Experts in Forensic Engineering & Failure Analysis

We provide a wide range of Engineering Consultancy Services in Materials/Metallurgy-related aspects, Third-Party joint inspection, and Expert Witness in Civil and Criminal Courts to a variety of clients including solicitors, loss adjusters, manufacturers, and insurers.

24/7 CALL CENTER

Give us a call
+44 (0) 7443109464

FOR ENQUIRIES:

Send us an email:
maly@metmatforensics.com

LOCATION

71- 75 Shelton Street, Covent Garden, London, WC2H 9JQ

Founded in the United Kingdom, METMAT forensics is an independent consulting firm providing technical consultancy services in the field of engineering forensics, failure investigation, metallurgy, and material- related aspects to a variety of clients including, solicitors, loss adjusters, insurance companies, insurance brokers, manufacturers and engineering professionals from different sectors.

Whether there is a leak or a crack, the material is metallic (ferrous or non-ferrous) or non-metallic (polymer, composite, ceramic, rubber, glass), METMAT forensics prides itself on continuously seeking to deliver reliable technical consulting services to its clients and strive to build on its credibility within the UK industry. Our experts have demonstrated long experience in the field to be able to assist you with your inquiries

Services We Provide

Chemical Composition Analysis

Materials Characterization

Expert Witness Services

Failure Investigation

Fractographic Examination

Corrosion Consulting

Our Philosophy
METMAT Forensics is a customer-oriented company. Our clients are at the heart of our business and we strive to exceed their expectations and achieve their satisfaction.
Our Approach
Once we receive your instruction, we move to the site to examine the failed part. We aim to preserve the evidence and collect as much information as possible that would help determine The root cause of failure. Our vast experience in the field will enable us to provide a preliminary conclusion to our clients before we carry on with the laboratory-based analysis.