Universal Testing Machines (UTM) are used for testing the tensile and compressive strength. It is used to perform the tensile and compression tests on materials, components and structures. It is computer control Electro-Hydraulic Servo Universal Testing Machine.

• Up-to 250 kg, Make: Jinan (China) Model: S 2.5
• Up-to 2 Ton, Make: Jinan (China) Model: WDW-20
• Up-to 50 Ton, Make: MTS (USA) Model: MTS-50
• Up-to 200 Ton, Make; Jinan (China) Model: WAW-1500H

Micro Vickers Hardness Test, also referred as a micro hardness test. It is used to check the hardness (HV scale) of small parts, thin sections, or case depth work.

100 gms to 1 Kg

The Portable Hardness Tester is used to perform test on samples to determine the hardness of material on HRC, HRB, HB, HL scale.

The Rockwell Hardness Test is performed on samples to determine the hardness of material on HRC, HRB, HR15N, HR30N, HRA scale.

60 to 150kg

The Brinell Hardness Test is performed on samples to determine the hardness of material on BHN scale.

187.5 kg to 3000kg.

The Vickers Hardness Test is performed on samples to determine the hardness of material on HV scale.

1 Kilogram to 50 Kilogram

Impact Test is performed to observe the mechanics that a material will exhibit when it experiences a shock loading that causes the specimen to immediately deform, fracture or rupture completely. The purpose of an impact test is to determine the ability of the material to absorb energy during a collision. This energy may be used to determine the toughness, impact strength, fracture resistance, impact resistance or fracture resistance of the material depending on the test that was performed. Impact Test are important for the selection of materials that will be used in applications that require the material to undergo very rapid loading processes such as in vehicular collisions.

• Charpy Impact Test
• Izod Impact Test

This Testing Apparatus is used for determination of content of diffusible hydrogen in deposited weld metal by Mercury method as per IS : 11802-1986.

Diffusible hydrogen content deposits in the weld metal from the use of

• Shielded Metal Arc Electrodes.
• Gas Metal Arc.
• Flux cored Arc.
• Submerged Arc.
• MIG wire Welding Process.