Material Testing Equipment
Compression Testing Machine
A compression testing machine is a device used to assess the compressive strength of materials, such as concrete, metals, and plastics. It applies a controlled force to a specimen and measures the resistance to deformation. This test helps determine the material's ability to withstand axial loads and is crucial in construction, manufacturing, and quality control. Integrating a compression testing machine into your company profile highlights your commitment to quality assurance and ensures reliable material performance in your products or projects.
Rapid Chloride Migration Test
The company utilizes advanced testing methods, including the Rapid Chloride Migration Test (RCM Test), to assess the durability of concrete structures. This test evaluates the resistance of concrete to chloride ion penetration, crucial for preventing corrosion of reinforcing steel and ensuring long-term structural integrity. Our commitment to quality and durability is demonstrated through the integration of cutting-edge testing techniques in our processes.
Water Penetration Test
Our company upholds rigorous quality standards, employing industry standard tests such as the Water Penetration Test. This test evaluates the resistance of building materials and structures to water infiltration, ensuring the durability and water tightness of our products. By incorporating such stringent testing procedures, we prioritize the delivery of reliable and high-performance solutions in the construction industry.
Rapid Chloride Penetration Test
Our company employs cuttingedge testing methodologies, including the Rapid Chloride Penetration Test, to assess the durability of concrete structures. This test gauges the resistance of concrete to chloride ion penetration, a critical factor in preventing corrosion of reinforcing steel. By integrating advanced testing techniques, we underscore our commitment to ensuring the longevity and quality of our construction projects.
pH Test
Our company conducts pH testing on concrete as a crucial quality assurance measure. The pH test assesses the alkalinity or acidity of concrete, providing insights into its chemical properties. This test is instrumental in evaluating the corrosive potential of concrete and ensuring its compatibility with embedded metals. By prioritizing pH testing, we emphasize our commitment to delivering durable and corrosion-resistant concrete solutions in construction projects.
Concrete NDT Equipment
Ultrasonic Pulse Velocity Test
Our company integrates advanced quality testing methodologies, including the Ultrasonic Pulse Velocity (UPV) Test, to ensure the structural integrity of concrete elements. The UPV test measures the speed of ultrasonic pulses through concrete, providing valuable insights into its uniformity, homogeneity, and potential defects. This nondestructive testing method is instrumental in assessing the quality and durability of concrete structures. By incorporating the UPV test into our processes, we demonstrate our commitment to delivering reliable and robust construction solutions, meeting the highest industry standards.
Rebound Hammer Test
Our company utilizes the Rebound Hammer Test, a non-destructive method, to evaluate the compressive strength of concrete. This test measures the rebound of a spring-driven hammer against the concrete surface, providing an efficient on-site assessment of concrete quality. By incorporating advanced testing methods like the Rebound Hammer Test, we emphasize our commitment to ensuring structural integrity and quality assurance in all our construction projects.
Thermography
Our company employs Thermography for detecting leakages in structures. Using infrared imaging, we identify temperature variations that signal potential leaks, enabling swift and accurate identification of issues in roofs, plumbing, and other building systems. This proactive approach allows for timely repairs, minimizing damage and ensuring structural integrity.
Half Cell Potential Test
Our company employs the Half-Cell Potential Test as a vital part of our quality assurance processes in construction. This non-destructive electrochemical test assesses the corrosion susceptibility of reinforced concrete structures. By measuring the half-cell potential, we obtain valuable insights into the likelihood of corrosion at the steel reinforcement within concrete. Incorporating this test into our practices highlights our commitment to delivering durable, long-lasting structures and emphasizes corrosion prevention as a crucial aspect of our dedication to quality construction.
Ground Penetrating Radar
Our company utilizes Ground Penetrating Radar (GPR) technology for non-intrusive subsurface imaging, utility mapping, and geotechnical investigations. This advanced method improves our precision in detecting buried utilities, assessing subsurface conditions, and ensuring safety and efficiency in construction projects.
LiDAR Scanner
Our company utilizes LiDAR scanning as a key component of our quality assurance processes in construction. This advanced technology provides precise, non-invasive measurements of structural elements, allowing us to create detailed 3D models of project sites. By capturing high-resolution data on dimensions, shapes, and surface conditions, we gain valuable insights into potential design and construction issues. Integrating LiDAR scanning into our practices underscores our commitment to accuracy and efficiency, ensuring we deliver structures that meet the highest standards of quality and durability. This proactive approach reinforces our dedication to excellence in construction.
Steel Testing Equipment
Ultrasonic Flaw Detection Test
Our company utilizes state-of-the-art testing methodologies, including Ultrasonic Flaw Detection, to assess the integrity of steel structures. This non-destructive testing technique measures the propagation of ultrasonic waves through the material, enabling us to detect internal flaws such as cracks, voids, and inclusions. By employing advanced ultrasonic testing, we demonstrate our commitment to maintaining the safety and reliability of our construction projects, ensuring they meet the highest quality standards.
