Metal Testing Lab

Approx. Rs 1,800 / SetGet Latest Price

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Approx. Rs 700 / PieceGet Latest Price

ITE’s Destructive Testing Lab Division which has been accredited by National Accreditation Board for Testing and Calibration Laboratories (NABL) as per ISO 17025 in the field of Chemical & Mechanical Testing of Metals. This is the highest accreditation granted to laboratories working in the domain of Material Testing and Calibration services.

 For carrying out Tensile Testing, we have the best in class computer operated UTM for obtaining precise and best possible results. By carrying out tensile test, some of the characteristics of the material are obtained which are Ultimate Tensile Strength, Yield Stress/Strength, Percentage Elongation, Elastic Limit, Modulus of Elasticity.

The tensile strength is the value most frequently quoted from the results of a tension test. Actually, however, it is a value of little fundamental significance with regard to the strength of a metal. For ductile metals, the tensile strength should be regarded as a measure of the maximum load that a metal can withstand under the very restrictive conditions of uniaxial loading. This value bears little relation to the useful strength of the metal under the more complex conditions of stress that usually are encountered. For many years, it was customary to base the strength of members on the tensile strength, suitably reduced by a factor of safety. The current trend is to use the more rational approach of basing the static design of ductile metals on the yield strength. However, due to the long practice of using the tensile strength to describe the strength of materials, it has become a familiar property, and as such, it is a useful identification of a material in the same sense that the chemical composition serves to identify a metal or alloy. Furthermore, because the tensile strength is easy to determine and is a reproducible property, it is useful for the purposes of specification and for quality control of a product. Extensive empirical correlations between tensile strength and properties such as hardness and fatigue strength are often useful. For brittle materials, the tensile strength is a valid design criterion. The stress at which plastic deformation or yielding is observed to begin depends on the sensitivity of the strain measurements. With most materials, there is a gradual transition from elastic to plastic behaviour, and the point at which plastic deformation begins is difficult to define with precision. In tests of materials under uniaxial loading, three criteria for the initiation of yielding have been used: the elastic limit, the proportional limit, and the yield strength.

ITE does tensile tests as per various codes and specifications like ASME Section IX, ASME Section IIC, AWS D1.1, IS 1608, ASTM 370, IS 1786 etc.

Related services: - metal testing,Tensile Testing, Ultimate Tensile Strength, Percentage Elongation, Yield Stress, Yield Strength, Steel Strength, weld strength, welding test, steel testing, structural steel testing, tensile strength, welding strength, plate strength, pipe strength, pipe testing, plate testing, butt weld testing, welder qualification, procedure qualification, WPS qualification, PQR qualification, WQR qualification, welding procedure specification, procedure qualification

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Approx. Rs 20,000 / DayGet Latest Price

Approx. Rs 100 / TestGet Latest Price

ITE’s Destructive Testing Lab Division which has been accredited by National Accreditation Board for Testing and Calibration Laboratories (NABL) as per ISO 17025 in the field of Chemical & Mechanical Testing of Metals. This is the highest accreditation granted to laboratories working in the domain of Material Testing and Calibration services.

THE TERM HARDNESS, as it is used in industry, may be defined as the ability of a material to resist permanent indentation or deformation when in contact with an indenter under load. Generally a hardness test consists of pressing an indenter of known geometry and mechanical properties into the test material. The hardness of the material is quantified using one of a variety of scales that directly or indirectly indicate the contact pressure involved in deforming the test surface. Since the indenter is pressed into the material during testing, hardness is also viewed as the ability of a material to resist compressive loads. The indenter may be spherical (Brinell test), pyramidal (Vickers and Knoop tests), or conical (Rockwell test). In the Brinell, Vickers, and Knoop tests, hardness value is the load supported by unit area of the indentation, expressed in kilograms per square millimeter (kgf/mm2). In the Rockwell tests, the depth of indentation at a prescribed load is determined and converted to a hardness number (without measurement units), which is inversely related to the depth. Hardness tests are no longer limited to metals, and the currently available  tools and procedures cover a vast range of materials including polymers, elastomers, thin films, semiconductors, and ceramics. Hardness measurements as applied to specific classes of materials convey different fundamental aspects of the material. Thus, for metals, hardness is directly proportional to the uniaxial yield stress at the strain imposed by the indentation. This statement, however, may not apply in the case of polymers, since their yield stress is ill defined. Yet hardness measurement may be a useful characterization technique for different properties of polymers, such as storage and loss modulus. Similarly, the measured hardness of ceramics and glasses may relate to their fracture toughness, and there appears to be some correlation between microhardness and compressive strength.

The consequence of material hardness also depends on its application in industry. For example, a fracture mechanics engineer may consider a hard material as brittle and less reliable under impact loads; a tribologist may consider high hardness as desirable to reduce plastic deformation and wear in bearing applications. A metallurgist would like to have lower hardness for cold rolling of metals, and a manufacturing engineer would prefer less hard materials for easy and faster machining and increased production. These considerations lead, during component design, to the selection of different types of materials and manufacturing processes to obtain the required material properties of the final product, which are, in many cases, estimated by measuring the hardness of the material.

