Technical opinions and assessments, strength, fatigue and other expertise

We offer services in the field of specialist expert studies on the degree of utilization of load-bearing capacity, assessment of technical condition, analysis of design solutions or causes of failures or construction disasters.

 Request an offer
Contact us now and schedule a call

Contact us now and schedule a call

+48 608 539 911

Analysis

We offer services in the field of specialist expert studies on the degree of utilization of load-bearing capacity, assessment of technical condition, analysis of design solutions or causes of failures or construction disasters.

Our portfolio already includes over 100 objects subjected to analysis. We know best the objects we design most often - towers, masts, chimneys - but our portfolio is not limited to this type of objects.

Scope of services:

  • Assessment of the technical condition of steel and reinforced concrete structures
  • Verification of the load-bearing capacity of elements and entire objects
  • Analysis of the causes of construction failures and disasters
  • Technical opinions for renovations, modernizations and demolitions
  • Expert opinions for construction supervision, investors and owners of buildings

Comprehensive execution

We perform comprehensive studies based on site visits, inventories and our own measurements, supported by the necessary calculations and photographic documentation. We support the decision-making process of investors, designers and technical services.

Contact us

Call us to get more information or discuss the details

+48 608 539 911

    Informacja UE

    Carbonpro sp. z o.o. is implementing the project "Participation in the Concordia Design Accelerator acceleration program under the B2B/B2A/Investor track" as part of the project entitled "Concordia Design Accelerator – We turn ideas into human profit" and the Startup Booster Poland – Smart Up program under the European Funds for Modern Economy program.

    Project objective: Validation of results obtained using the CFD method using experimental wind tunnel testing.

    Funding: PLN 379,072.36