detailed technical specifications for execution and acceptance of construction works and technical guidelines,

  • verification, optimisation and review of pavement designs with consideration of economic assessment,

  • special pavements, e.g. tram-bus lanes, railway and tram crossings,

  • implementation of special technological solutions:

    • weekend rehabilitation works,

    • partial repair methods (microwave heaters, infrared heaters),

    • long-life pavements,

    • low-noise pavements,

    • pavements with increased resistance to permanent deformation,

    • anti-cracking layers,

    • bus bay pavements,

    • stone block pavements,

    • bicycle path pavements,

    • coloured pavements,

  • development of pavement reinforcement technologies using geosynthetics,

  • development of surface treatment technologies using cold mixes, GE mixes, hydraulically bound and resin-stabilised mixes,

  • supervision of design and execution of thin cold layers, emulsion stabilisation and surface dressing of pavements,

  • analyses using the finite element method (FEM),

  • road pavement noise testing,

  • seminars and training courses on road pavements.

  Test Methods

  1. Pavement thickness – PN-EN 12697-36

  2. Sampling (loose asphalt mixture and pavement cores) – PN-EN 12697-27

  3. Degree of compaction – PN-EN 13108-20

  4. Interlayer shear strength according to Leutner – ALP A−StB Part 4, Bulletin 66/2004 IBDiM

  5. Noise measurement – OBSI

• Horizontal and Vertical Road Marking

  • assessment of technical parameters of horizontal and vertical road markings on roads and streets of all technical classes – field and laboratory testing,

  • assessment of in-service performance properties of materials for horizontal road markings on experimental road sections,

  • laboratory testing of materials and products:

    • retroreflective sheeting,

    • vertical signs,

    • support structures – posts and lattice structures,

    • active vertical signs,

    • paints, thermoplastic and cold plastic materials, retroreflective tapes,

    • prefabricated elements for horizontal road markings,

    • raised pavement markers,

    • active raised pavement markers,

  • preparation of expert reports and on-site consultancy, supervision of horizontal marking works,

  • research and implementation work,

  • preparation of certificates, technical specifications and guidelines,

  • organisation of technical training courses.

  Type Testing

  1. Density – PN-EN ISO 2811-1

  2. Flow time – PN-C-81701:1997 Method A

  3. Viscosity – ASTM D 562-81

  4. Binder content – PN-EN 12802

  5. Non-volatile matter content – PN-EN ISO 3251

  6. Volatile organic compound (VOC) content by gas chromatography according to IBDiM Test Procedure – PB/TN-3/6 edition 7

  7. Drying time – ASTM D 711-89

  8. UV resistance – PN-EN 1871, PN-EN ISO 4892-3

  9. Alkali resistance – PN-EN 1871

  10. Thermal stability of thermoplastic materials – PN-EN 1871

  11. Softening point (Wilhelmi method) – PN-EN 1871

  12. Indentation resistance – PN-EN 1871

  13. Workability time according to IBDiM Test Procedure No. PB/TN-3/12 edition 2

  14. Impact resistance – PN-EN 1871

  15. Skid resistance index – PN-EN 1436+A1

  16. Luminance coefficient β and chromaticity coordinates x, y – PN-EN 1436+A1

  17. Raised pavement markers (RPMs): dimensions, daytime and nighttime visibility, compressive strength, adhesion to pavement, durability

  18. Glass beads: grading, refractive index, water resistance, surface treatment, content of defective beads, retroreflectivity – PN-EN 1423

  19. Testing of profiled warning strips

  Field Testing of Horizontal Road Markings

  Type Testing

  1. Coefficient of retroreflected luminance RL (static and dynamic methods) – PN-EN 1436+A1

  2. Luminance coefficient under diffuse illumination QD – PN-EN 1436+A1

  3. Luminance coefficient β and chromaticity coordinates x, y – PN-EN 1436+A1

  4. Skid resistance index – PN-EN 1436+A1

  5. Coefficient of retroreflection R of raised pavement markers – PN-EN 1463

  6. Testing on experimental road sections – PN-EN 1824

  Testing of Vertical Road Signs

  Testing of retroreflective sheeting: luminance coefficient β and chromaticity coordinates x, y, coefficient of retroreflection RA according to PN-EN 12899-1, adhesion to substrate, ball impact resistance, resistance to weathering under natural ageing conditions, performance properties.

