Failure Analysis & Investigation
Root cause analysis of material and component failures to identify issues, reduce risk and prevent recurrence.
Root cause analysis of material and component failures to identify issues, reduce risk and prevent recurrence.
Understand the true condition of critical components to manage risk, maintain safety and avoid unplanned downtime.
Independent materials expertise for legal and insurance cases, providing clear analysis and robust technical evidence.
Non-destructive, in-situ metallurgical assessment to evaluate microstructure and identify degradation without removing components.
Specialist materials analysis and interpretation to support performance, reliability and compliance across a range of applications.
On-site materials expertise for inspection, investigation and operational support, minimising downtime and disruption.
Technical guidance on welding processes, procedures and quality systems to ensure compliance and structural integrity.
Materials expertise supporting product development, from selection and testing through to performance validation.
At R-TECH Group, we take pride in being a customer-centric leader in providing world-class materials expertise.
Our commitment to delivering exceptional service ensures that we meet the unique needs of each client, helping them solve challenges efficiently and effectively.
We understand that materials issues are often complex and time-critical. That’s why we offer:
Our typical turnaround is 7–10 working days, with expedited options available:
We start by understanding your challenge, context and constraints – whether that’s performance issues, failure, or material selection.
We define the right approach, combining consultancy, testing and analysis where needed to ensure a clear, effective path forward.
Our team applies specialist expertise to assess materials, systems or components using proven methodologies.
We interpret findings with precision, identifying root causes, risks and opportunities for improvement.
You receive clear, practical recommendations you can act on with confidence, supported by ongoing expert guidance if needed.
Our services cover every stage of the materials lifecycle, including:
We combine laboratory analysis with real-world engineering insight to deliver solutions that are both technically robust and commercially relevant.
Our team consists of highly skilled engineers and scientists who bring a wealth of experience and knowledge to every investigation. We understand that materials can behave unpredictably under different conditions, which is why our approach involves thorough investigation, analysis, and ongoing support.
Our team has experience ranging from basic materials issues through to expert witness. Additionally, we provide long-term guidance to ensure sustained performance and reliability. By partnering with our experts, clients can expect a collaborative approach focused on delivering tailored solutions that meet their specific needs.
Our experts work across diverse industries including petrochemical, nuclear, oil and gas, marine, aerospace, manufacturing, water and power generation. R-TECH Group’s consultancy services are bolstered by an in-house UKAS accredited materials & product testing laboratories. This includes the testing of metals, polymer & composites and water fittings.
With over 200 years of combined experience in materials science and engineering, R-TECH Materials has established itself as a trusted partner in the materials engineering field. Our experience across numerous industries exposes our experts to a diverse array of components, materials, and failure mechanisms. This breadth of experience enhances our ability to analyse and address complex materials challenges, ensuring effective solutions for our clients.
Our consultancy team offers a selection of training courses designed to provide in-depth knowledge and expertise in various aspects of materials science. Previous courses include:
Accurate testing, trusted insight, and practical solutions to help you make confident decisions where materials matter most.
