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Analysis of the Development Trend of China's Alumina Fiber Industry in 2023: Domestication is Accelerating, but Still Unable to Meet Actual Applications and Needs [Figure]

1年前

Source: Zhiyan Consulting

Overview: Currently, under the dual promotion of domestic policies and demand, the overall supply of alumina fiber in China continues to grow, but it is still less than one thousand tons. Specifically, China's alumina fiber production has increased from around 102.8 tons in 2017 to 653.5 tons in 2022, but it is still significantly lower than domestic demand. Data shows that China's alumina demand in 2022 was 897.9 tons, and the overall domestic supply can only meet about 70% of the demand.

 

Keywords: alumina fiber production, alumina fiber market size, alumina production capacity

 

1、 Overview of Alumina Fiber Industry 

Alumina fiber is an inorganic fiber with excellent properties such as high strength, high modulus, and corrosion resistance. The main preparation methods of alumina fiber include Benemen method, melt spinning method, impregnation method, prepolymerization method, slurry method, sol gel method, electrospinning method, etc. The characteristics of alumina fibers prepared by different methods vary greatly. From the perspective of subdivision methods, the Bu Nei Men method and the melt drawing method belong to traditional preparation methods. The prepared alumina fibers have problems such as poor strength, brittleness, and low specific surface area. An effective way to solve these problems is to reduce the diameter of alumina fibers; However, the alumina fibers prepared by impregnation, pre polymerization, and slurry methods are insufficient to meet the market demand; At present, the widely used preparation method is mainly to combine the sol gel method with the electrospinning process to produce high-performance alumina fibers that meet the market demand.

氧化铝纤维是一种无机纤维,具有高强度、高模量、耐腐蚀等优异性能。氧化铝纤维的主要制备方法有卜内门法、熔融抽丝法、浸渍法、预聚合法、淤浆法、溶胶-凝胶法、静电纺丝法等。采用不同方法所制备的氧化铝纤维的特性差别较大。细分方法来看,卜内门法和熔融抽丝法属于传统的制备方法,所制备的氧化铝纤维存在强度差、易脆、比表面积低等问题,解决这些问题的有效方法是减小氧化铝纤维的直径;而浸渍法、预聚合法和淤浆法所制备的氧化铝纤维不足以满足市场的需求;目前被广泛应用的制备方法主要是将溶胶凝胶法与静电纺丝工艺相结合,制得符合市场需求的高性能氧化铝纤维。

 

2、 Alumina fiber policy and industrial chain impact

Aluminum chloride fiber has a wide range of applications, and high-performance composite materials prepared by aluminum chloride short fiber composite can be used in industrial high-temperature furnaces; Aluminum chloride continuous fiber-reinforced composite materials have excellent properties such as high strength, high modulus, and high stiffness, and are expected to become a substitute material in the high-temperature field with enormous development potential; Functional aluminum chloride nanofibers not only possess the aforementioned properties, but also exhibit excellent properties such as low thermal conductivity, electrical insulation, and high specific surface area. They are widely used in reinforced composite materials, high-temperature insulation materials, catalytic filtration materials, and other fields. In April 2022, two ministries and commissions issued the "Guiding Opinions on High Quality Development of Chemical Fiber Industry", which pointed out the need to break through alumina fiber technology and drive the overall high-quality development of the chemical fiber industry. In addition, local policies such as Shandong have also begun to introduce relevant policies to promote the development of local alumina fiber related industries. Under the promotion of national and local policies, China's alumina fiber technology and scale will continue to improve.

氯化铝纤维的应用领域较为广泛,氯化铝短纤维复合制备高性能复合材料可用于工业用高温炉;氯化铝连续纤维增强复合材料具有高强度、高模量、高刚度等优异性能,有望成为高温领域的一种替代材料,具有巨大的发展潜力;功能性的氯化铝纳米纤维除了具有上述性质外,还具有低导热率、电绝缘性及比表面积高等优异性能,在增强复合材料、高温隔热材料、催化过滤材料等方面应用广泛。2022年4月,两部委出台《关于化纤工业高质量发展的指导意见》指出要突破氧化铝纤维技术,带动整体化纤产业高质量发展,另外山东等地方政策也开始出台相关政策促进地方氧化铝纤维相关产业发展,国家政策和地方政策推动下,我国氧化铝纤维技术和规模将持续向好。

 The main component of alumina fiber is alumina, and the fiber also contains a certain amount of other components such as SiO2, B4C, Fe2O3, ZrO2, and MgO. Although there are relatively few local resources of bauxite, the upstream raw material for alumina production in China, in recent years, with the import of overseas ores, China has developed into the world's largest producer of alumina. According to data from the National Bureau of Statistics, China's alumina production has continued to grow since 2011. As of 2022, China's alumina production reached 81.862 million tons, an increase of 5.7% compared to 2021. In terms of provincial and municipal distribution, the production distribution is relatively concentrated, with the top ten provinces accounting for 98% of the country's alumina production.