  Road signs: temporary and permanent deflection of the sign face and support structure according to PN-EN 12899-1, flatness of the sign face, measurement of sheet thickness, post diameter and post wall thickness.

  Road safety devices: dimensions, colorimetric and photometric properties.

  On-site testing of road signs.

  Testing of active vertical signs.

• Other Materials and Construction Products

  • geosynthetics (glass grids, glass-carbon grids, steel grids and others),

  • asphalt-rubber expansion joint tapes, sealants, hot- and cold-applied road sealants,

  • additives: adhesion agents, WMA (warm mix asphalt) additives, rejuvenating agents (rejuvenators),

  • cellulose fibres, polymer fibres, rubber and rubber-asphalt granulates,

  • concrete primers,

  • waterproofing membranes, jointing compounds,

  • waste materials and their use in road construction (recycling),

  • aggregates and mineral fillers (to a limited extent),

  • materials for engineering applications (elastomers, rubber) – testing of rheological properties.

  Test Methods and Type Testing

  Bituminous and Priming Solutions

  • water content according to PN-EN ISO 9029

  • viscosity / flow time according to PN-EN ISO 2431

  Asphalt-Rubber Expansion Joint Tapes and Hot-Applied Sealants

  • full scope of testing according to KOT, WT-2, ZTV-Fug StB, PN-EN 13880-x, SNV 671920, DIN 52123

  Cold-Applied Road Sealants

  • testing according to PN-EN 14187 series standards

  Mineral Aggregates and Mineral Fillers

  • basic scope according to PN-EN 13043

  Geosynthetics

  • tensile strength

  • mass per unit area

  • durability (UV ageing)

  Adhesion Agents and Emulsifiers

  • adhesion of bitumen to aggregates according to PN-B-06714/22 and PN-EN 12697-11 (A)

  • thermal stability

  • water resistance according to PN-EN 12697-12

  Precast Concrete Elements

  • skid resistance index, slip resistance – pendulum test

  • macrotexture depth according to PN-EN 13036-1

  Rheological Testing

  • rheological testing of solid materials using a DMA rheometer in the temperature range from -100 to 600°C (rubber, elastomers, etc.)

• Technical opinions, expert reports, designs and other services

  The Pavement Technology Division carries out broadly defined expert activities in matters related to road pavements, including:

  • expert reports, scientific, technical and court opinions,
  • author’s, technological, scientific and laboratory supervision,
  • development of technical requirements for typical and non-typical materials and technologies,
  • use of waste materials in road construction,
  • design of pavement structures (new and strengthened) – flexible and semi-rigid (mechanistic and catalogue methods, deflection method),
  • verification, optimisation and review of pavement structure designs, including assessment of economic effects,
  • development of technical requirements, detailed technical specifications for the execution and acceptance of construction works, and technical guidelines,
  • technology of pavement rehabilitation and repair,
  • technology and design of special pavements, e.g. tram–bus pavements, railway and tram crossing pavements,
  • numerical FEM analyses related to road engineering and road materials (elasticity, viscoelasticity, thermoelasticity and elastoplasticity issues),
  • research and development activities, standardisation works, preparation of National Technical Assessments and Technical Recommendations, implementation of national and international research projects, technical consultancy,
  • performance of commissioned scientific research and development works,
  • development of guidelines, recommendations, instructions, procedures and requirements,
  • development of concepts and implementation of new technical and technological solutions,
  • acquisition and assessment of the suitability of materials for transport infrastructure construction,
  • performance of expert services and consultancy on construction sites, supervision over the design and execution of thin cold layers, emulsion stabilisation and surface dressing of pavements,
  • supervision over the execution of horizontal road markings,
  • seminars and training courses related to road pavements.

Contact:

Contact:

Research capabilities

• Telematics Laboratory

  Scope of activities:

  • standardisation in ITS,
  • ITS system architecture,
  • communication systems,
  • navigation systems in transport,
  • spatial information systems and databases,
  • education related to ITS,
  • integration of ITS systems,
  • road remote sensing.

