Materials Failure Analysis

Materials Failure Analysis

Comprehensive Failure Analysis and Materials Services

At MAS, we leverage our state-of-the-art materials testing laboratories, cutting-edge instrumentation, and extensive resources to guarantee the resilience of each component in your product, enabling optimal performance in the most challenging applications. MAS is the preferred choice for clients seeking solutions to their most complex challenges, as our results offer clarity and insight. When product quality and customer satisfaction are paramount, we excel in accomplishing the most intricate failure analysis tasks.

Failure Testing

A failure occurs when a product falls short of delivering adequate performance in a specific situation. This can encompass a wide range of issues, including material breakage, bending, weakening, or wear. Our role is to meticulously examine the components of a particular application, carefully unraveling the root cause behind its failure.


While you might have some initial insights into the primary cause, professional failure analysis often reveals nuances and details that remain hidden without expert examination. Our team's expertise and attention to detail allow us to uncover the underlying factors contributing to the failure, providing valuable insights for improving product performance and preventing future issues.

Technical Assistance

Material failures often result from a combination of inherent material properties and external factors. It is crucial to pinpoint whether the issue lies within the process or the material itself.


Our team of experienced scientists bring extensive knowledge from both the field and laboratory environments. 


In a typical scenario requiring technical assistance, we seamlessly utilize the testing capabilities of our advanced laboratory facilities.


This integrated approach facilitates the identification and resolution of issues extending beyond conventional materials testing, ensuring comprehensive support for our clients.

Common Areas of Concern Associated with Product Failures

CPSC standards we establish, here at MAS:

  • Discovering big problems or signs of misuse causing product failures
  • Checking if materials meet the required standards
  • Understanding how and where materials break
  • Looking at how materials were treated with heat and their overall quality
  • Making sure the structure is consistent
  • Confirming that materials meet the necessary requirements

How MAS Ensures Your Success

ECL Study

Equipment Set-up

ECL Study

Supplies

Professional Technical Assistance

Professional Report Generation

NEED A CUSTOM ANALYSIS?

We welcome you to take full advantage of our highly specialized lab and expertise.

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Related Resources

By Christy LaMorte 05 Apr, 2024
In early 2024, the Consumer Product Safety Commission (CPSC) proposed significant updates to enhance product safety, including mandatory electronic filing of Certificates of Compliance for all imported CPSC-regulated products, broadening the definition of "importer" to include a wider range of stakeholders, and introducing detailed requirements for certificate content alongside a new five-year record retention period. Aimed at ensuring products entering the U.S. market meet safety standards, these changes emphasize accountability across the supply chain and enhance the CPSC's ability to monitor compliance. To navigate these complex regulations, Materials Analytical Services (MAS), a premier U.S.-based analytical and technical assistance laboratory, offers its expertise in product testing and compliance, providing essential support to companies aiming to meet these rigorous safety standards and protect consumer well-being.
DANGER: Silica Dust Hazard.
26 Mar, 2024
Crystalline silica, a natural substance found in various construction materials, poses significant health risks due to its respirability. To mitigate these risks, OSHA has implemented regulations that lower the permissible exposure limit (PEL) for respirable crystalline silica to 50 micrograms per cubic meter of air, averaged over an 8-hour workday. Employers are required to adopt engineering controls, provide respirators, restrict access to high exposure areas, create an exposure control plan, offer medical exams to at-risk workers, and conduct training on silica hazards and exposure prevention. These standards, effective June 23, 2016, aim to protect workers from silicosis, a deadly lung disease caused by inhaling silica dust. Protective measures include using N95 NIOSH-certified respirators or type CE abrasive-blast supplied-air respirators. Michael Mangum of the National Asphalt Pavement Association underscores the importance of safeguarding workers to ensure company well-being.
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