氧化铝纤维的主要成分是氧化铝,纤维中还含有一定量的其它成分,如SiO2、B4C、Fe2O3、ZrO2和MgO等。尽管我国氧化铝上游原材料铝土矿的本土资源较少,但近年来凭借着海外矿石的进口,目前我国已经发展成全球较大的氧化铝生产国。国家统计局数据显示,我国氧化铝产量2011年以来持续增长,截止2022年我国氧化铝产量达8186.2万吨,较2021年增长5.7%,省市分布而言,产量分布较为集中,产量排在前十的省份占据了全国98%的氧化铝产量。

 

3、 Global Development Status of Alumina Fiber

 

As one of the sub categories of ceramic fibers, alumina fiber has grown from $177 million in 2017 to $286 million in 2022 globally in recent years with breakthroughs in industrial technology and expansion of downstream demand. In terms of regional structure, the global alumina fiber market is mainly concentrated in the Americas, Europe, and Asia. The demand for alumina fiber in the Americas is mainly concentrated in the North American market, represented by the United States. In 2022, the scale of alumina fiber in the Americas will grow to $127 million; The demand for alumina fiber in Asia is mainly concentrated in countries and regions such as China and Japan. By 2022, the scale of alumina fiber in Asia will increase to 67 million US dollars; The consumption of alumina fiber in Europe is mainly dominated by Germany, France, the United Kingdom, Russia, and Italy. In 2022, the scale of alumina fiber in Europe will increase to 66 million US dollars.

氧化铝纤维作为陶瓷纤维细分品类之一,近年来随着产业技术的突破以及下游需求是的拓展,全球氧化铝纤维规模从2017年的1.77亿美元增长至2022年的2.86亿美元。区域结构而言,全球氧化铝纤维市场规模主要集中美洲、欧洲和亚洲地区。其中美洲地区氧化铝纤维需求主要集中在以美国为代表的北美市场,2022年美洲地区氧化铝纤维规模增长至1.27亿美元;亚洲地区氧化铝纤维需求主要集中在中国、日本等国家和地区,2022年亚洲地区氧化铝纤维规模增长至0.67亿美元;欧洲地区氧化铝纤维消费以德国、法国、英国、俄罗斯和意大利为主,2022年欧洲地区氧化铝纤维规模增长至0.66亿美元。

 

4、 The current situation of China's alumina fiber industry

 

As one of the typical representatives of inorganic ceramic fibers, alumina fibers have excellent properties such as high strength, high heat resistance, and high specific surface area. They are widely used in reinforced composite materials, biomedical materials, adsorption and filtration materials, and other fields. However, at present, alumina fibers still have problems such as difficulty in precise regulation of specific functional structures and inability to be produced on a large scale, which makes it difficult to meet practical applications and needs. Data shows that under the dual promotion of domestic policies and demand, the overall supply of alumina fiber in China continues to grow, but it is still less than one thousand tons. Specifically, China's alumina fiber production has increased from around 102.8 tons in 2017 to 653.5 tons in 2022, but it is still significantly lower than domestic demand. Data shows that China's alumina demand in 2022 was 897.9 tons, and the overall domestic supply can only meet about 70% of the demand.

氧化铝纤维作为无机陶瓷纤维的典型代表之一,具有高强度、耐热性高、比表面积高等优异性能,在增强复合材料、生物医学材料、吸附过滤材料等方面应用广泛。但目前氧化铝纤维仍存在对特定功能性结构难以精确调控、无法大规模生产等问题,难以满足实际应用和需求。数据显示,目前国内政策和需求双重推动下我国整体氧化铝纤维供给持续增长,但仍不及千吨,具体而言,我国氧化铝纤维产量从2017年的102.8吨左右增长至2022年的653.5吨,但仍明显低于国内需求,数据显示,我国2022年氧化铝需求量897.9吨,国内整体供给仅能满足7成左右需求。

 

Related report: Published by Zhiyan Consulting《Report on the Global Market Survey and Investment Opportunity Forecast of China's Alumina Fiber Industry from 2023 to 2029

 

Against the backdrop of the overall high-quality development of high-end synthetic fibers, the application field of alumina fibers continues to be extensive, driving demand to continue to improve, which is the main reason for the significant rapid growth trend of the alumina fiber market in China. Data shows that the market size of alumina fiber in China was only 126 million yuan in 2017, with an overall growth rate of around 20% or less from 2017 to 2020. In 2021, the demand for refractory and adsorption filtration in the overall market continued to grow, coupled with improved market recognition and technological development, the market size of alumina fiber in China increased significantly to 244 million US dollars. In 2022, the market size of alumina fiber in China reached 298 million yuan, an increase of 22.1% compared to 2021. In terms of the proportion of scale structure, the proportion of high-temperature insulation materials such as alumina fiber high-temperature furnaces has begun to decrease. Adsorption filtration and structural reinforcement have gradually become the main driving forces for the growth of alumina fiber scale, accounting for 32.3% in 2022, an increase of 6.9 percentage points from 2017.

