Materials Testing Lab
Testing machines and instruments for evaluating strength, hardness, toughness, and microstructure of engineering materials.
12 EQUIPMENT
Universal Testing Machine (UTM)
The UTM is essential for precision determination of tensile, compressive, and transverse strength in engineering materials. Supporting IS and ASTM test methods, it utilizes high-accuracy load cells to ensure structural integrity and safety. It is critical for labs to validate material performance under varied stress conditions.
Rockwell Hardness Tester
This tester provides rapid and precise evaluation of material hardness across multiple standard scales including HRA, HRB, and HRC. Compliant with ASTM E18 standards, it is indispensable for quality control and material research. Its direct depth measurement ensures high repeatability for hardening and tempering validations.
Brinell Hardness Tester
Designed for large-grained or rough metal structures, this equipment uses standardized ball indentation to assess bulk hardness. Supporting ISO 6506 methods, it is vital for testing castings and forgings in industrial setups. The precise optical measurement system provides reliable data for heavy-duty material planning.
Vickers Hardness Tester
This highly versatile micro-indentation tester is ideal for thin sections and surface layers using a diamond pyramid indenter. Compliant with ASTM E92, it provides critical data for phase hardness studies and heat-affected zone analysis. It is foundational for labs specializing in surface engineering and metallography.
Izod / Charpy Impact Tester
Critical for evaluating material toughness and brittle failure resistance, this machine utilizes high-velocity pendulum impact loading. Supporting IS 1757 and ISO 148, it is fundamental for shock resistance analysis in structural steels. Its high resolution helps in identifying the transition temperature of materials accurately.
Torsion Testing Machine
This machine offers specialized analysis of shear modulus and torsional strength for drive shafts and structural components. Supporting ASTM A938, it simulates rotational stress to ensure longevity of spinning parts. It is a key tool for lab planners looking to validate torsional rigidity in automotive or aerospace materials.
Fatigue Testing Machine
Essential for determining the endurance limit of materials, this machine subjects specimens to repeated loading and unloading. Supporting ISO 12106, it mimics real-world cyclical stress to predict failure long before it occurs. It is indispensable for engineering labs focused on material durability and lifecycle planning.
Spring Testing Machine
Designed for precise measurement of spring constants and deflection, this equipment validates the performance of tension and compression springs. Supporting IS 7906 standards, it provides high-resolution data for quality assurance. It is critical for labs ensuring the reliability of mechanical spring components in precision assemblies.
Erichsen Cupping Test
Provides standardized evaluation of sheet metal ductility and deep-drawing properties through hydraulic punch penetration. Supporting ISO 20482, it is vital for automotive and appliance manufacturers to validate forming limits. This machine ensures that metal sheets can withstand the mechanical stress of mass production forming.
Metallurgical Microscope
Offering high-resolution microstructural observation and grain size analysis, this microscope is essential for phase identification in alloys. Supporting ASTM E112, it enables the precise documentation of grain boundaries and inclusions. Every materials lab needs this to ensure that metallurgical properties match design specifications.
Specimen Polishing Machine
Essential for preparing defect-free surfaces, this equipment creates the mirror-finish required for accurate metallographic inspection. Supporting ASTM E3 methods, it ensures grain boundaries and micro-inclusions are clearly visible for analysis. No metallography lab is complete without high-performance polishing for sample preparation.
Muffle Furnace
Providing a controlled high-temperature environment, this furnace is vital for hardening, annealing, and phase transformation studies. Supporting ASTM E230 methods, it enables experiments up to 1200°C with precision. It ensures that heat treatment recipes can be tested and verified for industrial scale material processing.