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全球防水膜市场-2024年至2029年预测Global Waterproofing Membrane Market - Forecasts from 2024 to 2029 |
预计在预测期(2024-2029年)防水膜市场将以7.12%的复合年增长率成长。
防水卷材是涂在住宅外墙表面的防水层。这可以有效地防止水进入墙壁并保持住宅不受潮。通常,在施加防水膜片材之前涂布液体,或简单地将预成型片材施加到表面。这种防水布放置在您家的地基上,以防止水进入地基。根据防水卷材安装的位置,例如地下室或屋顶,它可以有效防止水进入墙壁,保护房屋免受雨水洩漏和新的损坏。此外,防水占施工和维护问题的70-80%,必须谨慎处理。
因此,绿色屋顶需要高抵抗力的薄膜,以防止水进入建筑物的其他部分。随着越来越多的建筑物选择绿色屋顶,对持久、耐根且能够克服植被和保水带来的独特挑战的专用防水膜的需求不断增长。
这为防水膜产业提供了巨大的成长和创新潜力。因此,防水卷材的技术标准和永续性目标都成为製造商关注的焦点。这进一步涵盖了诸如在製造这些产品时使用环保材料、製造过程中更好的资源生产率以及无论当前的环境条件如何,产品都能保持最佳性能等方面。例如,全球先进隔热材料和创新建筑材料专家 Kingspan 集团宣布已完成对总部位于巴黎的防水分销专家 LRM 的收购。自 1970 年代末成立以来,LRM 已从最初的屋顶紧固件和配件核心业务发展到包括防水和建筑幕墙解决方案,以及包括救生索、衬裙梯和安全栏桿在内的一系列安全产品。 。
总体而言,提高对绿色屋顶的认识对于增加对改进防水膜系统的需求是必要的,这将有助于支持建筑中的永续性解决方案。
另外,堡盟还提供 B PR 100,这是一种用于沥青膜的即用型底漆,其中水和沥青透过特殊製程结合在一起。在涂布任何製造商的沥青膜或液体系统之前,它可以用作底漆。 ARDEX ENDURA 是包括防水膜在内的完整建筑外墙解决方案的理想选择。这些防水解决方案特别适合特定应用。从下部结构到屋顶,亚斯提供各种快速固化、节能的薄膜,能够经受时间和天气的考验。
此外,永续性旨在推动高性能且低环境影响的材料封装。因此,产品创新不仅增强了防水材料的市场前景,而且有助于提高世界基础设施的能力和永续。
防水卷材广泛应用于建设产业,对于防止建筑物浸水有很大帮助。这些防水膜可作为许多结构中漏水的屏障,包括水泥和非水泥地基、地下室、屋顶和墙壁。它还为地基提供了抵御地下水的屏障,确保结构的地基不会出现与湿气相关的问题,例如侵蚀和开裂。此外,屋顶应用膜可以保护建筑物免受雨、雪和其他天气因素的影响,延长屋顶的使用寿命并确保室内的舒适性和安全性。
此外,投资加拿大的基础设施项目是加拿大政府支持各部门的一种方式。该计划还致力于为加拿大人打造强大、永续和多元化的社区,并提供更好、更可靠和现代化的服务,让人们的生活更轻鬆。加拿大住宅、基础设施和地区部以及加拿大所有省份和地区将拨款约 330 亿加元的计画资金。
建筑结构的功能和外壳、气候和耐久性需求也会影响薄膜的选择,选择范围从沥青膜到合成聚合物,如 PVC 和 EPDM。总体而言,EDRC 建筑计划中使用的防水膜透过提高使用寿命和弹性、消除水问题和后续的长期支出,为永续建筑做出了重大贡献。根据政府统计数据,美国人口普查局公布,2024年4月住宅建设许可数为1,440万套,完工房屋数为1,623万套。
由于一些关键因素,亚太防水卷材市场预计将显着发展。中国、印度和东南亚的快速都市化和人口扩张正在推动住宅、商业和基础设施领域的建设活动。这种扩建需要强大的防水系统来保护建筑物免受水损害并确保使用寿命。此外,中国的「十四五」规划预计,「十四五」期间(2021-2025年)新基础建设投资总额将超过27兆元(4.2兆美元)。
此外,废弃物和水资源管理防水膜可确保污水垃圾掩埋场和水库中的水和化学品渗漏不会影响环境或损害结构的耐用性。它还可以防止沼气厂和雨水系统进水,使其运作环境永续且资源高效。例如,中国设定了所有城市污水处理率达到95%的目标,并将缺水地区的水回用率提高到25%。 2023年中国将排放约590亿立方公尺污水,其中约28%为工业用水。截至2021年,中国污水处理设施覆盖98.1%的城市和28%的农村地区。据国际贸易管理局称,中国计划在未来几年开通或重建8万公里污水收集管网。在国家的政策支持与集中投入下,二、三线城市有机会兴建污水管、治理黑臭水体、兴建污水处理设施。
这包括加强严格的监管要求,以提高建筑安全和环境永续性,并鼓励使用高品质的防水卷材。随着各国政府和私营部门继续大力投资交通网络和公共设施等基础设施计划,对可靠防水解决方案的需求呈指数级增长,预计将推动亚太地区的市场扩张和创新机会。
The global waterproofing membrane market is predicted to grow at a CAGR of 7.12% during the forecast period (2024-2029).
