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【Global News】From May 12 to 14, 2026, the 3rd Silk Road Central Asia International Building and Decoration Expo kicked off at the Anhor Exhibition Hall in Tashkent, the capital of Uzbekistan. With the theme of "Green Innovation · Jointly Building the Silk Road", the expo has become a key platform for cross-border cooperation in the architectural field, attracting more than 500 enterprises from over 30 countries and regions including China, Russia, Kazakhstan and Turkey, with architectural design emerging as the core topic of cross-border cooperation. The booming infrastructure demand in Central Asia has made architectural design a key link in cross-border cooperation. Uzbekistan, at the heart of Central Asia, has proposed a goal of adding 200,000 residential units annually and plans to build 5 modern new cities, with an annual import demand for architectural decoration materials exceeding 4 billion US dollars. Across Central Asia, the infrastructure demand from 2025 to 2029 is expected to reach 1.23 trillion yuan, creating enormous space for cross-border architectural design cooperation. During the expo, more than 20 professional forums were held, focusing on architectural design-related topics such as Central Asian urban renewal, sustainable development and standard alignment. Experts from the United Nations Human Settlements Programme and the Asian Development Bank shared cutting-edge trends, while designers and enterprises from various countries discussed in-depth on localized adaptation of architectural design, green low-carbon design and digital design applications. A number of cross-border architectural design cooperation projects were unveiled at the expo. The Suzhou Garden Design Institute of China and the Uzbekistan Cultural Heritage Agency launched the "Oriental Garden" project, planning to replicate the Wangshi Garden landscape in downtown Tashkent. A Shandong prefabricated building enterprise also displayed a modular house design with 9-level seismic resistance for Central Asia's seismic zones, which can shorten the construction period by two-thirds. These projects fully reflect the complementary advantages of cross-border architectural design cooperation. Digital and green technologies have become important supports for cross-border architectural design cooperation. It is reported that the application rate of BIM technology in large-scale Central Asian projects has risen to 40%, and Uzbekistan will enforce new building carbon emission regulations from 2026, making green architectural design a core competitive advantage for cross-border enterprises. Industry insiders stated that the expo has built an important bridge for architectural design exchanges between countries along the Silk Road, helping to connect the supply capacity of global architectural design with the huge demand in Central Asia. As cross-border cooperation in architectural design continues to deepen, it will further promote the high-quality development of infrastructure construction along the Belt and Road. 

【Global News】In 2026, as the global infrastructure market booms and investment demand surges, architectural design institutes worldwide are accelerating their overseas expansion, striving to seize the huge dividend brought by global infrastructure construction. Driven by policy support, market demand and technological advantages, Chinese, European and other design institutes have continuously expanded their global layout, with emerging markets such as the Middle East, Southeast Asia and Africa becoming key battlefields for their overseas development. The global infrastructure dividend is becoming increasingly prominent, laying a solid foundation for design institutes to go global. According to a joint estimate by the World Bank and the Asian Development Bank, the annual investment gap in infrastructure in key regions such as Southeast Asia, the Middle East, Africa and Central Asia exceeds 600 billion US dollars in the next five years, with transportation, energy, water conservancy and digital infrastructure becoming priority areas supported by national policies. Chinese design institutes have become a major force in seizing the global infrastructure dividend, with remarkable achievements in overseas expansion. Recently, China Southwest Architecture Design and Research Institute (CSWADI) won the bid for the Riyadh Twin Towers project with its original design "Whispers of the Dunes", which integrates local Bedouin and Islamic cultural elements and adopts sustainable design concepts to save 15% of energy compared with competitors . Policy support and technological innovation have provided strong impetus for design institutes to go global. The in-depth advancement of the Belt and Road Initiative and the implementation of RCEP have simplified the procedures for cross-border service delivery and reduced market access costs. Industry insiders point out that the overseas expansion of design institutes is not only a response to global infrastructure demand, but also an inevitable trend of industrial upgrading. While Chinese design institutes rely on cost-effectiveness and technological advantages to expand their market share, European and Japanese design institutes also focus on high-end market layout, leading to increasingly fierce global competition

【Global News】In 2026, with the deep integration of digital technology and cross-border architectural design trade, digital design cross-border services have gradually become normalized, and remote collaboration tools have effectively broken geographical barriers, reshaping the global pattern of architectural design services. Driven by cloud-based collaboration platforms, policy facilitation and market demand, design teams from all over the world can achieve real-time synergy, making cross-border design services more efficient, cost-effective and accessible. Cloud-based digital collaboration tools are the core driving force behind this transformation. Platforms such as Autodesk BIM Collaborate Pro and China’s UBIM collaborative modeling platform have been widely adopted by global design firms, enabling cross-regional teams to access 2D drawings, 3D models and project documents in a unified cloud environment. Real enterprise cases have verified the value of remote collaboration in breaking geographical barriers. Benson Industries, a U.S.-based curtain wall design leader with operations in Singapore, Manila and Mexico, adopted Autodesk Vault and Fusion Team collaboration tools to solve cross-timezone communication problems[ Favorable cross-border policies have laid a solid foundation for the normalization of digital design services. According to RCEP service trade rules, Chinese design firms can provide cross-border architectural design services to ASEAN countries such as Indonesia without establishing local entities, greatly reducing market access costs. Industry data shows that the global BIM consulting service market, a key part of digital design, reached $783 million in 2025 and is expected to grow at a CAGR of 3.6% from 2026 to 2032. Industry insiders point out that the normalization of digital design cross-border services and the popularization of remote collaboration are reshaping the global architectural design industry. Geographical distance is no longer a key obstacle to cross-border cooperation, and design firms are focusing more on technological innovation and localized adaptation to seize global opportunities. With the continuous upgrading of tools and policies, remote collaboration will further penetrate cross-border design projects, injecting new vitality into the high-quality development of global architectural design trade.