整体高端化纤高质量发展背景下,氧化铝纤维应用领域持续广泛,带动需求持续向好,是我国氧化铝纤维市场规模呈现出明显的快速增长态势主要原因。数据显示,我国氧化铝纤维市场规模2017年仅1.26亿元,2017-2020年整体增速在20%左右及以下,2021年整体市场耐火和吸附过滤等领域需求持续增长,加之市场认可提升和技术发展,我国氧化铝纤维市场规模大增达2.44亿美元,2022年我国氧化纤维市场规模达2.98亿元,较2021年增长22.1%。规模结构占比而言,氧化铝纤维高温炉等高温绝热材料等占比开始降低,吸附过滤和结构增强等领域开始逐步成为氧化铝纤维规模增长的主要动力,2022年占比32.3%,较2017年增长6.9个百分点。

 

Aluminum oxide fiber is a key military material for national development and is a key material required by the country. Developed countries in Europe and America have used it as a strategic reserve material, imposing technological blockades on China and banning the sale of some products. Non banned products are sold at high prices and in limited quantities. In addition, China's overall alumina fiber material technology development is relatively late and lags behind developed countries. In the past, the overall alumina fiber was mainly imported. In recent years, with the promotion of relevant domestic technology research and the continuous entry of enterprises driven by demand, China's overall alumina fiber production capacity has continued to grow. While replacing the import volume, the import price of alumina fiber has been lowered. The degree of localization of alumina fiber in China has continued to increase, and the proportion of scale has been reduced. Data shows that in 2022, the domestic scale of alumina fiber in China accounted for about 67%. At the same time, in the past two years, with the increasing demand for alumina fiber in China and the tightening of supply and demand, the overall price of domestically.

氧化铝纤维是国家重点发展的军备材料,属国家重点需求材料。欧美发达国家将其作为战略储备材料,对我国进行技术封锁,部分产品禁售,非禁产品进行高价、限量销售,加之我国整体氧化铝纤维材料技术发展较晚,较发达国家落后明显,过去整体氧化铝纤维以进口为主,近年来随着国内相关技术研究推进加之需求带动企业持续入局,我国整体氧化铝纤维产能持续增长,替代进口量的同时拉低氧化铝纤维进口价格,我国氧化铝纤维国产化程度持续走高,规模占比而言,数据显示2022年我国氧化铝纤维国产规模占比67%左右,同时近两年随着国内整体氧化铝纤维需求走高,供需趋紧背景下整体国产氧化铝纤维价格有所上涨。

 

5、 Aluminum oxide fiber industry pattern

 

At present, the production capacity of China's alumina fiber industry is about 2000 tons, and the industry enterprises mainly include Luyang Energy saving, Shanghai Rongrong, Dongheng National Fiber, Huaxian Dongding, Xinweite, Oushiman Crystal, Weiye Crystal Fiber, etc. The overall technology in China has been blocked while the development is lagging behind, resulting in an import dependence of over 80%. With the expansion and implementation of overall alumina fiber production capacity in China, the degree of localization continues to increase. At present, the industry is still in a period of capacity expansion. For example, the first phase of the Shanghai Rongrong New Materials Advanced Manufacturing Base project was completed in the Lingang New Area of the Free Trade Zone. This project is one of the major engineering projects in Shanghai in 2022, with an investment of 3.8 billion yuan and an annual production capacity of up to 700 tons. It has the production capacity of high-temperature resistant alumina fiber new materials.

目前,我国氧化铝纤维行业产能约2000多吨,行业企业主要有鲁阳节能、上海榕融、东珩国纤、华纤东鼎、新威特、欧诗漫晶体、炜烨晶体纤维等。国内整体技术被封锁同时发展落后导致进口依赖度超八成,随着国内整体氧化铝纤维产能扩张和落地,国产化程度持续走高。目前行业仍处于产能扩张期,如上海榕融新材料先进制造基地一期项目在自贸区临港新片区落成,该项目为2022年上海市重大工程项目之一,一期项目投资38亿元,年产能可达700t,具备耐高温氧化铝纤维新材料生产能力。

Keywords: # alumina fiber # Dongheng national fiber # alumina continuous fiber # alumina fiber felt # alumina fiber felt # alumina fiber paper # refractory material # insulation material