It was learned from the website of the National Standardization Administration Committee that the China Building Materials Inspection and Certification Group Co., Ltd. proposed the draft and led the development of the international standard "ISO 17095:2013 fine ceramics (high performance ceramics, high-tech ceramics) - ceramic materials high temperature interface bond strength test Fine ceramics (advanced ceramics, advanced technical ceramics)—Test method for interfacial bond strength of ceramic materials at elevated temperatures, was officially released by the International Organization for Standardization (ISO). According to reports, the international standard applies to aerospace materials, special industrial materials, inorganic non-metallic building materials manufacturing, construction engineering and other research and application areas. This international standard is the second international standard proposed and led by China after the release of the international standard "ISO 13124: 2011 Fine Ceramics (High Performance Ceramics, High-Tech Ceramics) - Interfacial Bonding Strength Test Method for Ceramic Materials". Moreover, both ISO 13124 and ISO 17095 are completed by a team led by CTC Chief Scientist Professor Bao Yiwang. It is an international standard for the transformation of technology with independent intellectual property rights in China's building materials industry. The international standard "ISO 17095:2013 fine ceramics (high-performance ceramics, high-tech ceramics) - the high-temperature interface bond strength test method of ceramic materials" released, effectively solved the technical problems of high-temperature interface evaluation of ceramic materials, filled the high-temperature interface strength evaluation The gaps in the field are of great significance to the effective protection of people's lives and property. This series of standards provides a new method for testing the interfacial tensile and shear strength of ceramic materials at room temperature and high temperature environments - the cross method, which can accurately evaluate the interfacial bond strength between solid materials and components. Evaluation of the bonding properties of various normal temperature and high temperature binders. This technology has greatly improved the design optimization rate and application efficiency of researchers and engineers in the world in the research and application of brittle materials such as ceramic glass, and provided a new, fast and convenient enterprise for testing service types. The detection technology and new standards provide an efficient technical means to improve the technological innovation capability and market competitiveness of production enterprises. It is understood that the process of formulating international standards is roughly divided into six phases, namely, the proposal phase, the preparation phase, the technical committee phase, the inquiry phase, the approval phase, and the publication phase. In the proposal phase, the new work project phase is determined. New work project proposals are proposed by any Member State, Technical Committee or sub-technical committee or working group. Distribute this proposal to all members of the technical innovation committee or subcommittee. If the majority agrees or at least 5 member groups are willing to participate in the work, the proposal can be included in the work plan and registered by the Executive Committee Office. The preparation phase, that is, the working group drafts the draft work phase. The working draft is sent to the member's original document prepared by the technical committee or subcommittee (TC/SC) secretariat or the convener of the working group for the future submission of the draft committee. After discussion, it will be transferred to the third stage. The technical committee stage, the TC or SC discussion stage. The Central Secretariat of the Commission is registered and submitted to the Technical Committee or subcommittee to discuss the recommendations of the relevant international standards. Send this document to all members of the technical committee or sub-technical committee for comments. If 2/3 of the member groups vote in favor, they can be promoted to the draft international standard. At the inquiry stage, the inquiry draft must be sent to all national groups by the ISO Central Secretariat for a five-month vote within four weeks. If 2/3 of the TC/SC members vote in favor and the vote does not exceed 1/4 of the total number of votes, the draft is passed and the text is sent by the Central Secretariat as the final draft of the final draft standard. This phase is closed. In the approval phase, the ISO Central Secretariat sends the final draft international standard to all Member States for a two-month vote. If 2/3 of the TC/SC members vote in favor; if the negative does not exceed 1/4 of the total number of votes, the final draft is passed. If the draft is not passed, the document must be returned to the relevant TC/SC for reconsideration based on the technical reasons for the negative vote. Once the final draft international standard is approved, the Central Secretariat shall correct any errors identified by the TC/SC Secretariat within two months and print and distribute the international standards. The impact of international standards is very large. Generally, an international standard requires at least two years from the submission of a manuscript to the approval of a standard. It needs to be continuously maintained and improved in the next three to five years. Being approved as an international standard requires recognition from 189 countries and more than 600 industrial organizations and numerous manufacturers. Therefore, the development of international standards is an embodiment of the comprehensive capabilities involved in major innovation, intellectual property, and market development. GUANGDONG LAVIUS LIGHTING CO., LTD. , https://www.laviuslighting.com