【Global News】2026 has emerged as the golden age for the foreign trade of architectural design services, driven by booming global infrastructure demand, optimized cross-border policies and advanced digital technologies, with the global market scale expected to reach $390.12 billion this year, according to industry research. This transformation is witnessing active participation from design firms worldwide, with Asia-Pacific becoming the fastest-growing market and China, the EU and other regions leading the charge in cross-border service expansion. Favorable cross-border trade policies have laid a solid foundation for this boom. The in-depth implementation of regional agreements such as RCEP allows Chinese design enterprises to provide cross-border architectural design services to ASEAN countries like Indonesia and Vietnam without establishing local entities, greatly reducing market entry costs. Meanwhile, the Belt and Road Initiative has further boosted cooperation, with a growing number of design projects launched in emerging markets such as Central Asia and Africa. Booming infrastructure demand in emerging markets is the core driver. Countries in Southeast Asia, the Middle East and Africa are accelerating urbanization, creating massive demand for architectural design services covering transportation, public buildings and residential complexes. For instance, China State Construction Sixth Engineering Bureau has expanded its business to 17 Belt and Road partner countries, with its annual overseas new contract value exceeding 10 billion yuan for seven consecutive years, undertaking landmark projects such as the Astana Light Rail in Kazakhstan and a bridge project in Brunei. Digital and green technologies have become key enablers. The wide application of BIM technology and AI-assisted design has improved cross-border service efficiency, while global demand for green and low-carbon buildings has pushed design firms to focus on sustainable solutions. Data shows that BIM Level 3+ integrated environments are expected to grow at a CAGR of 6.29% through 2031, and green building design has become a core competitive advantage for cross-border enterprises. Industry insiders note that the golden age of architectural design foreign trade is not only a result of market demand but also a reflection of global industrial upgrading. While North America remains the largest market, the Asia-Pacific region is catching up with robust growth, and design firms are increasingly focusing on localized adaptation and full-cycle consulting services to seize opportunities. With continuous policy support and technological innovation, 2026 is set to be a pivotal year for the global expansion of architectural design services.

[Global Times Comprehensive Report] With the deepening of global infrastructure cooperation and the advancement of cross-border service trade facilitation, the international architectural design service industry is undergoing profound transformation. The traditional cross-border service model, which centered on "single drawing solution output", is gradually being eliminated, and comprehensive consulting services covering the entire project life cycle have become the industry mainstream. Design enterprises in China, the EU, ASEAN and other regions are accelerating their layout, driving cross-border architectural design services into a new stage of high-quality development and becoming a new bright spot in global service trade growth. For a long time, cross-border architectural design services have remained at a shallow level of "drawing delivery". When Chinese design enterprises go overseas, they often only provide basic services such as scheme design and construction drawing preparation, with obvious deficiencies in key follow-up links such as local adaptation, construction coordination, cost control and operation and maintenance consulting. This model not only fails to meet overseas customers' demand for full-process project control, but also easily leads to project delays, cost overruns and other risks due to standard differences, inadequate cultural adaptation and communication disconnection, restricting the sustainable development of cross-border architectural design services. In recent years, the upgrading demand of the global infrastructure market and the optimization of cross-border service trade policies have become the core driving forces for the transformation of cross-border architectural design services. On the one hand, infrastructure demand in emerging markets such as the Middle East, Southeast Asia and Africa continues to boom. Overseas customers are no longer satisfied with "obtaining drawings", but also hope to get full-chain services including pre-project planning, investment decision consulting, local standard alignment, construction process control and post-operation optimization, so as to reduce the risks and costs of cross-border projects and improve project quality and operational efficiency. Industry data shows that since 2026, the demand for full-cycle consulting services in global cross-border architectural design has increased by 37% year-on-year, far exceeding the growth rate of demand for single scheme design. On the other hand, the in-depth implementation of regional trade agreements such as RCEP has promoted the facilitation of cross-border delivery of architectural design services, lowered market access thresholds, and created favorable conditions for design enterprises to provide full-cycle consulting services. For example, in accordance with the relevant rules of RCEP service trade, Chinese design enterprises can provide cross-border architectural design consulting services without establishing entities in ASEAN countries such as Indonesia and Vietnam, greatly reducing the layout cost of full-cycle services. At the same time, departments such as the Ministry of Housing and Urban-Rural Development have continuously promoted the cross-border export of architectural design, expanded the pilot of the architect responsibility system, and guided Chinese design enterprises to extend their service chains and enhance their full-cycle service capabilities. In the wave of industry transformation, Chinese design enterprises have become an important force in promoting the upgrading of cross-border full-cycle consulting services for architectural design, relying on technological advantages and policy dividends. Recently, Shandong Provincial Institute of Architectural Design and Research, in in-depth cooperation with Weihai International, successfully won the bid for the General Administration of Customs Office Building Project in the Democratic Republic of the Congo (DRC), breaking the traditional single design model and undertaking the full-stage design consulting services for the project. In response to the DRC's adoption of French standards, the team conducted a comparative study and integration of Chinese and French design standards, integrated construction feasibility analysis into the early design stage, and built a digital base relying on full-professional forward BIM technology, realizing full-process empowerment from planning and design to construction control and post-operation maintenance. It not only ensured that the project complied with local regulatory requirements, but also effectively controlled the cost and construction period, becoming a typical model of cross-border full-cycle consulting services. In addition to Chinese enterprises, design institutions in the EU, Japan and other regions are also accelerating the layout of cross-border full-cycle consulting services. EU design enterprises focus on green low-carbon and resilient urban construction, providing full-chain services such as low-carbon material selection, carbon emission accounting and post-disaster reconstruction design consulting for regions such as the Middle East and Africa. Relying on their advantages in refined management, Japanese design institutions provide integrated consulting services from preliminary research and cultural adaptation design to post-operation maintenance in residential and commercial complex projects in Southeast Asia, improving the local adaptability and long-term operational value of the projects. Industry experts point out that the upgrading of cross-border architectural design services from "single solutions" to "full-cycle consulting" is essentially a transformation of the industry from "technology output" to "value output". Full-cycle consulting services require design enterprises to not only have solid professional and technical capabilities, but also master the design standards, cultural customs and policies and regulations of different countries, as well as cross-cultural communication and full-process project management capabilities. This transformation can not only meet the diversified needs of overseas customers and reduce cross-border project risks, but also promote design enterprises to enhance their core competitiveness, facilitate the mutual recognition and integration of global architectural design standards, and help the high-quality development of global infrastructure cooperation. It is worth noting that cross-border full-cycle consulting services still face many challenges. Issues such as design standard barriers in some countries, shortage of cross-border talents and high cross-cultural communication costs restrict the further development of the industry. To this end, industry insiders call on all countries to strengthen the alignment and mutual recognition of architectural design standards, simplify the approval process for cross-border services, and build a platform for cross-border design talent exchange. Design enterprises should focus on local adaptation and digital empowerment, cultivate compound talents with a global perspective and professional capabilities, improve the full-cycle service system, and promote the higher-quality development of cross-border architectural design consulting services. Looking ahead, with the recovery of global infrastructure and the continuous empowerment of digital technologies, technologies such as BIM and AI will be deeply integrated with cross-border full-cycle consulting services, further improving service efficiency and quality. At the same time, driven by cooperation frameworks such as the Belt and Road Initiative and RCEP, cross-border full-cycle consulting services for architectural design will become an important growth pole of cross-border service trade, injecting new vitality into the sustainable development of the global construction industry.

