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市场调查报告书
商品编码
1351136
2030 年纤维水泥板市场预测:按按产品、生产流程、原料、用途和地区分類的全球分析Fiber Cement Board Market Forecasts to 2030 - Global Analysis By Product (Low Density Fiber Cement Board, Medium Density Fiber Cement Board and High Density Fiber Cement Board), Production Process, Raw Material, Application and By Geography |
根据Stratistics MRC的数据,2023年全球纤维水泥板市场规模为110.4亿美元,预计到2030年将达到173.9亿美元,预测期内年复合成长率为6.7%。
波特兰水泥、沙子和纤维素纤维是纤维水泥板的主要成分,纤维水泥板是一种环保建筑材料。此外,它还用于装饰用途、隔间墙、外墙材料和天花板材料。纤维水泥板用于走廊、隧道、饭店大厅、购物中心和住宅,纤维水泥装饰覆层通常用于防雨用途。
根据国际石棉禁令秘书处介绍,石棉的健康和安全风险众所周知,全球有近55个国家对石棉产品实施了部分禁令。
石棉和纤维水泥非常相似,这限制了石棉产品的使用,因此製造商专注于纤维水泥市场产品作为石棉的替代。石棉比纤维水泥更不环保。这是纤维水泥日益普及的主要要素。纤维水泥使用回收材料和较少的资源,而普通水泥需要大量的水。
儘管纤维水泥板被认为是环保替代材料,但对环境的影响仍可能存在疑问。製造过程使用水泥,消耗大量能源并排放二氧化碳。此外,当纤维水泥板在使用后被处置时,可能会出现回收和其他环保处置问题。
人们对环境的日益关注增加了对永续建筑材料的需求。纤维水泥闆对环境有益,因为它们是使用水泥、纤维素纤维和其他添加剂的混合物製成的。纤维水泥板通常被认为是乙烯基和 PVC 等材料的更环保的替代。此外,由于不断的研究和开发倡议,纤维水泥板的生产正在经历技术进步。由于纤维增强、表面处理和色彩改进等技术创新,纤维水泥板的用途不断扩大,推动了市场需求。
将纤维水泥板与木材或乙烯基等传统建筑材料进行比较时,初期成本通常会更高。注重成本的买家可能会迴避这一点,尤其是在考虑价格的地区。然而,安装纤维水泥板需要特殊的知识和工具,特别是对于大型专案。由于施工的复杂性、人事费用和时间,一些建筑商和承包可能会选择不使用纤维水泥板,特别是如果他们不熟悉施工程序。
由于 COVID-19 爆发和经济停滞,建筑业成长可能为负,这可能对市场产生短期影响。许多项目最初由于缺乏资金而落空。由于消费者偏好的变化,成品滞销,间接影响了纤维水泥业务的扩张。然而,由于 COVID-19 疫情仍然高度不稳定且不断发展,其对公司业务和未来业绩的全面影响尚不清楚。
预计低密度纤维水泥板领域在预测期内将占据最大份额。与普通纤维水泥板相比,低密度纤维水泥板重量更轻,更容易搬运和安装。此外,它们重量轻,可以快速安装且运输成本低廉。低密度纤维水泥板密度低,因此具有较高的弹性和施工性。它易于切割、成型和模製,可适应各种设计需求,使其适合弯曲和复杂的用途。
波特兰水泥业务预计在预测期内将出现良好成长。在纤维水泥板中,硅酸盐水泥扮演主要黏剂的角色。波特兰水泥赋予板材所需的结构强度和内聚力,以承受各种机械应力和环境条件。另外,硅酸盐水泥製成的纤维水泥板具有很强的阻燃性能,硅酸盐水泥本身就具有阻燃性。因此,它非常适合关註消防安全的用途,例如建筑外墙、防火墙和天花板。
预计亚太地区在预测期内将占据最大份额,因为它被用作浴室和厨房的内装壁板,并且坚固、防水。建筑支出的增加,特别是新房的住宅,预计也将提振需求。此外,纤维水泥板的使用正在扩大到该地区的高端部门,包括住宅、商业等。推动该地区市场扩张的另一个方面是住宅部门的快速扩张。
由于有利的政府法规和对环境退化的认识不断提高,预计亚太地区将出现良好的成长,预计将在预测期内加速纤维水泥板市场的扩张。此外,亚太地区新兴经济体的人口成长以及经济和工业的健康发展预计将在不久的将来对产品需求产生有利影响。
According to Stratistics MRC, the Global Fiber Cement Board Market is accounted for $11.04 billion in 2023 and is expected to reach $17.39 billion by 2030 growing at a CAGR of 6.7% during the forecast period. Portland cement, sand, and cellulose fiber are the main components of fiber cement board, an environmentally beneficial building material. They are additionally used as decorative applications, partition walls, outside wall coverings, and ceilings. Fiber cement boards are employed in hallways, tunnels, hotel lobbies, shopping centers, and residential structures, while fiber cement ornamental cladding is typically used for rainscreen applications.
