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ISO 20485:2017

ISO 20485:2017

ISO 20485:2017

ISO 20485:2017 in the NDT Industry: Ensuring Quality and Reliability


In the Non-Destructive Testing (NDT) industry, maintaining quality and reliability is of paramount importance. To achieve this, adhering to internationally recognized standards becomes imperative. One such standard is ISO 20485:2017, which outlines the requirements for the qualification of personnel performing NDT.

ISO 20485:2017 Overview:

ISO 20485:2017, titled “Non-destructive testing – Qualification of radiographic film digitization systems,” provides guidelines and requirements for the qualification of radiographic film digitization systems. This standard aims to ensure that NDT personnel, equipment, and procedures meet the necessary quality criteria to deliver accurate and reliable results.

Key Requirements of ISO 20485:2017:

  1. Personnel qualification: The standard emphasizes the importance of qualified personnel, ensuring that individuals involved in NDT possess the necessary knowledge, skills, and experience to perform their tasks effectively.
  2. Equipment requirements: ISO 20485:2017 sets out guidelines for the selection, calibration, and maintenance of radiographic film digitization systems. This ensures that the equipment used in the digitization process is capable of producing high-quality images and maintaining accurate results.
  3. Process control and documentation: The standard emphasizes the need for robust process controls and documentation to track and verify the accuracy and reliability of the NDT procedures. It includes requirements for quality control, record-keeping, and data management.


NDT and PWHT Solutions: Delivering Superior NDT Services

NDT and PWHT Solutions is a renowned company that excels in delivering high-quality NDT services while adhering to ISO 20485:2017 and other relevant standards. Here are the reasons why NDT and PWHT Solutions stands out in the industry:

  1. Compliance with ISO 20485:2017: NDT and PWHT Solutions places significant importance on adherence to international standards. Their processes and procedures are designed to meet or exceed the requirements set forth by ISO 20485:2017. By doing so, they ensure that their clients receive accurate and reliable results.
  2. Qualified and Experienced Personnel: The company employs a team of highly skilled and certified NDT professionals. These individuals possess extensive knowledge and experience in the field of NDT, allowing them to perform inspections and assessments with precision and expertise.
  3. State-of-the-Art Equipment: NDT and PWHT Solutions invests in cutting-edge equipment and technologies to ensure the highest level of accuracy and reliability in their NDT processes. They regularly calibrate and maintain their equipment to guarantee optimal performance.
  4. Stringent Process Controls: The company follows stringent process controls throughout their operations. From inspection procedures to documentation and data management, every step is carefully monitored and recorded to ensure traceability, accountability, and quality assurance.
  5. Customer-Centric Approach: NDT and PWHT Solutions prioritizes customer satisfaction. They work closely with clients to understand their specific requirements and provide tailored NDT solutions accordingly. The company’s commitment to delivering superior services has earned them a reputation for reliability and professionalism.



ISO 20485:2017 plays a vital role in maintaining the quality and reliability of NDT processes in the industry. Adhering to this standard ensures that personnel, equipment, and procedures meet the necessary requirements for accurate and reliable results. NDT and PWHT Solutions, a leading NDT service provider, exemplifies the implementation of ISO 20485:2017 in their operations. With their compliance, qualified personnel, state-of-the-art equipment, stringent process controls, and customer-centric approach, they are well-positioned to deliver exceptional NDT services in the industry.

Non-destructive testing — Leak testing — Tracer gas method