A major breakthrough has recently been announced by China’s leading architectural design team, which has successfully won the bid for the full-package design and implementation of a super high-rise landmark project in the Middle East. This marks another milestone for China’s architectural design industry in the high-end overseas market.   Located in a prime business district of the Middle East, the project covers a total construction area of over 300,000 square meters, integrating luxury hotels, Grade-A office spaces and high-end commercial facilities. Upon completion, it will become a new iconic skyline landmark in the region. Adopting the design concept of Silk Road Sails, the scheme seamlessly integrates traditional Chinese architectural aesthetics with local Middle Eastern culture. It stood out among 27 top international design teams, thanks to its highly recognizable streamlined facade and world-leading green building technologies.   According to the project director, the team will deliver end-to-end services ranging from conceptual design and engineering development to construction and delivery. The project is scheduled for official completion in 2028.   This successful bid signifies that China’s architectural design sector is upgrading from "technology export" to "standard export", laying a solid foundation for the globalization strategy of Chinese design brands.

2026 is shaping up to be a critical year for the construction industry’s in-depth transformation. Guided by the start of the 15th Five-Year Plan and the spirit of the Central Economic Work Conference, the industry is moving past extensive growth. Specifically, with policies and technology at its core, the industry is making steady breakthroughs in structural optimization, digitalization, greenization, and more—steering toward a new era of high-quality development. Precise policy support is laying a solid foundation for the industry’s growth. In 2026, a range of supporting policies are being rolled out, shifting industry investment toward addressing key gaps. To be more specific, water conservancy, urban renewal, and underground pipe network upgrades are taking center stage as key investment areas. The regional development picture is also becoming clearer: the western region is leading the way in output value growth, while the eastern region is focusing on high-end transformation. On top of that, the syllabus for the Supervisor Engineer qualification exam has been updated, adding practical modules like prefabricated buildings to help practitioners adapt to the industry’s changing needs. In terms of specific advancements, digitalization and greenization are blending more closely than ever—China’s first self-developed intelligent construction robot ecosystem cluster has just been unveiled. BIM technology has moved beyond single-point use to full-chain integration, and the application rate of AI and construction robots is rising sharply. Green buildings remain widespread, prefabricated steel structure buildings are gaining popularity fast, and new eco-friendly building forms are striking a nice balance between low carbon and cost-effectiveness. Alongside these changes, a variety of new building forms have been launched, aligning perfectly with national strategic needs. At the same time, the industry is ramping up risk prevention and control—compliant operation and refined management have become key to enterprises’ success, and the industry is becoming more concentrated as a result. A variety of new building forms have been launched, aligning perfectly with national strategic needs. At the same time, the industry is ramping up risk prevention and control—compliant operation and refined management have become key to enterprises’ success, and the industry is becoming more concentrated as a result. What’s more, looking ahead, the wider use of intelligent and green construction technologies will help the industry complete its transformation, nurture more core enterprises, and fuel the high-quality development of the national economy. Looking ahead, the wider use of intelligent and green construction technologies will help the industry complete its transformation, nurture more core enterprises, and fuel the high-quality development of the national economy.    

With the continuous upgrading of China's construction strength and the in-depth advancement of the "Going Global" strategy, China's curtain wall solutions have become a core support force for global super high-rise buildings and transportation hub projects. Relying on the advantages of technological innovation, standard output and full-chain services, Chinese curtain wall enterprises have broken international market barriers, promoted safe, energy-saving, aesthetic and efficient solutions to the world, and built a series of landmark projects in the Middle East, Southeast Asia, Europe and other regions, demonstrating the global competitiveness of China's curtain wall industry. As the core carrier of urban skylines, super high-rise buildings have extremely high requirements for the technical difficulty, safety standards and energy-saving performance of curtain wall solutions, and Chinese curtain wall enterprises have formed absolute advantages in this field. Among them, Jianghe Curtain Wall successfully won the curtain wall subcontracting project of Jeddah Tower in Saudi Arabia, the world's tallest building, with a bid value of about 2.012 billion yuan, becoming the world's first enterprise to undertake the design and construction of curtain walls for kilometer-level super high-rises. It took the lead in overcoming key technologies such as extreme wind pressure, large inter-story displacement of curtain walls and durability in desert environments, solving world-class construction challenges. In addition to super high-rise buildings, China's curtain wall solutions also perform brightly in global transportation hub projects. With customized design and efficient construction capabilities, they adapt to the functional needs of large-scale transportation buildings such as airports and high-speed railway stations. Chinese enterprises have participated in the curtain wall construction of many core transportation hubs in Southeast Asia and the Middle East, integrating Chinese technology and concepts to balance the practicality of passenger flow guidance and the aesthetics of architectural design. Data shows that the export scale of China's curtain wall industry will continue to grow, reaching 8 billion yuan in 2025, of which unitized curtain walls account for more than 60%. The global layout of China's curtain wall solutions is mainly due to the coordinated efforts of technological innovation, standard output and full-chain services. Technically, Chinese enterprises have continuously increased R&D investment, with the industry's average R&D intensity rising to 3.8% and multiple breakthroughs in energy conservation and intelligent technologies. In terms of standards, Chinese curtain wall standards are constantly integrating with international standards and being exported to the global market. In terms of services, enterprises have built a full-chain service system to provide customized solutions, gaining wide recognition from global customers.

