LABIN CONSTRUCTION LABORATORY TRADE CO. LTD.
OUR SERVICES
As Labin Construction Laboratory, we offer various testing and experimentation services to increase trust and quality in the construction sector. Our services include:
Concrete Test Hammer Tests: Used to measure the durability of structures quickly and practically.
Fresh Concrete Compressive Strength Tests: Quality assurance is provided by checking the strength values of the concrete while it is fresh.
Core Tests: In order to evaluate the durability of hardened concrete, samples are taken from the structure and detailed analysis is carried out.
Iron Tensile-Rupture Tests: We test the suitability of the iron used in structures for the project by measuring its strength.
With our experienced team and modern equipment, we prioritize building safety. You can contact us for more detailed information.
Building X-Ray Process: An advanced method used to examine the internal reinforcement arrangement and reinforced concrete elements of buildings without damaging them.
This method provides critical information for strengthening, renovation and earthquake safety studies by accurately analyzing the load-bearing systems of the structure.
CONCRETE TEST HAMMER TESTS
Concrete test hammer is a device used to estimate the strength of hardened concrete through surface hardness. This test provides a quick and practical way to evaluate concrete quality without damaging the structure. It is generally used to analyze the condition of concrete in existing structures and to determine reinforcement requirements.
The results are evaluated to check the homogeneity of the concrete and to detect suspicious areas. This method is an important step towards increasing the safety of the structure.
FRESH CONCRETE COMPRESSIVE STRENGTH TESTS
Fresh concrete compressive strength tests are an important test that aims to measure the compressive strength of concrete in its fresh state. This test is performed to ensure quality control of the concrete mixture and to determine its compliance with the design strength.
During the test, concrete samples are taken and placed in standard cube or cylinder molds. These samples are subjected to pressure testing after curing for appropriate periods. The results are used to evaluate the performance of the concrete and to intervene early in possible problems. This test is a fundamental step in the construction of quality and safe structures.
CORE EXPERIMENTS
Core tests are a test method performed by taking samples from the structure in order to evaluate the durability and quality of hardened concrete. In this process, cylindrical samples (cores) are removed from the concrete surface with a special device and examined in a laboratory environment.
As a result of the test, detailed information is obtained about the compressive strength, density and homogeneity of the concrete. Core tests, which play a critical role especially in the reinforcement and renovation works of existing structures, are an important step towards ensuring structural safety.
IRON TENSILE-BREAKING TESTS
Demir çekme-kopma deneyleri, yapılarda kullanılan demir donatının dayanıklılığını ve esnekliğini ölçmek için uygulanan bir testtir. Bu deneyde, demir çubuk özel bir cihazla çekme kuvvetine maruz bırakılır ve kopma noktası tespit edilir.
Test sonucunda, demirin çekme dayanımı, uzama kapasitesi ve elastikiyet modülü gibi önemli mekanik özellikleri belirlenir. Bu bilgiler, projede kullanılan demirin standartlara uygunluğunu ve yapının güvenilirliğini kontrol etmek için hayati öneme sahiptir.
BUILDING X-RAY PROCESS
Building X-ray is a method used to examine the internal structure of reinforced concrete structures, especially the placement and density of reinforcement, without damaging them. In this process, electromagnetic waves are sent into the concrete with advanced devices and the returning signals are analyzed to obtain detailed images.
This method is of critical importance in reinforcement projects, prior to renovation or in seismic safety assessments of the structure. Thanks to the building X-ray, it is clearly determined whether the reinforcements are in the correct position and the general condition of the structure. In this way, it is possible to build safe and durable structures or to strengthen existing structures.
This site was created and developed by
MUHAMMED YARDIMCI