Testing Service

We undertake extensive rock drilling and testing works to determine the exact nature of soil and rocks that are present at the construction site. Our team of engineers uses the latest methods to drill and to collect rock samples. These samples are then sent to the laboratory to test for their constituents and properties. This enables the engineers to determine the most efficient and effective method of construction to be followed at that particular site.

We have established ourselves as a reckoned name in the geo-technical and civil-engineering industry by offering soil & material testings laboratory services. While rendering these services, our metallurgical experts collect the samples of soil, which is then analyzed for determining the nutrient content, composition and other characteristics, including contaminants. Similarly, material that has to be tested is analyzed for measuring its tensile strength, bend compression and other parameters. We use latest tools and instruments, such as spectrometer, sulphur determinator and other testing instruments to offer our services with excellence. The instruments that are used for analyzing soil and material that are calibrated properly.

We are engaged in undertaking projects related with block vibration testing and sonic testing. These services are rendered under the guidance of our team members who uses latest tools and equipment to accomplish projects with precision. Our block vibration testing services helps our clients in evaluating the capability of various equipment and structures to withstand vibration and shock loads in a controlled environment. We make use of technically advanced sonic tester to offer sonic testing services. These services are solicited by our clients for measuring thickness of the metal in areas that can’t be accessed through direct measurement. While undertaking the projects for these services, we follow set standards of geo-technical and civil engineering industry.

Our plate load testing and pile load testing services ensure that a proper plan regarding the design and dimension of the proposed structure is made. These tests are aimed to make the proposed structure stable. Our plate load test is conducted to find the bearing capacity and the settlement of the foundation. A test plate is placed at the proposed level of the foundation and is subject to incremental loading. The settlement at each increased load is measured and a load settlement curve is developed. The pile load testing conducted by us includes testing the strength and weight retaining capacity of a structure. Both these tests ensure that a proper foundation is built for the structure so that it remains stable.

Accurate soil resistivity testing is important due to three main reasons. Firstly, the results of such a testing are used to identify ore locations, depth to bed rock and other geological phenomenon. Secondly, resistivity has a direct impact on the degree of corrosion in underground pipelines. A decrease in resistivity leads to an increase in corrosion, therefore dictating the kind of protection to be used in those pipelines. Lastly, the soil resistivity decides the designing of the underground system. Our team of expert engineers accurately determines the resistivity of the soil and recommends the design that best suits that particular area. We also conduct a ground water prospective study to determine the water level at a particular site.