Memorabilia - China Buliding Materials Academy CO.,Ltd

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Memorabilia

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In 2024
In January
　　China National Building Material Group Co., Ltd. (CNBM) signed a strategic cooperation agreement with Tsinghua University.
In February
　　the "National Key Research and Development Plan Projects" under the 14th Five-Year Plan, including “Key Technology for Carbon Emission Accounting and Evaluation of Bulk Building Materials", “Key Technology for Preparation and Typical Application of Low-cost Aerogel Materials and Products" and "Development and Application of Thin Insulating Glass and Energy-saving External Window System", were officially launched.
In March
　　CBMA won the championship in the manufacturing industry for “Anti-Halo Glass Series Products”.
In April
　　the “Key Technology for Preparation of High Performance Optical Fiber Inverters for Weak Signal Detection and Its Application" won the second prize for Beijing Science and Technology Progress.
In 2023
In April
　　the concrete 3D printing automatic reinforcement patent invented by the Institute of Cement Science and New Building Materials was awarded the silver medal at the 2023 International Invention Exhibition.
In May
　　the State-owned Assets Supervision and Administration Commission of the State Council released the special assessment results for 2022 of "Double Hundred Enterprises" and "Demonstration Enterprises of Science and Technology Reform" affiliated to central enterprises. The three reform pilot enterprises under CBMA achieved excellent results. Among the "Demonstration Enterprises of Science and Technology Reform", Harbin FRP Institute was recognized as a benchmark, while Shandong Industrial Ceramics Research and Design Institute was rated good; among the "Double Hundred Enterprises", Sinoma Advanced Materials also performed well.
On October 30
　　the high-performance fused cast refractory materials for glass solidification joule furnaces developed by Ruitai Technology were successfully delivered at the Xiangtan Branch of Ruitai Technology. This delivery marks a significant milestone in China's key technology and process for the glass solidification joule furnace lining materials for high-level liquid waste of nuclear waste, overcoming the previous limitations.
In November
　　CBMA received the first prize in Technology Invention of China Non-Metallic Minerals Industry Association (CNMIA), the second prize in Science and Technology Progress and the second prize in Youth Science and Technology Innovation for its work on the Technology for Preparation of High-Performance Cement Clinker Using Calcium Silicate Nonmetallic Ore Raw Materials and Its Industrialization Application, the Research and Development and Engineering Application of Low Temperature SCR Denitration Catalyst in New Inorganic Non-Ore, and the Key Technology and Typical Application of Electromagnetic Wave Absorption Functionalization of Nonmetallic Mineral Materials.
In December
　　the project, "Key Technology and Application of Functional Polycarboxylic Acid High-Performance Water-Reducing Agent and Low-Carbon Preparation" of the Institute of Cement Science and New Building Materials won the first prize in the Science and Technology Progress of China Building Materials Circulation Association (CBMCA).
In 2022
On July 27
　　the reorganization ceremony of CBMA and Sinoma Advanced Materials was successfully held in Beijing.
On August 8
　　CBMA held the founding meeting and opening ceremony of Beijing branch.
On September 10
　　the first ferric aluminate cement concrete pouring with the largest single volume was completed in China, and the pouring volume reached 1172m³. Ferric aluminate cement concrete technology has been successfully applied in Zhangzhou nuclear power project.
On November 29
　　the Long March-2F Y15 carrier rocket carrying the Shenzhou-15 manned spacecraft blasted off from the Jiuquan Satellite Launch Center. A number of products developed and produced by Harbin FRP Institute, the Horological Institute and the Beijing branch under CBMA were instrumental in the launch of Shenzhou-15 manned spacecraft.
On December 28
　　the inaugural meeting and the first working meeting of the Standard Certification Committee of Chinese Materials Research Society were held successfully.
In 2021
On March 18
　　the national new material science and technology industrialization base was officially started.
