![]() |
市场调查报告书
商品编码
1533012
玻璃纤维增强混凝土市场-2024年至2029年预测Glass Fiber Reinforced Concrete Market - Forecasts from 2024 to 2029 |
玻璃纤维混凝土预计在预测期内复合年增长率为8.12%。
GFRC(玻璃纤维增强混凝土)是水泥和沙子与玻璃纤维的混合物。 GFRC具有独特的成分,其应用广泛。它具有韧性、耐用性、不燃性、耐火性、永续性、多功能性、低维护性、成本效益和重量等多种优点。
对绿色和永续建筑的需求正在推动市场对永续和可回收材料的相对需求。 LEED 评级系统和 BREEAM 等「绿色认证」空间的使用日益增多,导致建筑租赁成本和租金不断上升。这些观点对于亚洲已开发国家和新兴经济体尤其重要。
这些建筑不仅具有成本效益,而且有助于人们的健康。根据美国绿色建筑委员会的一项研究,对人们的好处包括更干净的空气和水以及减少接触有害物质。因此,投资永续空间需要吸引优质租户并实现更高的入住率、更高的租金和更高的租金收益率。
世界各地的建筑业正以惊人的速度成长。该行业的成长归因于世界各地都市化的不断加快。根据世界经济论坛预测,2022年城市人口占总人口的比例预计将上升至55%,2080年将上升至80%。这将导致所有部门的材料消耗显着增加,包括不断扩大的建筑和开发行业。玻璃纤维混凝土是一种独特且多功能的材料,与许多其他建筑材料相比具有优势。
玻璃纤维增强混凝土具有较高的强度重量比,使其具有与其他混凝土相似的强度和密度。可用于更轻、更薄的复杂架构。玻璃纤维混凝土的优点是比传统混凝土轻80%,更容易搬运和安装。作为一种创新和基于解决方案的应用,玻璃纤维增强混凝土的使用未来可能会增加。
建设产业越来越多地使用永续材料,推动了对类似材料和建筑模式的需求。与传统材料相比,玻璃纤维增强混凝土具有多种优势,例如每平方公尺水泥含量较低、运输成本较低、建筑物负荷减轻以及耐各种天气条件。玻璃纤维混凝土变得越来越有价值,因为它通常是使用可回收材料生产的。
不向大气排放污染物。其製造和应用过程是安全的。由于其重量轻,运输成本造成的碳排放低于其他材料。在维修期间也可以重复使用它。 GFRC 使用更少的水泥和更多的回收材料,使其完全可回收。因此,随着人们对可回收性和永续性的兴趣日益浓厚,玻璃纤维增强混凝土的应用未来可能会扩大在建设产业。
中国、日本、印度、韩国等主要经济体在亚太地区占据主导地位。一些成长最快的新兴经济体来自该地区,例如东南亚国协。印度和中国是两个最大的经济体,并且正在经历快速成长。根据IBEF(印度品牌股权基金会)提供的数据,印度2024-2025年中期预算中基础设施资本支出成长11.1%,达到1,338.6亿美元,基础建设作为经济乘数的重大投资正获得显着的动力。 。
即使在2021年的房地产动盪之后,中国仍然是最大的房地产成长和开拓市场。新的机会在于政策决策,例如到 2022 年将新建都市区建筑认证为绿色建筑。这包括学校、医院、博物馆、体育场馆、保障性住宅以及面积超过2万平方公尺的单体建筑等公共设施。玻璃纤维增强混凝土在建筑和建筑行业的应用预计将在该地区出现强劲增长。因为玻璃纤维混凝土是用于建造环保建筑的永续产品。
这种材料缺乏延展性,在高压下会破裂,使其在某些应用中变得困难。然而,这种材料比类似材料更轻,这弥补了缺点并提供了使用这种材料的整体优势。
The glass fiber-reinforced concrete is expected to register a CAGR of 8.12% during the forecast period.
GFRC (Glass Fiber Reinforced Concrete) is a mixture of cement and sand with glass fiber. It has a unique composition and versatility in its application. Glass fiber reinforced concrete has multiple advantages, such as toughness, durability, non-combustible and fire-resistant, sustainability, versatility, low maintenance, cost-effectiveness, weight, etc.
The demand for green and sustainable buildings has caused the relative demand for sustainable and recyclable materials in the market. The growing usage of the "green certified" spaces, such as the LEED rating system or BREEAM, causes the increased rental cost of the building or giving premium to lease them. These observations are especially relevant to developed economies and developing economies of Asia as well.
These buildings are not only cost-beneficial but also good for people's health. U.S. Green Building Council Inc.'s research claims benefits to the people such as clean air, water, and less exposure to toxins. Thus investment in sustainable spaces includes attracting high-quality tenants and achieving higher occupancy levels, rental uplifts, and greater rental yields.
The construction and building industry all across the world is rising at a significant pace. This rise in the sector is due to the growing urbanization across the world. According to the World Economic Forum, the share of the urban population of the total population is 55% in 2022 and likely to be 80% by 2080. This would significantly cause the rise of material consumption in every sector, including the expanding construction and development industry. The glass fiber-reinforced concrete is a unique and versatile material that can offer benefits over many other construction materials.
Glass fiber reinforced concrete does have a higher strength-to-weight ratio that can give the strength and density similar to any other concrete. It can be used in lighter and thinner architecturally complex structures. Glass fiber-reinforced concrete is 80% lighter than traditional concrete, which gives it the advantage of easy handling and installation. The use of glass fiber-reinforced concrete is likely to increase as the upcoming innovative and solution-based applications.
The growing use of sustainable materials in the building and construction industry has caused an increased demand for similar materials and construction patterns. The glass fiber reinforced concrete usage gives several advantages against traditional materials such as reduced cement content per square meter, reduced transport costs, reduced load on the building, and resistance to all types of weather, among others. The value of glass fiber-reinforced concrete has been growing as it is often produced using recyclable materials.
It does not emit any pollutants in the atmosphere. Its production and application process is safe. Due to its low weight, the carbon emissions due to transportation costs are lesser than the other materials. It also gives the possibility of recycling in later renovations. GFRC uses less cement and more recycled materials making it completely recyclable. Thus the usage of glass fiber-reinforced concrete will grow in the future construction industry with the growing concerns for recyclability and sustainability.
The major economies like China, Japan, India, and South Korea dominate the Asia-Pacific region. Some of the fastest-growing emerging economies are from this region such as ASEAN countries. India and China are the two largest and fastest-growing economies. Figures depicted by ibef (India Brand Equity Foundation), Indian interim budget 2024-25, allocated capital investment outlay for infrastructure has been increased by 11.1% US$ 133.86 billion, giving a significant boost to the infrastructure as an important economic multiplier.
After the real estate turmoil of 2021, China remains the largest market for the growth and development of real estate. The new opportunity lies in policy decisions such as, new urban buildings being certified green buildings by 2022. This includes public facilities such as schools, hospitals, museums, stadiums, affordable housing, and any single building over 20,000 square meters area. The application of glass fiber-reinforced concrete in the construction and building industry would increase in the region for robust growth. As glass fiber-reinforced concrete is a sustainable product used for the construction of green buildings.
Lack of ductility of the material caused it difficult for certain applications as it could break under high pressure, further the high cost of the equipment used in the installation is projected to limit its demand. However, the material is lighter than its counterparts thus capping the disadvantages and giving the overall benefit of using the material.