市场调查报告书
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丙酮市场-2024年至2029年预测Acetone Market - Forecasts from 2024 to 2029 |
预计在预测期内(2024-2029年)全球丙酮市场的复合年增长率为4.85%。
丙酮,也称为丙酮,是一种无色液体。它通常被认为是安全的,因为它的含量极低,毒性低,并且具有自燃性。这种化学物质极易溶于水,并且干燥速度非常快,因此在家庭和工业中受到重视。丙酮的常见用途包括油漆稀释剂、汽车和家具清漆、纺织品脱脂和塑胶製造。此外,美国食品药物管理局已确定丙酮可以安全地用作黏剂和食品接触被覆剂的间接添加剂。一些政府机构和研究机构正在欧洲化学品管理局的 REACH 计划、世界卫生组织的国际化学品安全计划以及美国环保署的综合风险和资讯系统评估计划下调查丙酮的影响。
由于可用的配方和衍生物多种多样,丙酮产品越来越多地用于医疗、电子和汽车涂料等行业。此外,更专业和更专业的子区隔的变化,例如丙酮在为特定行业形成高性能黏剂和溶剂方面的进步,开闢了新的消费途径和市场可能性。这将导致各种应用的总消费并扩大市场,同时提高丙酮的性能。
随着世界上建筑物数量的不断增加,丙酮市场也得到了高度开发。根据美国人口普查局和美国住房与城市发展部2024年4月发布的住宅建设数据,共有144万张建筑许可证和162.3万套已竣工住宅。
在建筑领域,丙酮作为油漆和被覆剂中的溶剂可提供付加,特别是在与涂漆表面开发相关的製程中。这提高了架构和桥樑等基础设施的美观。例如,规划委员会的基础设施秘书处正在努力透过实施多项政策在印度创造世界一流的基础设施实践。这些政策重点关注桥樑、水坝、电力、道路和城市基础设施的发展。
除此之外,赢创的新型 VESTA eCO 牌号因其机械强度、耐用性、耐化学性、优异的附着力和低二氧化碳排放而成为现代涂料系统的理想涂料,预计将用作油漆、涂料和涂料中的永续成分。它还具有用于高性能复合材料的潜力,例如风力发电机叶轮和汽车内部装潢建材,以生产更高品质的仪錶面板和装饰,以及先进的化学合成方法。
在电子和电气工业中,丙酮用于清洗电路基板和电子元件,以去除助焊剂和其他物质。它还用于生产电子元件组装所需的特殊黏剂和被覆剂,以确保最大的性能和耐用性。根据《2020 年世界电子更新》,电子产业价值超过 2.9 兆美元。
此外,丙酮经常用于半导体装置製造中,以从硅晶片上去除光阻剂材料,这是微影製程中的关键步骤。它也用于半导体表面的清洗和脱脂,从而可以製造高品质的装置。 2022 年 1 月,商务部发布了一份资讯请求,以帮助引导 CHIPS 法案资助的计划,以支持强劲的国内半导体产业。此外,印度等国家的大部分半导体需求都依赖进口。据国际贸易局称,印度95%的半导体从中国、台湾、韩国和新加坡进口。由于半导体和电子设备需求的增加,丙酮市场预计将成长。
亚太地区的丙酮市场受到印度和中国等国家汽车、电子和化学品等产业不断工业化的推动。丙酮用于生产塑胶、黏剂、被覆剂和溶剂,促进了该地区製造业的成长。丙酮用于塑胶和聚合物工业,用于生产聚碳酸酯等产品,需求不断增加。例如,印度的塑胶工业是该国的重要产业之一。印度塑胶工业的历史可以追溯到1957年的聚苯乙烯生产。根据印度品牌股权基金会2024年4月公布的最新资料,印度政府计划在未来四年内将塑胶产业的经济活动增加3,000亿卢比(378亿美元)至10兆卢比(378亿美元)至五年)。
推动丙酮市场的另一个重要因素是电子产业的成长。印度投资局表示,到 2023 年,印度电子产业的产值预计将达到 1,550 亿美元(约 15 兆日圆),其中本土製造商占 65%。不过,根据上海市人民政府公告,2023年中国家电业零售额将成长4%,达3,050亿美元,2024年成长率将上升至5%。
同时,Semicon India 计划设立了 100 亿美元的激励措施,永续印度展示该行业的技术领先地位铺平道路。因此,这种材料可作为基石,确保各种电子产品的性能并影响市场成长。
不断增加的技术开发和研究支出将进一步推动亚太地区丙酮产业的创新和永续性。丙酮在电子和电气行业的使用以及在汽车行业的使用正在推动亚太地区对丙酮产品的需求。
得益于可再生丙酮,赢创提供的异佛尔酮产品在整个异佛尔酮生产链中的二氧化碳排放显着减少。新的eCO产品透过赢创交联剂的知名品牌系列提供:用于异佛尔酮的VESTASOL IP eCO、用于异佛尔酮二胺的VESTAMIN IPD eCO和用于异佛尔酮二异二异氰酸盐的VESTANAT IPDI eCO。
The global acetone market is anticipated to register a compound annual growth rate (CAGR) of 4.85% during the projection period (2024 and 2029).
Acetone, which is also known as propanone is a type of liquid that is colorless in nature. It is generally considered safe as it exists in minimum quantities, has low toxicity, and is naturally inflammable. This chemical dissolves very well in water and tends to dry up very quickly, making it useful in homes and industries. Some common uses of acetone are as paint thinner, automobile or furniture varnish, deglaze or degrease of textile products, and in plastics production. Moreover, the US Food and Drug Administration has decided that acetone is safe to use as an indirect additive in adhesives and food-contact coatings. Several governmental and research bodies have looked into the impacts of acetone under the REACH program of the European Chemicals Agency, the WHO International Program on Chemical Safety, and the EPA's Integrated Risk and Information System Assessment program.