On September 15
　　China Testing & Certification International Group Co., Ltd. (CTC) affiliated to CBMA and Shanghai Meinolf Technology Co., Ltd. signed a joint restructuring agreement in Beijing.
On October 14
　　the standard, ISO 13837:2021 Road vehicles - Safety glazing materials - Methods for the Determination of Solar Transmittance, led by China, was officially released. The revision of this standard was done by CTC, assisted by China Automotive Technology and Research Center (CATARC) and Fuyao Glass Industry Group.
On November 16
　　CTC changed its name from "China Building Material Test & Certification Group Co., Ltd." to "China Testing & Certification International Group Co., Ltd.".
In November
　　the Office of the Leading Group for State-owned Enterprise Reform of the State Council announced the special evaluation results of reform and innovation of 195 "Demonstration Enterprises of Science and Technology Reform", and Harbin FRP Institute Co., Ltd., a subsidiary of CBMA, passed the special evaluation successfully.
In December
　　the international standard ISO 21690:2021 Glass in building - Glass blocks - Specification and test methods, revised by CTC, was officially released.
In 2020
In March
　　the team under the leadership of State Councilor Wang Yong, and Hao Peng, then Secretary of the Party Committee and Director of the State-owned Assets Supervision and Administration Commission of the State Council, visited CBMA for guidance.
In April
　　Harbin FRP Institute Co., Ltd. was selected for the list of "Demonstration Enterprises of Science and Technology Reform".
On May 4
　　CBMA’s low-heat cement played a pivotal role in the construction of Wudongde Hydropower Station, the world's first ultra-high arch dam built with low-heat cement concrete for the whole dam.
In July
　　the bionic lobster eye focus lens developed by the Research Institute of Specialty Glass Fiber & Photoelectric Functional Materials under CBMA was first applied to support the deep space exploration industry in China; the 310AD aviation clock developed by the Horological Institute was successfully applied to the AG600 amphibious aircraft; the tank bracket and cylinder support independently developed by the Harbin FRP Institute were successfully applied to the Long March-5 carrier rocket.
In 2019
On January 3
　　a carbon fiber composite attitude control engine support bracket developed by CBMA was successfully applied to Chang'e-4 lunar probe to ensure a soft landing on the far side of the moon.
In September
　　the opening and cooperation signing ceremony of CNBM (Zaozhuang) New Materials Industrial Park was successfully held in Zaozhuang, Shandong Province, and the intelligent production line of image light guide recognition materials was officially launched and put into operation.
In October
　　CTC transformed 8 Chinese national standards, including Cement Chemical Analysis Method (GB/T 176), into Mongolian standards, making the first instance of China's building materials standards being exported.
In 2018
In April
　　CBMA’s productivity was successfully approved as the "Key Laboratory of Prefabricated Building Engineering and Materials in the Building Materials Industry".
In July
　　the Beijing Research Institute of the National New Materials Industry Development Strategy Advisory Committee was established with the support of CBMA.
In November
　　the Zaozhuang Municipal People's Government of Shandong Province signed a strategic cooperation agreement with CBMA.
In December
　　the annual profit exceeded 1 billion yuan for the first time, with a total social contribution of 2.101 billion yuan. During the year, 108 projects were approved, and 427 projects were under research, including 229 at the provincial and ministerial levels or above.
In 2017
In February
　　CBMA was approved as the "Key Laboratory for Special Glass Preparation and Processing in the Building Materials Industry" and the "Key Laboratory for Special Photoelectric Materials in the Building Materials Industry".
In September
　　according to the overall deployment in the Implementation Plan for Corporate System Transformation of Central Enterprises and the relevant provisions of the Company Law of the People's Republic of China, approved by the Beijing Municipal Administration for Industry and Commerce, CBMA was transformed into a limited liability company (sole proprietorship of legal person) from an enterprise owned by the whole people. The name was changed to China Building Materials Academy Co., Ltd.
In December
　　CBMA won the title of "2017 Annual Demonstration Academician Expert Workstation" awarded by the China Association for Science and Technology.
