Mett-bios india based iso 17025:2017 (NABL) accredited testing laboratory is pleased to introduce as a leading laboratory to provide complete metallurgical and corrosion testing as per NACE/ ASTM / ISO standards.

We are committed to delivering accurate, reliable, and standards-compliant Galvano Dynamic testing solutions as per ASTM, ISO, JSI, EIL, TL and NACE standards with fast turnaround time and expert technical support.

Mett-bio through its team of experts offers specialized services in the field of metallurgical and corrosion failure investigation. The laboratory scope includes failure analysis of industrial plants, equipment and components, in-situ metallography, assessment of in-service degradation, components/parts indigenization, selection of materials and alloy design, remaining life assessment.

Mett-bio has set up a fully-fledged advanced testing division at Ahmedabad to fulfil the industries requirements for testing and material characterization such as raw material testing, corrosion testing & analysis, material identification, microstructure examination for evaluation of material processing, chemical properties & physical properties of metallic materials

Mett-Bio metallurgical services provide various corrosion-related services such as testing, onsite corrosion assessment, corrosion failure mode analysis, R&D, alloy selection, etc. Our services mainly cater to the needs of oil, gas, pharmaceutical, food and safety industries, ferrous and nonferrous manufacturing industries.

Comprehensive Corrosion Testing

Our Galvano Dynamic Testing Services are meticulously designed to analyze the corrosion behaviour of metals, alloys, and coatings under various environmental conditions. Conducted offline at room temperature with advanced digital equipment, the process ensures reliability and reproducibility for every test.

High Precision and Compliance

Utilizing Potentiostat/Galvanostat instruments, we ensure high-precision electrochemical measurements. All results adhere strictly to ASTM and ISO standards, providing confidence in compliance for both industrial and research applications.

Rapid and Detailed Reporting

We understand the importance of timely results. That is why we guarantee comprehensive analysis reports are delivered within seven days, aiding quick decision-making without compromising on detail or accuracy.

FAQ's of Galvano dynamic Testing Services:

Q: How is the Galvano dynamic testing process conducted for metals and alloys?

A: The testing process involves subjecting metal or alloy samples to electrochemical analysis using a Potentiostat/Galvanostat in a controlled offline setting. The test measures corrosion response under specified conditions, providing accurate insight into material performance.

Q: What types of materials and coatings can be analyzed through your services?

A: Our services are suitable for a range of sample types, including mild steel, various metals, alloys, and protective coatings. The test parameters are customizable to accommodate different sample sizes and weights.

Q: When can I expect to receive my analysis report after submitting a sample?

A: All analysis reports are provided within seven days of sample receipt, ensuring prompt and insightful feedback for your materials testing needs.

Q: Where are your Galvano dynamic testing services available?

A: We provide our electrochemical testing services Pan India, with sample collection and analysis conducted through our organized offline service mode.

Q: What are the benefits of using semi-automatic, digital interface testing equipment?

A: Semi-automatic, digitally interfaced equipment reduces manual errors, enhances measurement precision, and allows for consistent operation, resulting in high-accuracy data and reliable compliance with ASTM and ISO standards.

Q: How can the test results be used to improve material applications?

A: The corrosion behaviour insights provided by our tests can guide material selection, process improvements, and protective measures in manufacturing, ultimately enhancing durability and performance of final products.