With the in-depth popularization of the "Park City" concept, coupled with the continuous upgrading of the diversified population structure and the quality-oriented demand for residents' leisure, China's landscape design industry has experienced a profound transformation in 2026. It has completely abandoned the traditional model of "prioritizing viewing over participation", taken "all-age friendliness" as the core guiding principle, and promoted the upgrading of landscapes from "visual aesthetics" to "shared experience". Focusing on the needs of all groups, including children, young people and the elderly, it strives to create an accessible, interactive and shared urban green living room, enabling every resident to find their own leisure space in the green environment and realize the harmonious coexistence between humans and nature, as well as between humans and cities. In the past, urban landscapes were mainly decorative, featuring large closed green spaces and exquisite but untouchable green layouts, which made landscapes unattainable ornaments of the city. The elderly lacked convenient rest and fitness spaces, children were short of safe outdoor playgrounds, and young people struggled to find comfortable places for socializing and exercising, resulting in the failure to fully meet the diverse needs of all groups. In 2026, the core of the upgrade of all-age-friendly landscapes lies in "breaking barriers and returning to a people-oriented approach". The concept of "sharing" is integrated into the entire process of design, construction and operation, making landscapes no longer just a "urban background" but a "carrier of happiness" integrated into daily life. This transformation has become one of the most distinctive development trends in the landscape design industry in 2026. Since the beginning of this year, a number of all-age-friendly landscape upgrading projects have been launched in various parts of the country. From large urban parks to community micro-green spaces, from waterfront landscape belts to street pocket spaces, various green living rooms with both practicality and experience have emerged one after another, becoming an important starting point for urban renewal and ecological construction. In Haidian District, Beijing, the 22.6-hectare Baoshan Urban Leisure Park is under intense construction and is expected to open in the middle of 2026. The once enclosed green space is now breaking down barriers, with all fences removed and multiple convenient entrances and exits set up. Through the layout of "four parks and two corridors", it will create an all-age accessible green space. In Dongcheng District, Beijing, the upgrading of all-age-friendly landscapes has achieved initial results. Three all-age-friendly parks renovated in 2025, including Qingnianhu Park and Huangchenggen Ruins Park, have become happy spaces shared by the elderly, middle-aged, young people and children. In Xiuzhou District, Jiaxing, Zhejiang Province, the National Fitness Public Service Capacity Improvement Project will officially start in 2026, building an all-age-friendly sports park relying on the city's "golden corners and silver edges". In Chaoyang District, Beijing, it plans to promote the renovation of no less than 10 all-age-friendly parks and build 17 community micro-gardens in 2026. It is worth noting that the upgrading of all-age-friendly landscapes in 2026 is not a simple accumulation of facilities, but focuses on "precise adaptation, detailed care" and "ecological integration". In terms of ecological integration, all-age-friendly landscapes generally practice the low-carbon concept, integrate sponge city technology, and adopt measures such as permeable pavement and sunken green spaces to achieve rainwater infiltration and retention. Native tree species are preferred to create a four-season landscape, achieving a win-win situation between landscape aesthetics and ecological benefits. Industry insiders stated that the upgrading of all-age-friendly landscapes is the in-depth practice of the "people-oriented" concept in the landscape design industry, and also an inevitable requirement for high-quality urban development. In 2026, with the implementation of more projects, all-age friendliness will become the "standard" for landscape design. In the future, urban landscapes will no longer be isolated viewing carriers, but "green links" connecting residents' daily life, social interaction, fitness and leisure, as well as urban living rooms shared by all people. From closed viewing to open sharing, and from single aesthetics to people-oriented design, the upgrading of all-age-friendly landscapes in 2026 is reconstructing the way cities and residents coexist. In the future, with the continuous optimization of design technology and the continuous refinement of residents' needs, all-age-friendly landscapes will further develop in a refined, diversified and intelligent direction, continuously filling the gaps in the leisure needs of different groups.

Recently, the curtain wall project for the terminal area of the Phase IV Expansion Project of Shanghai Pudong International Airport officially commenced. With a total curtain wall area of 106,570 square meters, ranking among the largest airport curtain wall projects in China, this project marks that the Phase IV expansion of Pudong Airport has entered a substantive construction stage. It will create a "new facade for the national gateway" integrating green, intelligence and aesthetics, setting a benchmark for the design and construction of curtain walls in large-scale transportation hubs. It is reported that the newly-built construction area of the terminal area for the Phase IV expansion of Pudong Airport is about 1,315,700 square meters, with a total investment of 36.219 billion yuan. The curtain wall project covers key areas such as terminals and comprehensive transportation centers, and is expected to be completed and delivered in 2028 simultaneously with the project. The project adopts a section-based construction mode, with 6 leading enterprises in the industry including Shenzhen Sanxin Technology and Shanghai Jianghe Curtain Wall winning the bids for each section. The total bid-winning amount exceeds 1.35 billion yuan to ensure the project quality. Abandoning the single decorative attribute, this curtain wall project focuses on green low-carbon development and technological breakthroughs. In terms of materials, large areas of double-silver insulated Low-E glass and fluorocarbon-sprayed aluminum panels are adopted, conforming to the "Green Building Three-Star" standard; high-performance honeycomb aluminum panels are selected for special-shaped areas to address the construction difficulties of multi-curved and ultra-wide panels, balancing structural strength and facade aesthetics. Technological innovation is the core highlight, fully complying with the requirements of intelligent construction. All winning bidders will apply BIM forward design, digital twin and Internet of Things technologies to realize full-process digital collaboration and "one-code traceability" in design, processing and installation; for complex special-shaped areas, special curtain wall systems and continuous gluing devices are adopted to solve the pain points of deformation and waterproofing. The six sections have clear divisions of labor: covering areas such as comprehensive transportation centers, fixed ends of boarding bridges, and domestic and international terminals, with curtain wall areas ranging from 120,000 to 194,600 square meters. They focus on core needs such as transfer convenience, special-shaped construction and gateway image respectively to ensure the orderly progress of the project. As a landmark project in the industry, this project demonstrates China's strength in large-scale cluster construction of the curtain wall industry and reflects the industry's transformation trend from "decoration-oriented" to "function-core". The project reserves space for photovoltaic integration upgrading and is equipped with automatic ventilation devices and intelligent monitoring networks to achieve upgrades in green energy conservation and safety management and control. Industry insiders said that the project will provide replicable experience for curtain wall projects of large-scale transportation hubs and promote the iteration of industry technologies and standards. After completion, the annual passenger throughput of Pudong Airport will be increased to 130 million person-times, and the "new facade for the national gateway" will become a new landmark of Shanghai, demonstrating the high-end strength of China's curtain wall industry. At present, all winning bidders have entered the site for preparation and strictly control all links of construction. In the next two years or so, the 106,000-square-meter curtain wall will be gradually completed, further strengthening Shanghai's position as an international aviation hub, boosting the integrated development of the Yangtze River Delta, and promoting the global promotion of China's curtain wall technologies.  

