Mechanical Product Liability Testing

Taking Apart the Puzzle

With today’s faster and more automated manufacturing methods designed to get products to market faster, quality control can go by the wayside. Understanding how products and components are fabricated and mass-produced is critical to understanding the potential modes of failure. YA Group’s product liability testing team is experienced in evaluating conditions related to safety and usage, performance, durability, and compliance with various regulatory bodies and industry standards. Whether testing new products about to go to market or testing products that are in use and have experienced some type of failure, our goal is to understand why and how products fail, and ultimately, to provide assurance that the products you use, sell, or buy are safe and can be trusted.


Why it Matters

Whether it be a faulty coffee machine that overheats the liquid, airbags that don’t deploy, a faulty valve on a washing machine, or warning labels that don’t identify issues properly; nobody wants to hear that a media site is reporting issues with their product. From the manufacturing side, it is critical to understand why a product isn’t safe and what is the quickest remedy. From the consumer’s side, there could be a wide distribution of a defective product that could impact a large group of individuals. Regardless of which side of the defective product our client represents, it is imperative to have the right expert who can analyze and opine on the root cause of the matter.


Laboratory Analysis

Laboratory Analysis

YA Group has facilities equipped with a diverse array of calibrated testing equipment that allow our engineers and lab technicians to analyze a wide range of materials and products recovered from all types of losses and investigations from metals, polymers and ceramics to concrete and fire debris.

YA performs numerous types of laboratory analysis and testing including:

  • Photographic and microscopic documentation of as-received materials
  • Sampling of deposits on component surfaces including corrosion by-products, debris, etc.
  • Non-destructive testing (NDT) via liquid penetrant, magnetic particle, and radiographic testing methods
  • Destructive sectioning
  • Scanning Electron Microscopy (SEM) with elemental microanalysis via Energy Dispersive X-ray Spectroscopy (EDS)
  • Metallographic sample preparation and analysis
  • Chemical composition analysis via various methods: Fourier Transform Infrared Spectroscopy (FTIR), Differential Scanning Calorimetry (DSC), and Thermogravimetric Analysis (TGA)
  • Hardness testing

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