The China Building Materials Inspection and Certification Group Co., Ltd. has taken a significant step in the global standardization of advanced ceramic materials. According to information from the National Standardization Administration Committee's website, the company proposed and led the development of the international standard **ISO 17095:2013**, titled *Fine Ceramics (High Performance Ceramics, High-Tech Ceramics) – Test Method for Interfacial Bond Strength of Ceramic Materials at Elevated Temperatures*. This standard was officially released by the International Organization for Standardization (ISO), marking an important milestone for China in the field of high-tech ceramics.
This standard is particularly relevant for applications in aerospace, special industrial materials, inorganic non-metallic building materials, and construction engineering. It follows the previous international standard **ISO 13124:2011**, also developed under the leadership of Professor Bao Yiwang, the Chief Scientist at CTC. Both standards represent China’s growing influence in setting global benchmarks for ceramic material testing.
The release of ISO 17095 addresses critical technical challenges in evaluating the high-temperature interface performance of ceramic materials. It fills a significant gap in the industry, offering a reliable method for assessing bond strength between different materials under extreme conditions. This contributes to the safety and reliability of products used in high-stakes environments, protecting both human lives and property.
The new standard introduces a cross-method for testing interfacial tensile and shear strength at both room and high temperatures. This innovative approach allows for more accurate evaluations of bonding properties, whether for normal or high-temperature binders. It enhances the design efficiency and application effectiveness of engineers and researchers working with brittle materials like ceramic glass.
Moreover, this technology provides a faster and more convenient solution for testing services, helping companies improve their innovation capabilities and market competitiveness. By adopting these new standards, enterprises can streamline their processes and stay ahead in a competitive global market.
Developing an international standard is a complex and lengthy process, typically spanning several years. The process includes six main stages: proposal, preparation, technical committee review, inquiry, approval, and publication. Each stage involves extensive collaboration, feedback, and voting among member states and technical committees. Only after gaining widespread support from over 189 countries and numerous industrial organizations can a standard be officially recognized.
This achievement reflects not only technological innovation but also China’s growing role in shaping global standards. It highlights the country’s commitment to advancing its building materials industry through independent intellectual property and cutting-edge research. As the standard continues to evolve and be refined over the next few years, it will play a vital role in driving progress across multiple industries worldwide.
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