In 2016
In April
　　CBMA hosted the "First China Building Materials Science and Technology Forum", and invited Qiao Longde, Xu Delong, Song Zhiping and other industry leaders to deliver keynote speeches and discussions on the "scientific and technological innovation in the building materials industry under the new normal".
In September
　　the opening ceremony of the China-UK Advanced Building Materials Joint Laboratory was held at University College London.
In October
　　the 2016 Building Materials Technology Seminar of China-Central Asian Countries was held in Almaty.
In November
　　CTC (603060) was officially listed on the Shanghai Stock Exchange.
In 2015
In October
　　the 14th International Congress on the Chemistry of Cement (ICCC), co-sponsored by the Chinese Ceramic Society and CBMA, commenced at Beijing International Convention Center.
In 2014
On May 27
　　State Councilor Wang Yong, accompanied by Zhang Yi, Director of SASAC, visited CNBM for investigation and guidance, who also visited CBMA.
In June
　　CBMA’s first Shandong research and development base was inaugurated in Qingdao.
In October
　　Lu Yongxiang, former vice chairman of the Standing Committee of the National People's Congress, visited CBMA and affirmed that CBMA is a world-class scientific research institution with a proven track record of outstanding contributions to the sustainable development of the national building materials industry.
In 2013
In January
　　Hangzhou Institute was renamed as CNBM Design & Research Institute.
In February
　　Li Rongrong, former director of the State-owned Assets Supervision and Administration Commission of the State Council, visited CBMA for investigation.
In May
　　CBMA held the eighth Party Congress.
In 2012
In March
　　the experimental building of the State Key Laboratory of Green Building Materials passed the acceptance inspection, and the academician expert workstation was successfully awarded.
In June
　　CBMA was rated as "Capital Civilization Model Unit".
In November
　　Journal of Sustainable Cement-Based Materials, the English journal of CBMA, was officially launched.
In December
　　some of CBMA’s achievements were applied to the remote sensing satellite 14 and Liaoning aircraft carrier, and some of the achievements of CBMA and Harbin FRP Institute were applied to the Shenzhou-9 spacecraft and Tiangong-1.
In 2011
In July
　　China won the right to host the 14th International Congress on the Chemistry of Cement (ICCC) in 2015.
In October
　　Ruitai Technology held the awarding ceremony of "Glass Kiln Casting Refractory Engineering Technology Center for the Building Materials Industry".
On December 27
　　the founding conference and opening ceremony of China Building Material Test & Certification Co., Ltd. was held grandly.
In 2010
On October 26
　　the symposium on the 60th anniversary of the establishment of China Building Materials Academy Co., Ltd. (CBMA) was held in Beijing Convention Center.
In November
　　the building of the State Key Laboratory of Green Building Materials of CBMA was completed.
In December
　　CBMA won the honorary title of "Advanced Unit of Military Capacity Construction".
In 2009
In May
　　the project "Technology Demonstration of Building Waste Recycling and Construction of Seismic Energy-Saving Housing in Earthquake-Stricken Areas" organized by CBMA passed the acceptance inspection of the acceptance expert group organized by the Social Development Department of the Ministry of Science and Technology in Dujiangyan, Sichuan Province.
In June
　　the CBMA Research and Development Test Service Base on the Capital Science and Technology Condition Platform was officially established. CBMA has officially become one of the first 12 R&D experimental service bases authorized by the Beijing Municipal Science and Technology Commission.
On December 25
　　China Building Material Test and Certification Center was successfully restructured into a limited liability company.
In 2008
On May 8
　　the flame lamp of the "combustion chamber insulation layer" developed by CBMA successfully reached the summit of Mount Qomolangma, lighting the "auspicious clouds" torch of the Beijing 2008 Olympic Games at the top of the world.
On June 11
　　the inaugural meeting of the first Academic Committee and the plenary meeting of the first Meeting of the Academic Committee of the State Key Laboratory of Green Building Materials was held grandly.
