Advanced techniques to assess structural integrity without causing any damage, ensuring accuracy and reliability.
Evaluating the strength and durability of existing structures to ensure they meet safety and performance standards.
In-depth soil testing to provide crucial data for foundation design, ensuring stability and safety.
Providing precise test results to guide project decisions and improve the longevity and resilience of structures.
Non-Destructive Tests are used for structural health monitoring of existing structures. These tests are extremely useful in establishing the condition of structures and hence form the basis for repair & retrofitting of structures.
Capstone has one of the most experienced and fastest-growing Non-Destructive Testing teams in India. We have performed tests in all corners of India; our team has also been appointed for testing projects overseas. We have a fully equipped testing lab in Mumbai.
Our advanced testing methods assess the condition of concrete, steel, and other building materials without causing any damage. Soil testing provides crucial data for foundation design, while material testing ensures compliance with safety standards and performance requirements.
It is used to assess in-situ compressive strength of RCC members.
It is used to assess homogeneity of in-situ concrete.
Measures corrosion potential of steel reinforcement in concrete using electrodes.
Carbonation reduces concrete’s pH, potentially leading to steel reinforcement corrosion.
A covermeter detects the depth and position of reinforcement bars in concrete.
Rebar mapping identifies position, depth, and spacing of concrete reinforcement.
Chemical analysis determines the composition and properties of concrete materials.
A pull-out test measures the bond strength between concrete and embedded anchors.
Concrete resistivity assesses durability and corrosion resistance of concrete structures.
Crack width and depth measurement evaluates the severity of concrete fractures.
A slab deflection test measures the bending and structural integrity of concrete slabs.
Percentage of voids in concrete indicates porosity and material density.
Liquid/dye penetrant test identifies surface defects in materials using colored dyes.
Magnetic particle test detects surface and near-surface defects using magnetic fields and particles.
Ultrasonic gauge thickness test measures material thickness using high-frequency sound waves.
Surface hardness test evaluates material hardness by measuring resistance to indentation.
Compressive strength of brick measures its ability to withstand axial loads.
Compressive strength of mortar assesses its ability to resist crushing under pressure.
Water absorption of brick measures porosity by evaluating moisture uptake.
Thermal imaging detects temperature variations, identifying heat loss and moisture issues.
A moisture meter measures moisture content in materials like wood and concrete.
We follow a systematic approach to ensure accurate and reliable results for all testing services. From evaluating the project needs to delivering detailed reports, our 4-step process ensures thorough analysis and informed decision-making for optimal safety and structural integrity.
We assess the structure and soil to determine the appropriate testing methods tailored to the specific needs of the project.
Our experts conduct Non-Destructive Testing (NDT) and soil sampling directly at the site using state-of-the-art equipment.
Samples and data from the site are thoroughly analyzed in our labs to evaluate soil properties and structural integrity.
We deliver a detailed report with clear insights and actionable recommendations to ensure the project meets all safety and performance standards.
