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 Potentiation Charging and Discharging (PCD) 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.

Advanced Test Modes for Flexible Application

Our PCD systems feature multiple operational modes, including potentiation, constant current, constant voltage, and programmable cyclic charging/discharging. This flexibility allows accurate simulation of real-world operating conditions for batteries, supercapacitors, and energy storage modules, catering to research or industrial production testing.

Comprehensive Safety and Data Management

Engineered with robust safety features like short-circuit, overload, over-temperature protections, and an emergency stop, each unit ensures operator and equipment security. Real-time data acquisition and PC connectivity guarantee seamless monitoring, analysis, and reporting, with easy export to CSV or Excel formats for documentation and review.

Custom-Built to Match Your Needs

Our PCD test stations offer customizable design-ranging in size, build material, power, voltage, and current capacity-to fit the unique requirements of each testing protocol. With touchscreen interfaces, digital LCD/LED displays, and intuitive Windows-based control software, users enjoy efficient workflow management and accurate analysis.

FAQ's of Potentiation Charging and Discharging (PCD) Testing and Services:

Q: How does PCD testing support various charging and discharging protocols?

A: PCD systems are equipped to perform multiple test modes such as potentiation, constant current, constant voltage, and programmable cyclic charging/discharging, accommodating a wide range of protocols necessary for batteries, supercapacitors, and energy storage devices.

Q: What safety measures are integrated in your PCD testing equipment?

A: Safety is ensured through features like short-circuit, overload, and over-temperature protection, along with an emergency stop button. These safeguards protect both operators and equipment during rigorous testing processes.

Q: When can real-time data be accessed and how is it managed?

A: Real-time data is captured throughout each test cycle and can be accessed instantaneously via the touchscreen display or through PC connectivity. Data can be exported to CSV or Excel for in-depth analysis and record-keeping.

Q: Where is PCD testing commonly used?

A: PCD testing services are deployed in research laboratories, industrial facilities, battery manufacturing, and energy storage system testing, wherever precise and reliable evaluation of electrochemical storage devices is required.

Q: What is the process for customizing PCD test equipment to specific requirements?

A: Customization involves tailoring parameters such as measuring range, material, size, interface, and power to meet unique testing profiles. The configuration is decided based on the application-whether for research, production, or various battery chemistries.

Q: How does the software enhance the testing process?

A: The included Windows-based custom software facilitates test setup, real-time monitoring, and data analysis. Its user-friendly interface streamlines workflow, enabling control and review directly from an attached PC or through networked connectivity.

Q: What benefits do you gain using PCD testing services?

A: Clients benefit from accurate, programmable testing (voltage accuracy: 0.2% FS, current accuracy: 0.5% FS), rapid response time (<2 ms), broad environment compatibility, and adherence to global compliance standards, ensuring performance and quality assurance across multiple applications.