【Building Materials Industry Report】Fair-faced concrete, alternatively termed architectural concrete or bare concrete, is emerging as the most promising trend in the global architectural decoration industry in 2026. By abandoning excessive ornamentation, this material embraces inherent texture and minimalist aesthetics, thereby reshaping the design paradigm for public buildings, high-end residential complexes, and urban renewal initiatives worldwide. What is Fair-Faced Concrete? The Essence of "Untouched Beauty" Fair-faced concrete forms a finished surface directly after one-time pouring, eliminating the need for additional decorative layers such as tiles or coatings. Characterized by its natural gray texture, inherent joints, and bolt holes, it embodies the design philosophy of "simplicity is the ultimate sophistication." Unlike conventional concrete utilized as a concealed structural component, fair-faced concrete elevates construction traces into unique aesthetic elements. Even without decorative finishes, it conveys a sense of refinement through its intrinsic texture. From Tadao Ando’s iconic "Church of the Light" to the curved walls of the Shanghai Poly Grand Theatre, fair-faced concrete has long left an indelible mark on world-class architectural works, and this minimalist trend is expanding beyond high-end artistic buildings to civilian and commercial spaces globally in 2026. Dual Drivers: Policy and Market Fuel Its Popularity The growing demand for fair-faced concrete is jointly driven by global policy orientations and market dynamics. With the progressive advancement of carbon neutrality goals and urban renewal strategies across major countries, green, eco-friendly, and durable building materials have become indispensable to the industry. This material obviates the requirement for post-construction decoration, thereby reducing the consumption of paints, tiles, and other consumables, as well as associated carbon emissions. A single pouring process combined with the application of a matte transparent protective agent is sufficient for its commissioning, which complies with the bonus criteria specified in green building evaluation systems. Industry data indicates that the global fair-faced concrete market size exceeded $50 billion in 2023, with a stable compound annual growth rate (CAGR) of 8.5%. Fueled by the increasing demand for large-scale public buildings and high-end cultural tourism projects, the market is projected to surpass $65 billion by 2026, demonstrating substantial growth potential. Technological Innovation Expands Its Applications Technological breakthroughs provide critical support for the aesthetic upgrading and application expansion of fair-faced concrete. A representative case is the Shanghai Pudong International Airport Satellite Hall project, where the construction team adopted the fifth-generation fair-faced concrete formwork system to optimize construction quality. The team successfully poured 1,899 fair-faced concrete columns and 3,500 meters of curved cantilever slabs, utilizing Building Information Modeling (BIM) technology for the 3D precise layout of joints and bolt holes. This achieved a surface with high flatness and uniform color, setting a record for the largest single application scale of fair-faced concrete in China. Currently, such technologies have been widely popularized. The large-scale application of fiberglass formwork and the integration of AI visual inspection technology have enabled millimeter-level precision control in fair-faced concrete construction, promoting this once technically demanding material toward standardization and high efficiency. Widespread Applications: From Public to Residential Spaces Its adaptability extends across multiple scenarios. Major transportation hubs, such as Chengdu Tianfu International Airport and Beijing Daxing International Airport, have utilized over 1.2 million cubic meters of fair-faced concrete, integrating textural aesthetics with functional performance. In the high-end residential sector, fair-faced concrete products including wall panels, basins, and dining tables have gained traction among consumers. These products integrate industrial textural features with excellent durability, endowing modern residences with unique characteristics while achieving the dual value of practicality and aesthetics. In the context of urban renewal, fair-faced concrete serves as a crucial tool for the renovation of industrial heritage. By preserving the original structural texture of buildings, it facilitates the retention of industrial memory during the renewal process, creating cultural and creative spaces that integrate historical depth with contemporary design concepts. Expert Insights: Its Future Outlook Industry experts point out that the rise of fair-faced concrete not only reflects the iteration of architectural decoration trends but also embodies the industry’s respect for the intrinsic properties of materials and the revival of craftsmanship spirit. "The highest form of aesthetics requires no deliberate modification. Fair-faced concrete transforms every construction detail into a timeless symbol, which is consistent with consumers’ pursuit of authenticity," noted an architectural design expert. He also identified challenges such as incomplete standard systems and a shortage of professional talents, emphasizing that digital process inheritance and industrial chain collaboration will drive the large-scale application of fair-faced concrete. In 2026, with the awakening of consumer aesthetics and continuous technological upgrading, fair-faced concrete will reshape the boundary of architectural decoration through its minimalist aesthetics, contributing a new chapter to the green development of building materials.  

As the global construction industry faces mounting pressure to reduce carbon emissions, Green Low-Carbon Concrete Products have emerged as a transformative force, reshaping the future of sustainable infrastructure. With China leading the charge in innovation and adoption, the sector is witnessing significant advancements in material science and circular economy integration. Technological Breakthroughs: From Lab to Construction Site Carbon Capture and Utilization (CCU) IntegrationLeading Chinese firms like Qingdao Runxinteng Building Materials Technology have developed CO₂-mineralized concrete, where industrial emissions are permanently sequestered during production. This technology reduces carbon footprints by up to 80% compared to traditional concrete, with applications spanning from residential buildings to iconic projects like Shenzhen’s McDonald’s “Zero-Carbon” Restaurant. By incorporating industrial waste such as fly ash and slag, the process also minimizes reliance on virgin cement, addressing both carbon and resource efficiency. High-Performance, Low-Carbon MixesInnovations in supplementary cementitious materials (SCMs) are driving down emissions without compromising strength. For instance: Portland Limestone Cement (PLC) reduces clinker content by up to 15%, cutting CO₂ emissions by 5–10%. Ultra-High-Performance Concrete (UHPC), used in China’s high-speed rail networks, achieves unparalleled durability with 30–50% less cement per unit volume. Enhanced Production ProcessesManufacturers are optimizing traditional production methods to reduce energy consumption and waste. For example, adopting advanced curing techniques that shorten the curing period while maintaining concrete quality, thereby reducing energy use. Additionally, precise batching systems ensure minimal material waste during mixing, further lowering the environmental impact. Policy Drivers: China’s Green Construction Boom China’s “Dual Carbon” goals (peaking emissions by 2030, achieving carbon neutrality by 2060) have accelerated the adoption of low-carbon concrete through: Mandatory Standards: The GB/T 51366-2019 standard for green building evaluation now requires ≥70% low-carbon materials in government-funded projects by 2030. Financial Incentives: Tax rebates and green loans favor producers adopting CCU technologies or SCMs. Carbon Trading: Concrete firms are now included in China’s national emissions trading scheme, incentivizing reductions through market mechanisms. Market Dynamics: Global Demand Soars The global low-carbon concrete market is projected to grow at a CAGR of 16% through 2030, driven by: Asia-Pacific Leadership: China accounts for 45% of global production, with cities like Shanghai and Shenzhen mandating low-carbon materials in 60% of new builds. European Innovation: Multinationals like Holcim and HeidelbergCement are expanding their ECOPlanet and ECOPact lines in China, offering carbon-neutral concrete certified by international sustainability bodies. U.S. Regulatory Push: The Inflation Reduction Act allocates $2 billion for low-embodied-carbon procurement, spurring demand for Chinese exports. Case Study: China’s High-Speed Rail – A Global Benchmark China’s 42,000 km high-speed rail network, the world’s largest, relies on low-carbon concrete innovations to meet stringent durability and environmental standards: Organic Polymer Early-Strength Technology: Achieves 54.1 MPa compressive strength in 16 hours, reducing energy use by 30% during curing. Self-Compacting Concrete (SCC): Eliminates vibrators, cutting noise and energy consumption by 40% in tunnel projects like Xi’an-Shiyan High-Speed Rail. Recycling Breakthroughs: Over 95% of demolished concrete is repurposed into aggregate for new tracks, closing the resource loop. Challenges and Future Outlook Despite progress, barriers persist: Higher Costs: Low-carbon concrete remains 15–20% pricier than conventional mixes, though economies of scale are narrowing the gap. Awareness Gaps: SMEs in Tier-3 cities lag in adoption due to limited technical expertise. Standardization: Fragmented regional policies hinder cross-border trade, urging alignment with international carbon footprint standards. Looking ahead, the sector is poised for explosive growth, fueled by: Next-Gen Materials: Graphene-enhanced concrete and biogenic limestone (produced by microalgae) could slash emissions by 90% by 2035. Circular Ecosystems: Collaborations between steelmakers, power plants, and concrete firms will create industrial symbiosis networks, recycling 100% of waste streams. Global Export Surge: Chinese producers are eyeing Southeast Asia and Africa, where rapid urbanization demands sustainable, cost-effective solutions. Conclusion Green Low-Carbon Concrete Products are no longer a niche alternative—they are the cornerstone of a $4 trillion global green building market by 2030. With China’s technological prowess, policy ambition, and manufacturing scale, the nation is set to dominate this transformation, delivering a blueprint for a carbon-neutral construction industry worldwide. As the sector evolves, collaboration across governments, corporations, and researchers will be critical to overcoming challenges and unlocking a sustainable future built on stronger, greener concrete.