  Head

  mgr inż. Michał Karkowski
  tel. +48 (22) 39 00 203
  e-mail: mkarkowski@ibdim.edu.pl

• Road Traffic Safety Monitoring Centre Laboratory

  Scope of Activities:

  • research works in the field of road safety,
  • implementation and innovation works in the field of road safety,
  • issuing opinions on new engineering and technical solutions affecting road safety improvement,
  • issuing opinions on legal acts in the field of road safety,

  Transport policy:

  • national and regional transport policy,
  • coordination of urban policies: sustainable transport and spatial planning,
  • urban mobility management,
  • transport systems in a smart city,
  • reduction of local pollutant emissions and greenhouse gas emissions in the transport sector,
  • autonomous support systems for road transport.

• Mobility, Environmental Protection and Eco-Infrastructure Laboratory

  Scope of Activities:

  • research, analytical, advisory and educational activities in the field of sustainable transport planning and road traffic safety improvement, with particular focus on vulnerable road users,
  • supporting the development of modern, safe and low-emission transport systems based on scientific knowledge and national and international best practices,
  • urban mobility management,
  • conducting research on travel behaviour, urban and non-urban mobility,
  • expert support in the development of strategies, plans and concepts of sustainable mobility (e.g. SUMP, transport plans),
  • participation in international and national projects concerning sustainable mobility, including rail transport, taking into account the needs of various stakeholder groups,
  • identification and analysis of the needs of travellers with special requirements (e.g. PRM, elderly persons),
  • stakeholder engagement and management in transport projects,
  • development of concepts for the integration of rail transport with other modes of transport (trams, buses, bicycles, scooters, car-sharing, etc.),
  • integration of various modes of transport to create a coherent, convenient and sustainable mobility system, including door-to-door travel and first and last mile solutions,
  • development of plans for multimodal interchange hubs,
  • preparation of technical opinions concerning winter road maintenance,
  • environmentally friendly solutions, including Nature Based Solutions, in the transport sector.

   

   

   

Contact:

Contact:

Bridge, Concrete and Aggregates Research Centre Żmigród–Węglewo – Wrocław Branch

• Concrete and Aggregates Laboratory

  Head of the Concrete and Aggregates Laboratory

  mgr inż. Aneta Pryga-Szulc

  Tel.: +48 (71) 385 38 80
  Mobile: 605 070 863
  e-mail: aneta.pryga-szulc@ibdim.edu.pl

• Bridges and Drainage Devices Laboratory

  Head of the Bridges and Drainage Devices Laboratory

  mgr inż. Remigiusz Gut

  tel. +48 (71) 385 38 80
  Mobile: +48 697 840 100
  e-mail: rgut@ibdim.edu.pl

• Facility for Static and Dynamic Testing of Structural Elements “STEND”

  The Facility for Static and Dynamic Testing of Structural (Bridge) Elements “STEND” is a set of measuring devices together with the necessary infrastructure for comprehensive testing of entire bridge spans and individual structural elements of bridge structures at full scale under any simulated static and dynamic load. The facility is adapted to conduct tests under a maximum load of 16,000 kN.

  The Bridge, Concrete and Aggregates Research Centre (OBMBiK) of the Road and Bridge Research Institute, together with the Facility for Static and Dynamic Testing of Structural (Bridge) Elements “STEND”, was established in the early 1990s.

  “STEND” consists of a reinforced concrete foundation 80.0 m long and 12.0 m wide, equipped with a system of appropriate anchors, along with a hall and a steel frame forming the reaction structure for hydraulic loading devices.

  The Facility for Static and Dynamic Testing of Structural (Bridge) Elements “STEND” is a unique set of measuring equipment with the necessary infrastructure for comprehensive testing of entire bridge spans and individual structural elements of bridge structures at full scale under any simulated static and dynamic load up to a maximum of 16,000 kN. The structure of the testing frame, reinforced concrete foundation and hall enables full-scale testing of bridge structures/engineering structures or other large-scale structures of unlimited length. The set of hydraulic actuators together with measuring equipment allows testing of individual large-scale structural elements, e.g. bridge structures at full scale under any simulated static and dynamic load, enabling the determination and verification of the actual strength parameters of the tested structure. The location of OBMBiK together with “STEND” near academic centres (including Wrocław University of Science and Technology and Poznań University of Technology), industrial centres, and in proximity to Poland’s western and southern borders creates opportunities for the use of the facility within SME cooperation and international collaboration.

Contact:

• Laboratory of Materials and Bridge Structures Testing

  Head of the Laboratory

  mgr inż. Andrzej Matysek
  tel. +48 (41) 34 26 768
  tel. 664 787 266
  e-mail: amatysek@ibdim.edu.pl