Magnetic Particle Test
Our company employs advanced testing methodologies, including Magnetic Particle Testing (MPT), to assess the integrity of steel components. This non-destructive technique uses magnetic fields to detect surface and near-surface discontinuities, such as cracks and laps. By integrating MPT into our quality assurance processes, we emphasize our commitment to ensuring the safety and reliability of our structures while upholding the highest standards in construction excellence.
Ultrasonic Thickness Gauge Test
Our company utilizes advanced testing methodologies, including Ultrasonic Thickness Gauging, to assess the integrity of steel materials. This non-destructive testing technique measures material thickness using high-frequency sound waves, enabling us to detect corrosion, wear, and other structural concerns. By incorporating ultrasonic thickness measurements into our quality control processes, we reinforce our commitment to ensuring the durability and reliability of our construction projects, maintaining the highest standards of safety and performance.
Dye Penetrant Test
Our company employs advanced testing methodologies, including Dye Penetrant Testing (DPT), to evaluate the integrity of steel components. This non-destructive technique involves applying a colored dye to the surface, which penetrates surface-breaking flaws. After applying a developer, the dye reveals defects such as cracks and porosity. By integrating DPT into our quality assurance processes, we showcase our commitment to identifying and addressing potential weaknesses, ensuring the safety and reliability of our construction projects to the highest standards.
Our Lab
Projects
| Sector | Client Name | Project Location | Structure | Scope of Work |
|---|---|---|---|---|
| Industrial Projects | Aarti Industries Ltd. | Vapi, Gujarat | MCB Plant and multiple plants | Detailed structural assessment and NDT |
| Industrial Projects | Tata Steel | Mumbai, Maharashtra | Borivali Office Building | Detailed structural assessment and NDT |
| Industrial Projects | Aditya Birla, Grasim Industries Ltd. | Karwar, Karnataka | PA Plant, Boiler House, Clarifier Plant | Detailed structural assessment and NDT |
| Commercial Projects | Avenue Supermarts Ltd. | Sanpada, Navi Mumbai | Dmart Store | Detailed structural assessment and NDT |
| Commercial Projects | J.W Marriott Hotel, Juhu Beach Resorts Ltd. | Mumbai, Maharashtra | Spa Area | Detailed structural assessment and NDT |
| Commercial Projects | V-Trans (India) Limited | Bhiwandi, Maharashtra | Godown Building | Detailed structural assessment and NDT |
| Residential Projects | HDIL Developers | Mumbai, Maharashtra | SRA Building No. 1, B, C, D & E Wings, Kurla | Detailed structural assessment and NDT |
| Residential Projects | Tata Consultancy Services | Mumbai, Maharashtra | Staff Quarters | Detailed structural assessment and NDT |
| Residential Projects | Dosti Realty Ltd | Antop Hill, Mumbai | Residential Building Development | Detailed structural assessment and NDT |
| Government Projects | Naval Dockyard | Mumbai, Maharashtra | Frigate Wharf, Inner & Outer Break Water | Detailed structural assessment and NDT |
| Government Projects | PWD Mantralaya | Mumbai, Maharashtra | Mantralaya Main & Annexe Building | Detailed structural assessment and NDT |
| Government Projects | Haji Ali Government Trust | Mumbai, Maharashtra | Haji Ali Residential Building No. 10 | Detailed structural assessment and NDT |
| Dam Projects | EY India | Mula River, Pune, Maharashtra | Mulshi Dam | Visual Inspection Survey |
| Dam Projects | EY India | Andhra River, Pune, Maharashtra | Thokarwadi Dam | Visual Inspection Survey |
| Dam Projects | EY India | Khanshi village, Maval, Maharashtra | Shirwata Dam | Visual Inspection Survey |
| Hotel Projects | Club Mahindra Holidays & Resorts India Ltd. | Varca, Goa | Emerald Palms Resort | Detailed structural assessment and NDT |
| Hotel Projects | Club Mahindra Holidays & Resorts India Ltd. | Manali, Himachal Pradesh | White Meadows Resort | Detailed structural assessment and NDT |
| Hotel Projects | Club Mahindra Holidays & Resorts India Ltd. | Tungi, Maharashtra | Tungi Resort | Detailed structural assessment and NDT |
| Institutional Projects | Rajiv Gandhi Institute of Technology | Mumbai, Maharashtra | College Building | Detailed structural assessment and NDT |
| Institutional Projects | Vilasrao Deshmukh Foundation College | Latur, Maharashtra | College Building | Detailed structural assessment and NDT |
| Institutional Projects | Gold Crest High School | Latur, Maharashtra | School Building | Detailed structural assessment and NDT |
| Hospital Projects | Lilavati Hospital & Research Centre | Mumbai, Maharashtra | Hospital Building | Detailed structural assessment and NDT |
| Hospital Projects | S.L. Raheja Hospital, Diabetic Association of India | Mumbai, Maharashtra | Old and New Hospital Buildings | Detailed structural assessment and NDT |
| Hospital Projects | Sanjeevani Hospital | Mumbai, Maharashtra | Hospital Building | Detailed structural assessment and NDT |