Different materials fail in different ways, so the right analysis depends on what the material is. MatX Lab characterizes eleven classes- metals, polymers, composites, ceramics, thin films, wafers, and more- and tells you what each is, how it performs, and why it failed.
Different materials fail in different ways, and the right analysis depends on the material. MatX Lab characterizes eleven classes of material, from metals and alloys to plastics and elastomers, composites, ceramics, thin films, wafers, battery materials, and nanomaterials. Whatever the class, the work answers the same core questions: what the material is, how it is built, how it performs, and why it failed.
Every project starts by understanding what your material is and what you need to find out. Based on that, we select the right testing methods and coordinate the work across our network of accredited partner laboratories. Different materials need different approaches—metals, polymers, and nanomaterials each require their own combination of analyses. No matter what you're testing, you deal with one contact from start to finish and receive one complete report with all your results.
Composition and grade verification, microstructure, hardness, mechanical properties, corrosion, and weld quality. We tell you what a metal is, whether it was processed correctly, and why a part failed.
Identification of resins and compounds, deformation, mechanical and thermal characteristics, additives, aging and cure, and failure analysis. We address the definition of a polymer, its composition, and the reasons for its degradation, hardening, or cracking.
We also evaluate the
mechanical performance of composite materials, including internal porosity and delamination, fiber content, and cure state. Our testing helps verify structural integrity, inspect the inside of laminates without causing damage, and identify the reasons behind interface and bonding failures.
We assess phase and composition, density and porosity, strength, hardness, thermal expansion, and fracture analysis. We confirm a brittle material is what it should be and find the flaw behind a break.
We assess coating thickness, composition, adhesion, hardness, phase composition, and delamination to give you a complete understanding of your coating system. By examining the surface, the coating itself, and the interface beneath it, we help identify the causes of coating failure and performance issues.
We analyze surface contamination, measure thin films, identify defects, and perform cross-section analysis at semiconductor-level resolution. Our work helps trace contamination sources, accurately measure film layers, and locate defects down to individual features.
We verify and test battery materials by examining electrode and electrolyte composition, particle size, surface area, crystal structure, coatings, and degradation behavior. Our testing provides insight into the active materials at the level where battery performance and reliability are determined.
We analyze adhesives by identifying the material, assessing cure state, measuring bond strength, evaluating thermal properties, and investigating bond failures. Our testing looks at the adhesive, the surfaces it bonds, and the fracture area to understand exactly where and why a joint has failed.
Particle size and shape, surface area, composition, surface chemistry, and structure. We resolve the properties that define a nanomaterial, down to individual particles, and track batch consistency.
Particle size, morphology, surface area, density, flow, composition, and phase. We measure the properties that govern how a powder flows, packs, and performs.
Materials-level verification of implant metals, polymers, and ceramics, with surface, coating, corrosion, and particulate analysis. Our biomaterials work supports materials-level qualification, not biological evaluation or device certification.
Each type of material has its own testing requirements, and we align our analysis with the methods specified in your requirements, including relevant ASTM, ISO, IEC, UL, and MIL-STD standards. Each material category highlights the test methods most commonly used for that class, while our Standards hub provides more information on what this alignment means. MatX Lab provides analytical testing services only and is not a standards organization or certification body. We do not issue certifications.
Spectroscopy: Mechanical Testing: Elemental Analysis: Thermal Analysis
ASTM G21; ASTM D7427; ASTM D7109; ASTM D7027; ASTM D6814; ASTM D6484
Many materials don't fit into a single category, such as coated metals or filled polymers. We look at each component individually and select the right combination of analytical methods needed to fully understand the material and its performance.
Yes. Material identification and deformulation are common needs across many industries. We combine compositional analysis, structural evaluation, and spectroscopic techniques to build a complete understanding of what a material contains and how it is put together.
Yes. An assembly that combines metals, polymers, and coatings is common, and we test each class and the interfaces between them and report them together.
MatX Lab routes each method to the accredited partner laboratory best suited to it, so every material class draws on the right instruments under one program. You work with one contact and receive one report. Methods are aligned to ASTM, ISO, IEC, UL, and MIL-STD where a published method applies. MatX Lab is an analysis provider, not a standards body, and issues no certifications. Every engagement can sit under an NDA.
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