On November 7
　　the meeting at which the CPC Central Committee, the State Council and the Central Military Commission celebrated the complete success of the Shenzhou-VII manned space flight was held grandly in the Great Hall of the People. Representatives from CBMA and its affiliated Harbin FRP Institute and Horological Institute of Light Industry attended the meeting. As an important supporting component development unit of Shenzhou spacecraft, our institute has participated in the development since "Shenzhou 1" and undertaken the development of six important components.
In 2007
On July 9
　　the State Key Laboratory of Green Building Materials was approved by the Ministry of Science and Technology, making it one of the first 36 state key laboratories of enterprises in China.
On August 14
　　after the evaluation by the expert group of the National Postdoctoral Management Committee, the National Postdoctoral Management Committee and the Ministry of Personnel jointly issued a document to approve the establishment of a post-doctoral research station in the discipline of Materials Science and Engineering of CBMA.
On October 24
　　China's first independently developed lunar probe, Chang' e-1, was successfully launched. The Harbin FRP Institute produced the directional antenna deployment arm for the Chang'e-1 satellite, which provided stable and reliable support for the data antenna.
In 2006
On June 13
　　the Ministry of Personnel issued a document ([2006] No.53 document) to approve the establishment of a postdoctoral research station in our institute.
On June 30
　　on the basis of the original "China Institute of Building Materials Science", the opening ceremony of "China Building Materials Academy Co., Ltd.", which integrated the scientific research and design units of China Building Materials Group Corporation, was held in Diaoyutai State Guesthouse in Beijing.
On July 24
　　State Councilor Chen Zhili, accompanied by Xu Kuangdi, Vice Chairman of the CPPCC National Committee and President of the Chinese Academy of Engineering, Chen Jinyu, Deputy Secretary-General of the State Council, Li Xueyong, Vice Minister of Science and Technology, and Shao Ning, Vice Director of the State-owned Assets Supervision and Administration Commission of the State Council, visited CBMA to inspect the work.
On August 23
　　the RMB ordinary shares issued by Beijing Ruitai High Temperature Materials Technology Co., Ltd. were successfully listed and traded in the Shenzhen Stock Exchange, with the stock referred to as "Ruitai Technology", making the company the first listed company engaged in the production, sales and research and development of refractory materials in China's capital market.
In 2005
In August
　　Qinhuangdao Glass Industry Research and Design Institute signed the general contract of 350t/d float glass production line project with Ukraine.
In November
　　the opening ceremony of the China Building Material Test and Certification Center established by the China Institute of Building Materials Science was held in the Great Hall of the People in Beijing.
In 2004
In May
　　China Building Materials Industry Association and our institute jointly held the "Celebration of the 50th Years of China Building Materials Technology and the 50th Anniversary of the Construction of China Institute of Building Materials Science" in the Great Hall of the People.
In September
　　China Building Materials Group and China Building Materials Institute jointly submitted the Request for Reorganization of China Building Materials Group Corporation and China Institute of Building Materials Science and relevant materials to the State-owned Assets Supervision and Administration Commission of the State Council.
In December
　　the State-owned Assets Supervision and Administration Commission of the State Council issued the Notice on Approval to the Reorganization of 5 Enterprises including China Building Materials Group Corporation, approving the incorporation of China Institute of Building Materials Science and China Light Industry Machinery Corporation into China Building Materials Group Corporation as its wholly-owned subsidiaries.
In 2003
On October 19
　　the International Promotion Center for Materials Technology was established on the basis of the China Institute of Building Materials Science. It is the first international organization founded by a United Nations organization in the field of materials in China.
In 2002
On April 10
　　the opening ceremony of Beijing Ruitai High Temperature Materials Technology Co., Ltd. (later renamed Ruitai Technology Co., Ltd.), which was established by China Institute of Building Materials Science, was held in the Great Hall of the People in Beijing.
