Mechanical
Testing
Mechanical testing is performed to evaluate the physical properties of metals. It determines key characteristics such as tensile strength and overall performance under different conditions.
The following mechanical tests are performed:
Tensile, Impact (ASTM/IS), Hardness, Bend, Rebend, Pull-Out, Welding Joint Testing, WPS, PQR, Mock-up, Shear Test, Nick Break Test, Charpy V-Notch Impact Test, Elevated Temperature Tensile Test, Flattening Test, Through-Thickness Test, Proof Load Test, Wedge Load Tensile Test, and Flaring Test.
All mechanical testing is carried out under the supervision of qualified experts, backed by almost a decade of industry experience.
Tensile Testing Capacity: 40T–120T
All data from Tensile tests is automatically stored in the software, ensuring that there are no errors in the tests
There are multiple UTM machines (Two 40T and one 120T) on hand to assist us in getting your Test Certificates to you as quickly as possible
Well-known inspection agencies like EIL, IBR, NPCIL, NTPC, BHEL and others have approved the lab, ensuring the authenticity of the test certificates
The most up-to-date test specifications are used to ensure that the results meet international standards
Determination of tests
Other Test
Shear Test
Test Method
ASTM A26
Nick Break Test
Test Method
API 1104
Rebend Test
Test Method
IS 1786
Through Thickness Test
Test Method
ASTM A770
Proof Load Test – Bolt
Test Method
IS 1367 Part 3
Flattening Test
Test Method
ASTM A999
Wedge Load Test
Test Method
IS 1367 Part 3
Micro Hardness Testing
Both an optical system for measuring the dimensions of indentation patterns and a test-force loading apparatus for setting the necessary test force are included.
The use of an electromagnetic approach allows the appropriate test force to be set extremely precisely, between 0.4903 mN and 19610 mN. (HM-220)
The test is completely automated and does not require any human intervention, ensuring that the test results are accurate.