A waterproofing membrane is a water-resistant layer of material applied to a home's external surfaces. This efficiently stops water seepage into the walls, keeping the home moisture-free. The procedure generally involves applying fluids before placing the waterproofing membrane sheet or simply applying the pre-formed sheet to the surface. These waterproofing sheets are laid on the home's foundations to prevent water seepage at the base level. Depending on where one places the waterproofing membrane sheet, such as the basement or roof, it works efficiently by preventing water from penetrating the walls, therefore protecting the property from leaks and additional damage. Moreover, waterproofing must be addressed carefully since it accounts for 70-80% of construction problems and maintenance concerns.
Thus, green roofs need highly resistant membranes to curb water infiltration into other parts of the building. As more buildings choose green roofs, there is an increasing demand for specialized waterproofing membranes that are long-lasting, root-resistant, and capable of overcoming the specific problems provided by vegetation and water retention.
This provides substantial growth and innovation potential in the waterproofing membrane sector. As a result, both technical criteria for waterproofing and sustainability objectives are shifting to the foreground of manufacturers' attention regarding membranes. This further covers aspects such as the use of environment-friendly materials in producing these products, better resource productivity during production, and the ability of the product to perform optimally regardless of the prevailing environmental conditions. For example, Kingspan Group, the world's leading expert in advanced insulation and innovative construction materials, revealed that it has finalized the acquisition of LRM, the waterproofing distribution specialist based in Paris. Since its formation in the late seventies, LRM has grown the initial core business of roof fixings and accessories and a range of related products such as waterproofing and facade solutions and a safety range that comprises lifelines, crinoline ladders, and security railings.
All in all, enhancing awareness of green roofs is necessary to increase demand for improved waterproofing membrane systems, which would help support sustainability solutions in construction.
Apart from this, B PR 100, offered by Baumerk, is a ready-to-use primer for bituminous membranes made by combining water and bitumen using specialized processes. It may be used as a primer before applying any brand of bitumen membranes or liquid systems. For a full building envelope solution that includes waterproofing membranes, ARDEX ENDURA is the ideal option. These waterproofing solutions are particularly application-specific. From substructure to roofing, ARDEX offers a variety of fast-curing, energy-efficient membranes that can withstand the test of time and weather.
Moreover, sustainability aims to drive the encapsulation of materials with a tiny environmental impact that ought to exhibit high performance. Thereby, product innovation not only contributes to enhanced market prospects of waterproofing materials but also to ways of making global infrastructures more competent and sustainable.
Waterproofing membranes are widely used in the construction industry and go a long way in preventing structures from water seepage. These membranes find utility in many structures like cementations & non-cementation foundations, basements, roofs & walls for providing a barrier to water leakage. It also provides a barrier against groundwater to foundations and ensures that the structures' foundations have no moisture-related problems such as erosion and cracking. Further, membranes in roofing applications protect buildings from rain, snow, and other weather factors, extending roof life and ensuring interior comfort and safety.
Adding to this, investing in Canada's infrastructure program is one way the government of Canada is supporting various sectors. The program also deals with strong, sustainable, and diverse communities for Canadian people and the availability of better, reliable, and updated services to make people's lives easier. The program funds are approximately CAD 33 billion, and the money is acquired between Housing, Infrastructure, and Communities Canada and all of the provinces and territories of the country.
Functions and enclosures of built structures, climate, and durability necessities also influence the selection of membranes, and the choices range from bituminous membranes to synthetic polymers like PVC and EPDM. In general, waterproofing membranes used in EDRC's building projects prove to have significance in raising lifetime and resilience, as well as helping in achieving immense contributions to sustainable construction by eradicating water problems and subsequent prolonged expenditures. Following the government statistics, the US Census Bureau presented permit data for April 2024 of a total of 14,40,000 permits and completion of 16,23,000 for new residential constructions.
The Asia Pacific waterproofing membrane market is expected to develop significantly due to many main factors. Rapid urbanization and population expansion in China, India, and Southeast Asia drive building activity in the residential, commercial, and infrastructure sectors. This expanding expansion needs strong waterproofing systems to safeguard buildings from water damage and ensure lifespan. Moreover, China's 14th Five-Year Plan projects that the total investment in new infrastructure during the 14th Five-Year Plan period (2021-2025) will be over 27 trillion yuan (USD 4.2 trillion).
Furthermore, waste and water management waterproofing membranes ensure that water and chemical penetration in wastewater treatment plants, landfill sites, and reservoirs does not affect the environment or compromise the structures' durability. They also prevent water from penetrating biogas plants and the stormwater system, making their operation environmentally sustainable and resourceful. China, for instance, has set a target to treat 95% of the wastewater in all their cities and increase the water reuse rate to 25% in areas with water scarcity. China released nearly 59 billion cubic meters of wastewater in 2023, out of which around 28% was contributed by industrial sources. As of 2021, China's wastewater treatment plants serve 98.1% of municipalities and 28% of rural regions. According to the International Trade Administration, China plans to open or reconstruct 80,000 km of sewage-collecting pipeline networks in the upcoming years. Second- and third-tier cities had opportunities to maintain sewage pipelines, treat black and odorous water bodies, and construct wastewater treatment plants with China's policy support and investment focus.
This entails increasing rigorous regulatory requirements to improve building safety and environmental sustainability and encourage using high-quality waterproofing membranes. As governments and the private sector continue to invest heavily in infrastructure projects such as transport networks and utilities, demand for dependable waterproofing solutions is expected to rise dramatically, creating market expansion and innovation opportunities in the Asia Pacific region.