Lead: As concrete curtain walls grow in popularity for landmark and commercial buildings worldwide, understanding the critical distinction between their structural "wall" and aesthetic "surface" is essential for architects, engineers, and developers. This article breaks down how these two components work together to deliver both safety and visual impact.   The "Wall": Structural Backbone   The "wall" is the structural core of a concrete curtain wall, typically made from precast concrete (PC) or Ultra-High Performance Concrete (UHPC) panels, reinforced with steel and embedded fixtures. Connected to the main building via specialized hangers and keels, it also incorporates insulation, waterproofing, and fireproofing layers to withstand wind, seismic forces, and weathering. "An optimally designed wall ensures the curtain wall moves in harmony with the main structure, safeguarding long-term stability," says industry structural engineer Alex Chen.   The "Surface": Visual Identity   The "surface" defines the curtain wall's aesthetic character, featuring textures such as fair-faced concrete or wood-grain finishes, custom color treatments, and precision detailing like joints and contours. Advanced coatings, including transparent sealants and fluorocarbon paints, enhance durability and self-cleaning performance. In recent projects, designers have used surface textures to weave local culture into building facades. For example, a mixed-use development in Southeast Asia employed gradient UHPC textures to reflect regional textile patterns, turning the structure into a cultural landmark.   The Power of Integration   Experts stress that the "wall" and "surface" must be designed in tandem from the project's earliest stages. Engineers optimize panel layouts and connections to support the surface's aesthetic goals, while designers work within structural limits to create visual innovation. This collaboration ensures the curtain wall delivers both structural integrity and standout design. As the construction industry shifts toward green building and industrialized methods, this integrated approach is set to become a benchmark for curtain wall excellence, creating buildings that are both safe and visually striking. Media Contact: Coco Frame

Recently, a leadership team from Huanghe University of Science and Technology was invited to visit our company for in-depth exchanges on topics such as talent supply, internship position development, and industrial collaborative innovation. As an enterprise focusing on the R&D and production of concrete products, our company fully demonstrated the advantages of core products such as concrete tables and concrete furniture during the exchange. The purpose of this collaboration is to build a bridge for talent development through university-enterprise cooperation, not only providing students with a practical growth platform but also injecting fresh vitality into the high-quality development of our company. ​ During the exchange, the person in charge of our company extended a sincere welcome to the leadership of Huanghe University of Science and Technology. Starting from the company's development strategy and industrial layout, he gave a detailed introduction to the company's innovative achievements and market layout in the field of concrete products. Among them, the independently developed concrete furniture series was highlighted, especially in the design and production of concrete tables. Relying on core technologies such as eco-friendly concrete material R&D, modular design, and personalized customization, these products not only combine durability and aesthetic value but also successfully enter niche markets such as high-end home furnishings and commercial space decoration, forming a unique competitive edge. At the same time, the person in charge also emphasized that the sustainable development of an enterprise is inseparable from the support of professional talents. This exchange is precisely aimed at joining hands with universities to bridge the "last mile" between talent cultivation and practical employment. ​ The leadership of Huanghe University of Science and Technology highly recognized our company's innovative strength and market performance in the concrete product industry. They gave a detailed introduction to the university's talent cultivation system, curriculum setup, and graduate employment directions in related majors such as materials science, industrial design, and marketing. The university stated that the R&D and production links of our company's products like concrete tables and concrete furniture are highly aligned with the practical teaching needs of multiple majors in the university. It expressed the expectation to enable students to participate in practical work at the enterprise frontline through cooperation, so as to improve their professional skills and vocational qualities, while also providing the enterprise with more high-quality talents that meet the job requirements.​ In the specific cooperation negotiation session, the two parties reached a number of consensuses focusing on the entire chain of "talent cultivation - internship practice - employment placement". Our company clearly proposed that it will set up exclusive internship positions for students of relevant majors in Huanghe University of Science and Technology, including concrete furniture R&D assistant, concrete table production process internship, and product marketing promotion. During the internship period, technical backbones will be arranged to provide one-on-one guidance to help students quickly master practical industry skills. Meanwhile, for outstanding interns, our company will give priority to providing formal employment opportunities to achieve a seamless connection between "internship and employment". In addition, the two parties also plan to jointly carry out industry-university-research projects, focusing on topics such as concrete furniture material upgrading and concrete table design optimization, to jointly promote technological innovation and achievement transformation. ​ This exchange with Huanghe University of Science and Technology is an important measure for our company to deepen university-enterprise cooperation and build a talent reserve system. In the future, our company will continue to leverage its resource advantages in the concrete product industry, further expand the dimension of cooperation with universities, and through customized internship programs and joint R&D, empower student growth and accumulate momentum for enterprise development. Ultimately, we will achieve mutual benefit and win-win results between the university and the enterprise, and jointly promote the coordinated development of the concrete product industry and the education field.​

Recently, our company successfully completed a custom project for a client from Queensland, Australia — UHPC (Ultra-High Performance Concrete) products: Customized wall guitar hangers and vinyl racks. This project perfectly showcases our advanced craftsmanship and customization capability in Concrete Chair Design, Concrete Ornaments, and Concrete Tables. The client provided detailed 3D renderings of both products. Our design team precisely printed the models and created custom molds accordingly. Using high-strength UHPC material, our factory cast the products to ensure outstanding texture, durability, and a refined modern look. Throughout the production process, every step was carefully controlled — from mold making and casting to demolding and surface finishing — to guarantee perfect results. The client also requested a custom logo on the bottom of each product, which we executed precisely to highlight their unique branding identity. This collaboration demonstrates our professional manufacturing capabilities across multiple product lines, including Concrete Flowerpots, Concrete Storage Box, Concrete Plate, Concrete Tray, and Concrete Decorations. Adhering to our core principle of “Design Innovation, Quality First,” we continue to expand our range of UHPC products — from Concrete Wall Panels, Concrete Bathtubs, Concrete Rectangle Basin, Concrete Round Basin, and Concrete Side Table to Concrete Dining Table and Concrete Coffee Table — providing tailor-made design and production services for global clients seeking both artistry and practicality. Every custom project we complete is a perfect combination of design inspiration and craftsmanship. In the future, we’ll keep offering high-standard manufacturing and personalized Concrete Furniture and Concrete Home Decor solutions for clients around the world.

