ISO 9001:2015 & IATF 16949 Certified
Mechanical TestingIndex: Letter AAWS A5.4ASME Section IXEN ISO 15792-1

All-Weld Metal Tensile Testing

Engineering definition, metallurgical mechanisms, standard testing specifications, and manufacturing guidelines for closed-die forgings up to 50 kg.

Quick AnswerFeatured

Mechanical tensile testing executed on specimens extracted exclusively from deposited weld filler metal without dilution from base forging material.

Technical Explanation & Metallurgical Principles

All-weld metal tensile testing verifies that the deposited weld seam in fabricated piping assemblies or clad flanges matches or exceeds the minimum design tensile strength, yield point, and elongation of the parent forged forging material.

Key Engineering Specifications & Parameters

Technical Parameter / MetricEngineering Benchmark / Value
Test OrientationLongitudinal cylinder along weld centerline
Required DuctilityTypically ≥18% to 22% elongation

Application at Jayesh Forge (Rajkot Plant)

Witnessed on weld-overlayed and clad flange assemblies at our Rajkot quality lab during third-party inspection (TPI).

Up to 50 kg Max WeightStrictly focused on closed-die precision & speed
Port Logistics Proximity240 km Mundra / 230 km Kandla port export
Certified QA Lab100% EN 10204 3.1 MTC with full traceability

Related Materials, Standards & Products

Applicable Material Grades

SS 316LASTM A105Duplex 2205

Related Metallurgical & Testing Terms

Frequently Asked Questions

Questions Regarding All-Weld Metal Tensile Testing

It guarantees that the butt-weld connection between the forged weld neck hub and the line pipe will not yield or fail under maximum operating pressure.

Request a Forging Quote with All-Weld Metal Tensile Testing Compliance

Our Rajkot metallurgy desk is ready to review your technical drawings, testing protocols, and delivery schedules for custom closed-die forgings strictly up to 50 kg.