In 2001
In January
　　China Institute of Building Materials Science presided over the first national "973 Plan" project in the building materials industry "Basic Research on the Preparation and Application of High-Performance Cement".
In 2000
On April 11
　　the China Institute of Building Materials Science was registered with the State Administration for Industry and Commerce as a business entity, and it is no longer a national institution.
In April
　　after the reevaluation, the Academic Degrees Committee of the State Council agreed that our institute would continue to exercise the right to confer doctoral degrees in materials science and resume the recruitment of doctoral students.
In 1999
On July 1
　　China Institute of Building Materials Science was transformed into a large technology enterprise directly under the Central Government.
In 1998
In September
　　a symposium was held to congratulate Professor Wu Zhongwei on winning the title of senior Academician of the Chinese Academy of Engineering and being engaged in science and education work for 58 years.
In 1997
In December
　　Gu Zhen’an, a glass expert at the China Institute of Building Materials Science, was elected as an academician of the Chinese Academy of Engineering.
In December
　　the institute decided to establish the Institute of Glass Science and Special Glass Fiber, and to cancel the Institute of Glass Science, Quartz Glass Research Institute and Glass Fiber Research Institute.
In 1996
In December
　　four achievements of China Building Materials Institute won the National Science and Technology Progress Award. Among them, one study on the radiation-resistant quartz glass won the second prize, and three studies on high-strength ferric aluminate cement concrete, fused cast α-β alumina flow groove brick, and multi-element analyzer won the third prize.
In 1995
In January
　　the load linkage test run of the first production line of Xiangtan Pilot Institute of our institute for 3-ton fused cast refractories, which adopted the scientific and technological achievements under the Eighth Five-Year plan and integrated design, manufacturing and production process, was successfully conducted.
In 1994
In May
　　the 40th anniversary celebration of the establishment of the institute was held.the 40th anniversary celebration of the establishment of the institute was held.
In May
　　Wu Zhongwei, a concrete expert at the China Institute of Building Materials Science, was elected as one of the first academicians of the Chinese Academy of Engineering.
In 1992
In April
　　Saraburi Cement Plant was officially completed and put into operation, which is the first cement production line exported to the foreign countries with the precalcining technology.
In 1990
In August
　　China Institute of Building Materials Science signed the design contract of 700t/d precalcining kiln cement production line with Thailand.
In November
　　Bao Yiwang, the first doctoral student trained by our institute, passed the doctoral thesis defense.
In 1988
On January 1
　　the full name of "Building Materials Science Research Institute" was fixed as "China Institute of Building Materials Science".
In July
　　the institute abolished the Ceramic Refractory Material Research Institute and established the Refractory Material Research Institute and the High-tech Ceramics Research Institute.
In 1987
In September
　　D5 series refractory concrete for the diversion tank of high thrust rocket launching site was developed, which passed the ministerial technical appraisal organized by the State Administration of Building Materials successfully.
In November
　　the institute successfully developed the infrared glass fairing, which passed the technical appraisal organized by the State Administration of Building Materials.a
In December
　　1987, the National Invention Award was announced. Our ferric aluminate cement project won the second prize; the other two projects, 105-A type room temperature curing high temperature binder, and high self-stressed aluminate cement and its application, won the fourth prize.
In 1986
In May
　　the Leading Group of Science and Technology of the State Council held the first National Science and Technology Progress Award awarding conference in Beijing. Our institute won 6 awards.
In May
　　the institute abolished the second glass institute and established the Special Glass Fiber and Products Research Institute and the Quartz Glass Research Institute.
In 1985
In May
　　the Beijing International Cement and Concrete Academic Conference in 1985 initiated by Chinese Ceramic Society who entrusted our institute to organize was held in Beijing.
In October
　　the National Science and Technology Progress Award was announced, and five achievements of our institute were awarded.
In 1984
In May
　　China Building Materials Research Institute marked its 30th anniversary.
In October
　　our institute sent more than 100 engineers and technicians to the Karbala Cement Factory in Iraq to participate in the production technology contracting as the technical backbone.