Macao Expo Focus: BeijingFrame Chief Designer Ms. Janet Huang Witnesses Global Debut of FOSSILGLOW® Series, UHPC Artistic Gifts Take Center Stage​ From October 22nd to 25th, 2025, the 2nd China-Portuguese-speaking Countries Economic and Trade Expo was grandly held at the Cotai Expo in Macao. As one of Macao’s three annual landmark exhibitions, this event attracted over 1,100 exhibitors and more than 2,300 buyers from around the world, serving as a vital bridge for cross-regional economic and trade cooperation. Ms. Janet Huang, Chief Designer of BeijingFrame Technology Co., Ltd., was invited to participate in the expo. She joined hands with Hong Kong-based design firm HBaiDesign Ltd. to showcase the global debut of FOSSILGLOW®’s flagship DinoVerse Series— a collection that redefines "Concrete Decorations" with Ultra-High Performance Concrete (UHPC)—pushing the innovative integration of UHPC and artistic design onto the international stage. ​ Collision of Fossil Aesthetics and Cutting-Edge Materials: DinoVerse Series Reinvents Daily Aesthetics​ At the joint booth of BeijingFrame and HBaiDesign, the DinoVerse Series garnered widespread attention with its unique design language. The square gold-inlaid coaster T-Rex (Tyrannosaurus Rex) collector’s gift box, a refined "Rectangle Concrete Plate" variant, combines the outline of T-Rex fossils with gold-inlay craftsmanship; the round emerald-dripped Stego (Stegosaurus) coaster gift box, a premium "Round Concrete Plate", draws inspiration from Stegosaurus plates and incorporates celadon glaze colors. Both designs elevate the traditional "Concrete Plate" into a work of art— the pink-blue dinosaur jewelry tray series interprets the cuteness of the Jurassic period through soft tones, while the multi-functional flower pot ashtray achieves a dual breakthrough in practical function and artistic shape, further expanding the possibilities of "Concrete Decorations".​ “We aim to bring the timeless beauty carried by fossils into daily life through the characteristics of UHPC materials,” Ms. Janet Huang introduced at the expo site. The series adopts high-quality UHPC materials with a compressive strength of over 180MPa, using high-purity quartz sand (0.2-0.5mm) and special silica fume as core raw materials. Molded with precision by imported German equipment, each "Concrete Plate" and decorative piece not only ensures super durability of the material but also achieves 0.1mm-level detail reproduction. This innovation—transforming construction-grade materials into exquisite gifts—endows the products with practical properties such as shatter resistance, wear resistance, water resistance, and moisture resistance, while conveying natural aesthetics through minimalist design.​ Authoritative Answers: Comprehensive Guide to Common Questions About UHPC Craft Gifts​ In response to frequent questions from buyers and consumers at the expo, Ms. Janet Huang provided professional answers based on product characteristics and industry standards:​ Q: Are UHPC craft gifts, like your "Round Concrete Plate" or "Rectangle Concrete Plate", prone to breaking or scratching?​ A: High-quality UHPC products—including every "Concrete Plate" in our series—have a compressive strength of over 150MPa, which is 3-5 times that of ordinary concrete. After special curing treatment, the surface finish reaches Ra ≤ 0.8μm, making its scratch resistance in daily use better than ceramic and resin materials. Our products, from small coasters to larger "Concrete Decorations", have passed the drop ball impact test—no obvious damage occurs when dropped from a height of 1.5 meters, making them fully suitable for home use scenarios.​ Q: Do concrete products, such as your "Concrete Plate" variants, have issues with heavy metal exceeding standards or peculiar smells?​ A: We adopt the ISO 9001 certification system for production control, covering all "Concrete Decorations" and "Concrete Plate" designs. Raw materials include environmentally friendly cement with a silica fume activity index ≥ 105% and food-grade colorants. Third-party testing shows that the heavy metal content of the finished products—whether a "Round Concrete Plate" or a dinosaur jewelry tray—is far below the EU REACH standard, with no volatile odors, making them safe for contact with tableware and jewelry.​ Q: How to clean and maintain these UHPC craft gifts, especially delicate pieces like the "Rectangle Concrete Plate" or "Round Concrete Plate"?​ A: Benefiting from UHPC’s low water absorption rate (≤ 3%, compared to approximately 15%-20% for ordinary concrete), every "Concrete Plate" and "Concrete Decoration" can be directly wiped with a damp cloth. Oil stains on coaster-style "Concrete Plate" designs can be cleaned with neutral detergent, and no special maintenance is required. Even when placed in a humid environment for a long time, no mildew or weathering will occur—preserving the product’s beauty for years.​ Q: Why does the design of this series focus on dinosaur fossils, especially for "Concrete Decorations" and "Concrete Plate" products?​ A: The “timelessness” of fossils resonates naturally with the “durability” of UHPC materials— a perfect match for long-lasting "Concrete Decorations" and "Concrete Plate" designs. We use 3D scanning technology to reproduce the details of dinosaur fossils, then optimize the shape through parametric design—whether for a "Round Concrete Plate" or "Rectangle Concrete Plate". This not only preserves the historical depth of ancient organisms but also injects contemporary aesthetics through techniques such as gold inlay and emerald dripping, achieving a dialogue between tradition and modernity in every concrete piece.​ Leveraging the Greater Bay Area Platform: BeijingFrame Accelerates Global Layout of UHPC Cultural and Creative Products​ The participation in the Macao expo is not only the first appearance of the FOSSILGLOW® series but also a key practice for BeijingFrame to leverage the “domestic and international connection” advantages of the Guangdong-Hong Kong-Macao Greater Bay Area— a strategic move to introduce our "Concrete Decorations" and "Concrete Plate" innovations to global markets. Ms. Janet Huang stated: “As a hub connecting the Chinese and Portuguese-speaking markets, Macao provides an excellent showcase for our UHPC cultural and creative products, including our signature "Round Concrete Plate" and "Rectangle Concrete Plate" designs. During the expo, preliminary cooperation intentions were reached with 5 buyers from Portuguese-speaking countries. In the future, we will continue to deepen the co-branding cooperation with HBaiDesign and launch more innovative products that integrate cultural elements and cutting-edge materials—expanding our range of "Concrete Decorations" to meet diverse global demands.”​ Currently, the DinoVerse Series— featuring the "Round Concrete Plate", "Rectangle Concrete Plate", and other "Concrete Decorations"—has opened global pre-order channels. Consumers can learn more details through BeijingFrame’s official website or HBaiDesign’s overseas platforms.