ITE does hardness tests as per various codes and specifications like IS 1586, IS 1501, ASTM A 370, IS 2062 etc. 

Related services: - Metal testing, Rockwell hardness, Vickers hardness, brinell hardness, HRC, HRB, HV-5, HV-10, HV-20, HV-30, plate testing, pipe testing, hardness testing, metal hardness testing, welding test, weld testing.

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Approx. Rs 350 / TestGet Latest Price

ITE is NABL accredited laboratory for Spectro Analysis / Chemical testing of metals using spectrometer.

Our Company is a well-known name in the industry for offering the best quality Chemical Testing For Ferrous and Non Ferrous Metals. Executed beneath the assistance of our experienced employees, these testing services are admired in the market. Additionally, we offer customized solutions for all needs of clients. This testing services comes under our Mechanical and Chemical Testing lab for metals.

ITE offers these Non Destructive Testing services (NDT) at various places across India which include, Delhi, Uttar Pradesh (Ghaziabad, Sahibabad, Greater Noida, Noida, Lucknow, Agra, Kanpur, Mathura, Jewar, Sikandrabad, Meerut, Sonbhadra, Pata, Anpara, Allahabad, etc.), Madhya Pradesh, Punjab, Rajasthan, Haryana, Himachal Pradesh, Uttarakhand, Bihar, Chattisgarh, Gujarat, Maharashtra, Jammu Kashmir, West Bengal, Nepal, Sikkim, Arunachal Pradesh, Assam, etc.

Approx. Rs 300 / PieceGet Latest Price

ITE offers wide range of Metal Testing services like Tensile Test, Bend Test, Impact Test, Hardness Test, Spectro Analysis, Flattening Test, Rebend Test, etc. These tests are done for items like steel plates, steel bars, steel rods, TMT bars, metal sheets, etc.

Tensile Testing of steel and other metal alloys is done to determine the properties like Ultimate Tensile Strength (UTS), Yield Strength (YS) and Percentage Elongation in metals. ITE is NABL accredited for performing these tests for both ferrous and non ferrous metals.

Charly Impact Test also referred to as Charvy V Notch (CVN) test is used to determine the impact properties of metals especially steels. The samples are machined as per the specifications and are broken with the help on impact tester to determine the toughness values in joules. ITE is NABL accredited to perform Charly Impact Tests as per Indian Standards, ASME Section IX, AWS D1.1 and ASTM 370.

Bend testing is done to determine the bending properties of metals under load. Bend tests can be done on pipes, plates, welds, etc. On welding, bend tests can be of three types :- root bend, face bend and side bend. ITE is NABL accredited to perform Bend Tests as per Indian Standards, ASME Section IX, AWS D1.1 and ASTM 370.

ITE is an NABL accredited lab for performing Spectro Analysis of steel and stainless steel materials as per ASTM E 415, ASTM E 1086, IS 8811 and IS 9879. It is basically a test to determine the chemical composition of metals and helps us understand it's behaviour based on that. Major elements like Carbon, Sulphur, Molybdenum, Phosphorus, Chromium, Nickel, Silicon, etc. have huge impact on overall properties like physical, electrical, mechanical and chemical properties of metals. With spectrometry or chemical testing, we can easily determine percentage of various elements in the metals and then evaluate the properties accordingly


We are now also involved in the laboratory assistance for Chemical and Mechanical analysis of Metals and Weld. Our Material Testing Laboratories are well-equipped with the latest equipments involved in the laboratory assistance. We provide this facility in NCR. We provide our laboratory assistance as per the national and international standards.

ITE offers these Non Destructive Testing services (NDT) at various places across India which include, Delhi, Uttar Pradesh (Ghaziabad, Sahibabad, Greater Noida, Noida, Lucknow, Agra, Kanpur, Mathura, Jewar, Sikandrabad, Meerut, Sonbhadra, Pata, Anpara, Allahabad, moradabad, gajraula, hapur, etc.), Madhya Pradesh, Punjab, Rajasthan, Haryana, Himachal Pradesh, Uttarakhand (pantnagar, haridwar, nainital, kashipur), Bihar, Chattisgarh, Gujarat, Maharashtra (Mumbai, Pune, Nagpur), Jammu Kashmir, West Bengal, Nepal, Sikkim, Arunachal Pradesh, Assam, etc.

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We are offering an exclusive collection of Welder Qualification Testing Service to our valuable clients. These testing services are offered with following the set industry guidelines. In addition to this, these testing services are admired for pocket-friendly prices and timely execution.

We offer Chemical Testing Services to our clients as per the requirements. It has a wide group of analysis technique. Destructive testing (dt) is used in science and industry to evaluate the properties of a material, component or system. In destructive testing of metals, the tests are carried out to the specimen''s failure, in order to understand a specimen''s structural performance or material behavior under different loads. These tests are easier to carry out, give out more information, and are easier to interpret.

Approx. Rs 600 / SampleGet Latest Price

• Young's modulus
• Yield strength
• Tensile strength
• Elongation
• Deformation
• Reduction of area
• Strain hardening behavior