In 1983
In August
　　the "Sixth Five-year Plan" National Science and Technology Plan project "700t/d clinker burning coal precalcining kiln process line" jointly undertaken by the Building Materials Science Research Institute and the Xinjiang Cement Factory passed the acceptance of the State Administration of Building Materials.
In 1982
In October
　　the National Science and Technology Award Conference was held in Beijing. The sulfur and aluminate cement series and the precalcining technology of cement rotary kiln of our institute won the National Invention Award and the Major Scientific and Technological Achievement Award respectively.
In 1981
In April
　　Luoyang float method" passed the national technical appraisal, and won the second prize of national invention in July of the same year.
In November
　　the Building Materials Science Research Institute became the first batch of master and doctoral degree awarding points in inorganic and non-metallic materials approved by the Academic Degrees Committee of the State Council.
In 1979
In October
　　our institute successfully trial-produced optical fiber micro-channel board using the solid core process for the first time in China.
In December
　　the low-heat micro-expansion cement developed by our institute jointly with Yangtze Hydropower Academy, Zhejiang University, Huaxin Cement Factory and Fuchunjiang Cement Factory won the second prize of national invention.
In 1978
In September
　　a new alkali-resistant glass fiber reinforced cement was successfully studied.
In November
　　our institute successfully developed the optical fiber panel for Ф25mm image booster, which passed the ministerial technical appraisal organized by the State Administration of Building Materials.
In 1976
In June
　　China's first cement kiln external decomposition and firing process line, undertaken by the Building Materials Science Research Institute, was completed and put into trial operation in Siping Xinsheng Cement Plant, which reached the design standard after one year of production testing. On October 29,1977, this process line passed the ministerial technical appraisal jointly organized by the State Administration of Building Materials and the Jilin Provincial Infrastructure Office in Siping, Jilin province.
In 1975
In July
　　the oil burning test of cement calcination kiln was successful in the Building Materials Science Research Institute.
In September
　　the float glass test team of Luoyang Glass Factory, with the Institute as a team member, participated in the test and tried to pull out plate glass with a thickness of 3mm and a width of 1.36m.
In 1974
In August
　　our institute selected Siping Xinsheng Cement Plant in Jilin Province for the intermediate test of decomposition outside the cement kiln. The project was included in the key technical measures plan of Jilin Province.
In October
　　Taiyuan Plate Glass Factory, Qinhuangdao Glass Factory, Shanghai Yaohua Glass Factory, Qinhuangdao Glass Design and Research Institute, and our institute worked together to produce plate glass with a thickness of 2mm and a plate width of 2.4m using the non-channel process.
In 1973
In August
　　to meet the needs of the development of cement scientific research, with the approval of the National Construction Commission, the core group of the Party of the institute decided to establish a Cement Science Research Institute on the basis of the original Cement Room 1 and Cement Room 2.
In November
　　our institute developed China's first optical fiber panel with a numerical aperture equal to 1, which contained no cesium, no radioactive elements and no stray light absorption materials.
In 1972
In August
　　the system of the "Building Materials Science Research Institute" was a system approved for restoration before the decentralization. The scientific and technological personnel who moved to the Cement Room 2 in Gucheng, Hubei province and the three research offices in the western suburbs, and the "May 7" cadre school in Banqiao, Henan province returned to Guanzhuang to rebuild the institute into the "Building Materials Science Research Institute of the National Construction Commission".
In 1971
In July
　　"Beijing Building Materials Test Plant" was recovered by the National Construction Commission and renamed "Beijing 151 Plant".
In 1970
In December
　　the organizational system of the "Building Materials Science Research Institute" was canceled, and glass, glass fiber, ceramics professional military supporting laboratories, production workshops and cement physics rooms were led by the Beijing Bureau of Building Materials, to form the "Beijing Building Materials Test Plant". Part of the building materials laboratories were incorporated into the "Building Science Research Institute of the National Construction Commission" established in the western suburbs of Beijing, and formed three laboratories including cement, glass, and ceramics laboratories. However, most of the rest of the professional laboratories moved outside Beijing.