According to the International Ban Asbestos Secretariat, nearly 55 countries worldwide have imposed a partial ban on an asbestos product due to its well-known health and safety hazard.
Manufacturers have turned their focus to fiber cement market products as an alternative to asbestos due to limits on the use of asbestos products since asbestos and fiber cement are quite similar. Asbestos is less environmentally friendly than fiber cement. It is the main factor behind fiber cement's rise in popularity. While fiber cement uses recycled materials and fewer resources, regular cement needs a lot of water.
Although fiber cement boards are conceived of as a more environmentally friendly substitute for some materials, there may still be issues with their effects on the environment. Cement is used in the manufacturing process, which uses a lot of energy and emits carbon dioxide. Additionally, recycling or other environmentally friendly disposal issues may arise when fiber cement boards are disposed of after their time of use.
Sustainable building materials are in higher demand due to growing environmental concerns. Because they are created using a mixture of cement, cellulose fibers, and other additives, fiber cement boards are environmentally beneficial. They are frequently regarded as a greener substitute for substances like vinyl and PVC. Additionally, the production of fiber cement boards has undergone technological advances as a result of ongoing research and development initiatives. The application range of fiber cement boards has been expanded because of innovations including enhanced fiber reinforcement, surface finishes, and color possibilities, which have raised market demand.
Comparing fiber cement boards to some more conventional building materials like wood or vinyl, they often cost more upfront. Cost-conscious buyers may be deterred by this, particularly in areas where price is a major concern. However, installation of fiber cement board requires specific knowledge and tools, especially for large-scale projects. Some builders or contractors might opt not to use fiber cement boards because of the intricacy of installation, which can raise labor costs and time, particularly if they are not familiar with the installation procedure.
Construction growth is probably going to be negative due to the COVID-19 epidemic and the economy's approaching stoppage, with possible short-term market effects. Lack of funding caused a lot of projects to drop out in the beginning. Due to changing consumer tastes, those that were finished remained unsold, which indirectly impacted the expansion of the fiber cement business. The complete impact of the COVID-19 pandemic on the company's operations and upcoming financial performance, however, is unknown as the pandemic is still highly volatile and developing.
Low Density Fiber Cement Board segment is expected to hold largest share over the forecast period. Compared to normal fiber cement boards, low-density fiber cement boards are lighter in weight and easier to handle and install. Additionally, their lighter weight may result in quicker installations and cheaper transportation. Low-density fiber cement boards have greater flexibility and workability because of their decreased density. They are appropriate for curved or complicated applications as they are simple to cut, shape, and mold to fulfill different design needs.
Portland Cement segment is expected to witness lucrative growth over the projected period. In fiber cement boards, Portland cement serves as the main adhesive. It gives the boards the structural strength and cohesiveness that are required to withstand a variety of mechanical stresses and environmental conditions. Additionally, fiber cement boards manufactured with Portland cement have robust fire-retardant qualities, and Portland cement is naturally fire-resistant. As a result, they are a top choice for applications like building exteriors, fire-rated walls, and ceilings where fire safety is a concern.
Because of its application as interior siding in bathrooms and kitchens and because of its robust, water-resistant, and waterproof characteristics, Asia Pacific is anticipated to have the largest share during the projected period. Demand will also be boosted by rising building spending, particularly on new homes. Additionally, the use of fiber cement boards has grown throughout the region's top-end sectors, including residential, commercial, and others. Another aspect driving market expansion in the area is the residential sector's rapid expansion.
Due to favorable government regulations and growing awareness about environmental degradation, which are anticipated to accelerate the expansion of the fiber cement board market during the projected period, Asia Pacific is predicted to experience lucrative growth. Moreover, it is anticipated that the rising population in emerging economies in the Asia Pacific, along with sound economic and industrial development, will have a beneficial impact on product demand in the near future.
Some of the key players in Fiber Cement Board market include: American Fiber Cement Corporation, Beijing Hocreboard Building Materials Co. Ltd., Century Plyboards (India) Limited, Etex Group, Everest Industries Limited, HIL Limited, Sahyadri Industries Limited, Saint Gobain, Sarex, Soben International, Toray Industries Inc and Visaka Industries.
In July 2023, Etex acquires Scottish insulation producer. Etex expands its UK presence and builds up its insulation division, having acquired glass mineral wool and extruded polystyrene manufacturer Ursa. Superglass becomes the second brand of Etex's new insulation division.
In March 2023, Etex has joined the First Movers Coalition to help reduce carbon emissions related to cement production. The coalition seeks to explore options to reduce the carbon footprint of cement used in the building and construction industry by as much as 80% compared to the 2021 US emissions baseline. Etex wants to contribute to worldwide advanced research and developments in the field of cement.