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Tensile Testing Machine

Pioneers in the industry, we offer Full Section Bend Test as per IS 2329, Charpy Impact As Per ASTM A92 METHOD-B, Trans.Bend test in weld (Root, face, side) as per 3600-5 RB,FB, Trans.Bend Test In Weld (Root, Face, Side) As Per IS3600 -6 SB, Transverse Tension Test ISO4136 and Transverse Tension Test IS2825 from India.

  • Full Section Bend Test as per IS 2329
  • Full Section Bend Test as per IS 2329
  • Full Section Bend Test as per IS 2329
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The Full Section Bend Test as per IS 2329 evaluates the ductility and soundness of steel tubes by bending the entire cross-section over a specified radius without causing cracks or defects. IS 2329 outlines procedures, equipment, and acceptance criteria for conducting this test. It ensures the tube can withstand mechanical deformation during fabrication and service. The test helps identify issues like brittleness, poor weld quality, or lack of material uniformity. Commonly applied in industries such as structural engineering, boilers, heat exchangers, and pressure vessels, compliance with IS 2329 assures the quality, durability, and performance of steel tubes in critical applications.

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  • Charpy Impact As Per ASTM A92 METHOD-B
  • Charpy Impact As Per ASTM A92 METHOD-B
  • Charpy Impact As Per ASTM A92 METHOD-B
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The Charpy Impact Test as per ASTM A370, Method B evaluates the toughness of metallic materials by measuring the energy absorbed during fracture of a notched specimen at a specified temperature. In Method B, full-size, sub-size, or non-standard specimens are struck by a pendulum hammer, and the absorbed energy is recorded. The test helps determine the material’s ability to resist brittle fracture, particularly in low-temperature environments. Widely used in industries like construction, pressure vessels, pipelines, and shipbuilding, this test ensures materials meet required impact performance standards, enhancing safety, durability, and reliability in critical service applications.

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The Transverse Bend Test in Weld (Root, Face, Side) as per IS 3600 Part 5 evaluates the ductility, soundness, and quality of welded joints. In this test, the weld specimen is bent so that either the Root Bend (RB) or Face Bend (FB) is in tension, helping to identify internal and surface defects such as cracks, lack of fusion, or porosity. IS 3600 Part 5 specifies test procedures, specimen dimensions, and acceptance criteria. This test is widely used for welder qualification and procedure approval to ensure that welds meet structural integrity, safety, and performance standards in critical applications.

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The Transverse Bend Test in Weld (Root, Face, Side) as per ASME BPVC Section IX evaluates the ductility and quality of welded joints by bending the specimen so that either the weld root, face, or side is subjected to tension. ASME Section IX specifies detailed procedures, specimen dimensions, bend angles, and acceptance criteria for qualification of welding procedures and welders. The test detects surface and internal defects such as lack of fusion, cracks, or porosity. It is widely used in industries like pressure vessels, piping, boilers, and structural components to ensure the integrity, reliability, and safety of critical welded assemblies.

 

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The Transverse Tension Test as per IS 2825 is used to determine the tensile strength of welded joints by applying a tensile load perpendicular to the weld axis until fracture occurs. IS 2825, which covers the design and construction of unfired pressure vessels, specifies procedures for specimen preparation, testing, and acceptance criteria. The test verifies that the weld metal and heat-affected zone meet the required mechanical strength and structural integrity. Commonly used for welder qualification, welding procedure approval, and quality assurance, this test helps ensure the safety, durability, and code compliance of pressure vessels in critical applications.

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The Transverse Tension Test as per IS 2825 is used to determine the tensile strength of welded joints by applying a tensile load perpendicular to the weld axis until fracture occurs. IS 2825, which covers the design and construction of unfired pressure vessels, specifies procedures for specimen preparation, testing, and acceptance criteria. The test verifies that the weld metal and heat-affected zone meet the required mechanical strength and structural integrity. Commonly used for welder qualification, welding procedure approval, and quality assurance, this test helps ensure the safety, durability, and code compliance of pressure vessels in critical applications.

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The Transverse Tension Test as per ASME BPVC Section IX evaluates the tensile strength of welded joints by applying a uniaxial tensile load perpendicular to the weld axis until failure occurs. This test measures the ultimate tensile strength of the weld and ensures that the joint meets required mechanical performance standards. ASME Section IX outlines procedures for specimen preparation, testing, and acceptance criteria used for welder and welding procedure qualification. The test helps verify weld integrity and structural soundness, and it is widely applied in industries such as pressure vessels, boilers, piping, and structural fabrication to ensure code compliance and safety.

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The Transverse Bend Test in Weld (Root, Face, Side) as per ASME BPVC Section IX evaluates the ductility and quality of welded joints by bending the specimen so that either the weld root, face, or side is subjected to tension. ASME Section IX specifies detailed procedures, specimen dimensions, bend angles, and acceptance criteria for qualification of welding procedures and welders. The test detects surface and internal defects such as lack of fusion, cracks, or porosity. It is widely used in industries like pressure vessels, piping, boilers, and structural components to ensure the integrity, reliability, and safety of critical welded assemblies

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IRC Engineering Services India Private LimitedNehru Place, New Delhi - 110019, Delhi, India

A Tripathi (Sr. Manager)

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