At Subodh Material Technologists, we provide comprehensive mechanical testing services to evaluate the strength, ductility, toughness, durability, and structural integrity of metallic materials, welds, and engineering components. Our NABL-accredited laboratory is equipped with advanced servo-hydraulic and universal testing systems capable of performing routine and specialized tests under ambient, sub-zero, and elevated temperature conditions. Serving industries including oil & gas, power, petrochemicals, aerospace, defence, and infrastructure, we deliver accurate, reliable, and standards-compliant results that support material qualification, product development, quality assurance, and failure investigations.
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Elevated Temperature Tensile Testing as per ASTM E21 & ISO 6892-2 upto 1000 Deg C
Elevated Temperature Tensile Testing as per ASTM E21 & ISO 6892-2 upto 1000 Deg C
Measuring Endurance. Delivering Reliability.
Evaluate the long-term deformation characteristics of materials subjected to constant load at elevated temperatures for critical engineering applications.
Slow Strain. Critical Insights.
Assess the susceptibility of metallic materials to stress corrosion cracking and environmentally assisted cracking under controlled slow strain rates in simulated service environments.
Precision Testing for Reliable Weld Consumables.
Evaluate welding consumables through comprehensive mechanical testing and qualification to ensure compliance with applicable AWS, ASME and international standards for critical welding applications.
Uniform Heating, Controlled Strain, Precise Measurement.
Evaluate the tensile properties of materials at elevated temperatures to assess their performance under high-temperature service conditions in accordance with international standards.
NABL & NPCIL approved Elevated Temperature Tensile Testing per ASTM E21 & ISO 6892-2 up to 1000°C. High-precision strain-controlled testing using Epsilon® extensometers in Navi Mumbai.
Comprehensive Weld Evaluation with Proven Accuracy.
Comprehensive mechanical testing of weld joints including tensile, bend, impact, hardness and macro examinations to qualify welding procedures and welders.
Precision in prototype, confidence in production.
Conduct full-scale mock-up qualification tests to simulate actual service conditions and verify fabrication procedures, welding performance and component integrity.
Toughness Tested.
Determine the impact toughness and ductile-to-brittle transition behaviour of metallic materials through Charpy V-Notch and U-Notch testing over a wide temperature range.
Pushing pressure limits to guarantee ultimate safety.
Verify the pressure-bearing capacity of components by applying controlled internal hydraulic pressure until proof pressure or burst pressure is achieved as per applicable standards.
Reliable Tensile Testing for Critical Applications.
Determine yield strength, ultimate tensile strength, elongation and reduction of area of metallic materials using calibrated universal testing machines in accordance with ASTM, ISO and customer specifications.
Nuclear-grade precision under extreme thermal tension.
Recognized by Nuclear Power India for conducting Elevated Temperature Tensile Testing using advanced Epsilon® high-temperature extensometers, ensuring accurate strain measurement and reliable test results.
Finding the exact degree where toughness turns brittle—so your structure never does.
Determine the nil-ductility transition temperature (NDTT) and brittle fracture behaviour of ferritic steels through drop weight testing in accordance with recognized international standards.
NABL accredited Drop Weight Testing per ASTM E208 for Nil-Ductility Transition Temperature (NDTT) determination down to -196°C. High-energy impact testing for pressure vessels & steel in Navi Mumbai.
Micro-scale precision backed by world-class Mitutoyo Metrology.
Measure hardness on microstructural features, coatings, weld zones and thin sections with high precision using advanced microhardness testing systems.
Controlled thermal steps for precise embrittlement analysis.
Simulate long-term service embrittlement through controlled step cooling heat treatment followed by impact testing to evaluate temper embrittlement susceptibility as per industry standards.
Precision thermal processing for exact metallurgical research
Our extensive in-house heat treatment facility enables controlled thermal processing of test specimens and engineering components to support comprehensive material evaluation and qualification services.
Sub-zero environmental control paired with micro-level stress accuracy.
Perform tensile testing at sub-zero temperatures using a stress-controlled tensile testing machine to evaluate the mechanical behaviour of materials under cryogenic and low-temperature environments.
In House Machine Shop
Flawless test specimens start with in-house precision.
A fully equipped in-house machine shop for precision machining of standard and custom test specimens, ensuring faster turnaround and strict dimensional accuracy.
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