In 1967
In April
　　epoxy phenolic cement was successfully developed, which solved the erosion problem of complex corrosion media such as acid, alkali and acid and alkali alternation, which had not been solved by chemical plants for a long time, and was popularized and applied.
In December
　　the project of "flat glass float polishing process" was included in the 1968 science and technology intermediate test plan approved by the State Economic Commission, the Military Management Committee of the State Science and Technology Commission and the Military Management Committee of the Ministry of Finance. This project was jointly undertaken by our institute, Zhuzhou Glass Factory and Glass Industry Design Institute, and the test was performed in Zhuzhou. In September 1970, plate glass was produced, which was 6.3mm thick and 0.61m wide. On September 24,1971, the calendering glass workshop of Luoyang Glass Factory was transformed into a float production line, which was put into operation.
In 1966
In April
　　the high temperature resistant oil well cement was successfully developed and produced by Guanghua Cement Factory.
In November
　　the mirror glass was successfully trial-produced, with the diameter of 1560mm, which passed the ministerial technical appraisal organized by the Ministry of Building Materials.
In 1965
In January
　　on the basis of the previous exploratory tests, the Building Materials Science Research Institute officially performed a test on the float glass production technology, and later, it cooperated with Zhuzhou Glass Factory, Luoyang Glass Factory, Qinhuangdao Glass Research Institute, Hangzhou New Building Materials Design Institute, and Qinhuangdao Glass Design Institute, and invented the "China Luoyang float glass process".
In 1961
In June
　　the Glass Ceramics Research Institute successfully developed a phenolic resin suitable for glass fiber reinforced plastics ablation resistant and heat resistant materials.
In 1960
In August
　　the Glass Ceramics Research Institute took the lead in carrying out the research work of "float polished glass" in China.
In 1958
In May
　　the Glass Ceramics Research Institute successfully developed China's first glass steel plate;
In October
　　the Glass Ceramics Research Institute successfully copied China's first piece of aviation bulletproof glass. Vice President Zhu De visited the Research Institute again.
In 1957
In April
　　the Building Materials Industry Research Institute successfully developed China's first quartz glass;
In October
　　the Building Materials Industry Research Institute successfully trial-produced China's first alkali-free glass fiber;
On November 12
　　Zhu De, Vice President of the CPC Central Committee, Vice President of China and Vice Chairman of the Central Military Commission, visited the Building Materials Industry Research Institute and observed the glass fiber test.
In 1954
In January
　　the "Building Materials Industry Test Institute" of the Building Materials Industry Administration of the Ministry of Heavy Industry formed by the merger of Beijing Research Institute and Shenyang Research Office was moved to the new site of Jingdong Guanzhuang (address: Guanzhuang, Eighth District, Tongxian County, Hebei Province). On May 24 of the same year, the Ministry of Heavy Industry officially issued a document for approval.
In 1953
In February
　　the Building Materials Industry Administration of the Ministry of Industry of Northeast China was merged into the Building Materials Industry Administration of the Ministry of Heavy Industry, and the former Northeast Technology Research Office was renamed the "Technology Research Office of the Building Materials Industry Administration of the Ministry of Heavy Industry of the Central People's Government".
In 1952
In December
　　the Institute of Building Materials Industry Administration of the Ministry of Heavy Industry successfully developed the cement air-entraining agent.
In 1950
On October 1
　　the "North China Kiln Industry Company Research Institute" was established (address: Xuanmaxiawan, Huashi Street, Chongwenmenwai, Beijing), which is the first building materials scientific research institution after the establishment of new China.
On December 29
　　the North China Kiln Industry Company affiliated to the Ministry of Heavy Industry was canceled and the preparatory group of the Capital Construction Bureau was established. The former North China Kiln Industry Company Research Institute accordingly changed its name under the Bureau.