Forging Inspection And Testing

Testing of Forged Materials in its Entirety

Customers of Infinita Lab’s forging include companies that design and produce goods for a range of markets, including aerospace, defense, automotive, and construction. To confirm material composition, assess mechanical qualities, and spot faults, they need quick, dependable destructive and nondestructive testing services.

Infinita Lab has extensive knowledge in evaluating forged materials to assist our customers’ manufacturing procedures, quality control initiatives, and R&D initiatives. All of the typical metals used in forgings, such as carbon, alloy, and stainless steels, as well as aluminium, titanium, brass, copper, and high-temperature alloys, can be tested in our labs.

Traceability, Certification, And Technical Support

You are requested forging inspection procedures will be completed, and a thorough Certified Test Report will be created for your records with the test findings and other relevant data. The laboratory maintains traceability from the time that components and materials are received through certification and return shipping.

Regardless of whether testing is necessary for material evaluation, product and process design, manufacturing quality assurance, or a failure investigation, our sales team and technical experts are available to chat with you about your needs. Every specimen needed for the testing of forged materials can be prepared by the on-site machine shop.

Making up inspection techniques

Commercial forging testing is frequently diverse and customized to the material, application, and requirements specified. For all of your demands, Infinita Lab provides a comprehensive array of solutions.

Chemical Evaluation

• To ensure that the chemistry of the material is as it should be and within specification, forging test methods are available.

• Combustion Analysis Using Atomic Emission Spectroscopy (AES)
• ICP Mass Spectrometry for Inert Gas Fusion (ICP-MS)

Mechanical Evaluation

• Testing is available for the main mechanical characteristics, such as strength, ductility, and hardness, that are important to designers in the forging business.
• Hardness Evaluation
• Testing of Tensile
• Impact Bend Fracture in Charpy Toughness
• Growing fatigue cracks
• High and Low-cycle Fatigue
• Testing Without Destructing
• Our NDT test procedures can find faults on the surface as well as inside the component.

Metallurgical Testing Using Ultrasonic Radiographic Magnetic Particle Liquid Penetrant

Using metallurgical evaluation procedures, the physical features of forged materials can be assessed and flaws or defects can be found.

• Grain size in microstructure
• Micro-CleanlinesssMacrostructure

Why Do We Forge?

Metal is pressed, pounded, or squeezed under intense pressure during the forging manufacturing process to create pieces with high strength. Before working with the metal, it is typically warmed to the proper temperature.

Video 01: Grade A Ultrasonic Testing Of Forging Rods Forged Ring