Updates | Vedantrik Technologies in Mumbai India ,Vedantrik Technologies, a company founded by Prashant Prajapati (BE Mech, MBA, NDT Level-ll) with extensive experience in the field of Non-destructive testing applications in Civil, Mechanical, Metal Plastic & Synthetic material industries, Government sectors like BARC, NPCIL, DRDO, FGK, HAL, and educational institutes across India. Our manufacturing facility is located in Nashik, while our R&D facility and corporate office are situated in Mumbai. At Vedantrik, we specialize in manufacturing high-quality engineering and scientific equipment as well as various Electro-Mechanical systems. Currently, we are focused on developing civil engineering equipment, with a range of ready-to-use products such as Manual Rebound Hammer, Anvil, Half-cell Corrosion Potential Meter, RCPT – Rapid Chloride Penetration Test Apparatus, Rapid Chloride Migration Test Apparatus, Water Permeability Test Apparatus, and various concrete sensors for monitoring Maturity Index and deflection measurement of bridges by strain gauge installation. We also offer a range of Non-destructive testing equipment, with more than 25 projects still in the R&D phase. In addition to our products, we also provide consultancy services for setting up Building Material Testing Labs, as well as training and certification in Non-destructive testing for Civil Engineering students, Structural Auditors, and Consultants. At Vedantrik, we are committed to providing exceptional quality and service to our clients, helping them achieve their goals with innovative solutions and unparalleled expertise. Our expertise includes Mass Concrete Temperature Monitoring Systems with complete thermocouple installation services for rafts, dams, bridge foundations, pile caps, and other mass concrete applications. We provide end-to-end temperature monitoring solutions, including thermocouple installation, data logging, real-time monitoring, and technical support to help control thermal cracking and ensure compliance with project specifications. We manufacture a comprehensive range of Concrete Durability Testing Equipment, including Surface Resistivity Meters, Bulk Resistivity Meters, Concrete Resistivity Testing Systems, Half-Cell Potential Test Equipment, Corrosion Monitoring Instruments, Rapid Chloride Permeability Test (RCPT) Equipment, and other advanced solutions for evaluating concrete durability and reinforcement corrosion. Our product portfolio also includes high-precision Digital Rebound Hammers for non-destructive compressive strength assessment, designed with modern digital technology for accurate, reliable, and efficient field testing. At Vedantrik Technologies, we are committed to delivering innovative, reliable, and cost-effective solutions for civil engineering laboratories, infrastructure consultants, contractors, universities, research institutions, and government organisations. Our focus on quality, innovation, and customer support enables us to provide world-class concrete testing and monitoring solutions that enhance the safety, durability, and service life of concrete structures.

Mumbai

Enhanced Concrete Strength Prediction Using 4-Point Maturity Sensors in Indian Conditions

Enhanced Concrete Strength Prediction Using 4-Point Maturity Sensors in Indian Conditions

Jul 1st, 2026 11:13 AM

Top Semi-Digital Schmidt Rebound Hammer for Concrete Strength Testing and NDT Applications in Mumbai

Top Semi-Digital Schmidt Rebound Hammer for Concrete Strength Testing and NDT Applications in Mumbai

Jul 1st, 2026 11:11 AM

Efficient High-Capacity Immersion Heater for Consistent 27 ± 2°C Concrete Curing in India

Efficient High-Capacity Immersion Heater for Consistent 27 ± 2°C Concrete Curing in India

Jul 1st, 2026 11:07 AM

Instant Concrete Strength Measure with Digital Rebound Hammer Testing (80 ± 2 Precision Range)

Instant Concrete Strength Measure with Digital Rebound Hammer Testing (80 ± 2 Precision Range)

Jul 1st, 2026 11:06 AM

Role of the Concrete Maturity Method in Predicting Early-Age Strength of In-Situ Concrete Structures

Role of the Concrete Maturity Method in Predicting Early-Age Strength of In-Situ Concrete Structures

Jul 1st, 2026 11:05 AM

Effect of Monsoon on Concrete Curing Tank Temperature Using an Automatic Temperature Controller

Effect of Monsoon on Concrete Curing Tank Temperature Using an Automatic Temperature Controller

Jul 1st, 2026 11:02 AM

Role of Half Cell Potential Measurements in Corrosion Assessment of Old Concrete Infrastructures

Role of Half Cell Potential Measurements in Corrosion Assessment of Old Concrete Infrastructures

Jul 1st, 2026 11:01 AM

What is the Maximum Temperature Allowed in Mass Concrete?

What is the Maximum Temperature Allowed in Mass Concrete?

Jul 1st, 2026 10:57 AM

Use of RCMT Systems for Performance Evaluation of Fly Ash, GGBS, and Silica Fume Based Concrete Mixe

Use of RCMT Systems for Performance Evaluation of Fly Ash, GGBS, and Silica Fume Based Concrete Mixe

Jul 1st, 2026 10:55 AM

Effect of Concrete Quality and Microstructure on Ultrasonic Pulse Velocity

Effect of Concrete Quality and Microstructure on Ultrasonic Pulse Velocity

Jul 1st, 2026 10:53 AM