concrete wall panel is a unique interior decoration material made of concrete covered with a variety of materials, such as stone, wood, metal, or glass. This material not only looks beautiful but also offers excellent resistance to water, fire, abrasion, and stains.  Advantages of concrete wall panel Durability: The surface material of concrete wall panel is highly durable, able to withstand prolonged use and wear. Fire Resistance: Concrete itself has excellent fire resistance, providing additional safety for the home and its occupants. Waterproofness: concrete wall panel is typically waterproof, effectively preventing moisture from penetrating the wall and protecting the structure. Aesthetics: A wide variety of surface materials are available, allowing customization based on design needs and style. concrete wall panel Installation Steps Preparation: Gather the necessary materials and tools, and clean and smooth the wall surface. Installation Framing: Install the siding frame according to the design drawings. Securing the Panels: Secure the concrete wall panel panels to the frame, ensuring the panels are aligned correctly horizontally and vertically. Attaching the Surface Material: Attach the selected surface material to the concrete decorative wall panels, ensuring a smooth and aesthetically pleasing surface.   Applications of Concrete Wall Panels: Residential: Used as a wall decoration material to enhance the aesthetics of a home environment. Commercial Offices: Provide durable and aesthetically pleasing partition and furniture solutions. Hotels and Restaurants: Used for wall decoration and furniture creation, enhancing the overall quality of the environment.   In short, concrete wall panels are a functional and aesthetically pleasing interior decoration material, widely used in a variety of settings to meet diverse design needs.

Concrete wall panels are structural components made primarily of concrete, combined with steel bars or other reinforcing materials. They are primarily used for load-bearing, thermal insulation, waterproofing, and structural maintenance. Their unique feature is that the panel and wall are integrated, eliminating the need for additional insulation and allowing them to function directly as exterior walls, fulfilling both structural and thermal insulation functions. They are currently widely used in a variety of buildings, including residences, apartments, villas, and commercial properties.   Features of Concrete Wall Panels 1. Controllable Thickness   The thickness of concrete wall panels varies depending on the building's height. For example, the wall thickness of a two-story residential building can typically reach 25cm, while the thickness of high-rise buildings is thinner, typically 13cm-15cm.   2. Fast Construction   Concrete wall panels are prefabricated components, eliminating the need for on-site fabrication. This allows for faster construction and significantly shortens construction time.   3. Excellent Waterproofing   During construction, the reinforced steel grid and steel skeleton reinforce each other, ensuring the wall's strength and durability. The wall itself possesses excellent waterproofing properties. 4. Excellent Sound and Hg wall structure, concrete slab walls offer excellent fire resistance, ensuring better protection for people's lives.   Concrete slab walls are a highly efficient, energy-saving, safe, and environmentally friendly new building wall structure. Their key aeat Insulation   Concrete slab walls are dense and reinforced with steel reinforcement, providing excellent sound and heat insulation, maintaining a more comfortable indoor temperature.   5. Excellent Fire Resistance   As a new type of buildindvantages include controllable thickness, fast construction speed, excellent waterproofing, excellent sound and heat insulation, and fire resistance. However, the construction process is more complex than traditional methods and requires specialized technology and equipment.

Concrete tables are homewares made primarily of concrete, crafted through a specific manufacturing process and design. As a strong and durable material, concrete lends its unique beauty and durability to furniture. Concrete possesses strong structural stability and durability, resisting common physical and chemical corrosion. In the manufacture of outdoor concrete tables, concrete can be shaped into a variety of forms and textures, from simple and modern to complex and elaborate. Furthermore, concrete tables are extremely fire- and moisture-resistant.   Concrete table production requires a complex process, including mold making, material mixing, pouring, polishing, and protective treatment. Each concrete table is meticulously designed and handcrafted to ensure its structural stability and aesthetic appeal. Concrete furniture combines modern design concepts with the properties of concrete. Concrete furniture can be found in everything from dining tables and chairs to storage cabinets. Its unique aesthetic and industrial style have made it popular in modern home design. Furthermore, due to the special properties of the material, concrete tables also perform well in outdoor use.   In general, concrete furniture, with its unique material, craftsmanship and design, has brought new choices to the modern home furnishing market. Its sturdiness and durability, rich shapes and textures, and excellent performance have made it a highly respected type of furniture.

Concrete Basins  are a crucial component of water supply projects, and their quality is directly related to the project's effectiveness. Therefore, leaks in Concrete Basins  must be promptly and effectively addressed. This article will introduce concrete pool leakage treatment methods based on real-world cases. 1. Construction Joint Leakage Treatment Leakage in construction joints can occur due to problems such as inadequate cleaning or insufficient concrete strength. Treatment involves chiseling away loose concrete on the surface until the hard base is reached. If the loose concrete has penetrated the wall, a higher-grade concrete mix of the same cement and an expansion agent and anti-seepage agent should be used for pouring. 2. Concrete Crack Leakage Treatment Concrete cracks are another cause of leakage, including shrinkage cracks, plastic shrinkage cracks, and settlement cracks. For narrow cracks, apply a membrane such as epoxy resin or a waterproofing solution along the crack surface. For wider cracks, chisel out a V- or U-shaped groove along the concrete surface and fill it with resin mortar. 3. Addressing Localized Flaky Leaks in Wall Concrete and Leaks Through Wall Holes and Pipes Localized flaky leaks in wall concrete and leaks through wall holes and pipes may be caused by vibration loss in the concrete, failure to install waterstops in tension bolts, and other factors. Treatment methods vary depending on the specific situation: chiseling and cleaning, followed by caulking, reinforcement, and leveling. Leaks in wall casings can be addressed by manually compacting dry, hard concrete. Waterproofing Material Selection and Application   When addressing leaks in Concrete Basins , appropriate waterproofing materials should be selected. Commonly used waterproofing materials include Ansai waterproofing agents, waterproof mortars, and resin mortars. These materials offer advantages such as simple application, excellent waterproofing performance, and long service life. During use, the mix and application should be performed according to product specifications to ensure the desired waterproofing effect.   Construction Precautions   When addressing leaks in Concrete Basins , the following points should be noted: First, ensure the concrete surface is clean and free of debris such as floating layers, old coatings, dust, and dirt; second, ensure a sufficient open capillary system to facilitate the penetration of waterproofing materials and the formation of a bond; third, chisel and clean the concrete surface as appropriate, and inspect for structural defects; fourth, flush the base surface with clean water before construction to ensure thorough wetting and internal saturation.   The above methods can effectively address leaks in Concrete Basins , ensuring the normal operation and full effectiveness of water supply projects. In actual application, appropriate treatment methods and materials should be selected based on the specific situation to ensure the desired waterproofing effect.