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 Multi Current Steps 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.

Versatile Multi-Channel Capability

Our testing equipment is equipped with multiple independent channels, enabling simultaneous assessment of various devices or components. This increases efficiency in testing, offers flexibility in setup, and ensures consistent results across different channels. You can confidently test current steps up to 100A with accuracy and ease.

Reliable Safety and Protection

Safety is a core aspect of our services, featuring overload and short circuit protection, along with IP52 enclosure protection. The air-cooled design helps maintain optimal performance, reducing the risk of overheating and electrical hazards during intensive testing sessions.

User-Friendly Interface and Connectivity

With a digital display and interface, real-time readings and controls are straightforward. Our systems facilitate seamless data management through USB or RS232 connections, making data export and analysis both efficient and secure for all your testing documentation needs.

FAQ's of Multi Current Steps Testing Services:

Q: How is the multi current step testing process performed?

A: The testing process utilizes advanced equipment with multiple independent channels. Each channel can independently test devices with adjustable multi-step current settings up to 100A. The system operates in either automatic or manual control mode, depending on your requirements.

Q: What safety features are included during current step testing?

A: Our services integrate overload and short circuit protection, combined with an IP52-rated mild steel enclosure. These measures ensure personnel safety and equipment reliability throughout all testing procedures.

Q: When should I opt for multi-channel current step testing services?

A: You should consider our service when you need precise current step verification for multiple electrical devices simultaneously, especially in quality control, R&D, or maintenance scenarios demanding high accuracy and reliability.

Q: Where can data from the test equipment be accessed or exported?

A: Test data can be accessed directly from the digital display or exported easily through the provided USB or RS232 interfaces, enabling seamless integration into your data analysis workflow or documentation system.

Q: What are the key benefits of using independent test channels?

A: Utilizing independent test channels significantly increases testing efficiency by enabling simultaneous multi-device evaluation while ensuring accurate results and minimizing downtime.

Q: How does temperature and environment affect testing?

A: Our equipment is designed to operate in environments from 0C to 50C. The air-cooled system maintains stable operation, ensuring accurate results regardless of ambient temperature within this range.