In formulations and derivations, the versatility of acetone products expands its utilization in industries like medicals, electronics, and automotive coatings. Additionally, changes in the more specialized and specific sub-segments, for example, advances in acetone in forming high-performance adhesives or solvents for specific industries, open up new avenues for consumption and market potential. This leads to total consumption across different uses while enhancing the performance of acetone, thus expanding the market.
With the growth in building construction around the globe, the acetone market is being utilized immensely. According to new residential construction figures released by the United States Census Bureau and the United States Department of Housing and Urban Development in April 2024, the number of building permits was 1,440,000, while housing completions were 1,623,000.
In building and construction, acetone as a solvent for paints and coatings offers value addition, especially in processes related to the development of painting surfaces. This enhances the architectural beauty of buildings, bridges, and other infrastructure developments. For instance, the secretariat of infrastructure in the planning commission is engaged in practicing the formation of world-class infrastructure in India by implementing multiple policies. These policies focus on bridges, dams, power, roads, and urban infrastructure development.
Alongside this, due to their mechanical strength, durability, and other features such as chemical resistance, excellent adhesion, and low CO2 emissions, the new VESTA eCO grades offered by Evonik are expected to be used as a sustainable component in paint, lacquer, and binder materials for modern coating systems. They may also be used in high-performance composite materials such as wind turbine rotor blades or vehicle interiors to manufacture higher quality instrument panels and trims, as well as in the most recent chemical synthesis methods.
In the electronics and electrical industry, acetone is used to clean circuit boards and electronic components to remove flux and other substances on the surface. It is also used to create special types of adhesive and coatings necessary for electronic assembly, which provides maximum performance and durability in use. According to the World Electronics Update 2020, the electronics sector crossed $2.9 trillion.
Moreover, acetone is largely used in semiconductor device manufacturing to remove photoresist materials from silicon wafers, a critical step in photolithography procedures. It is also used to clean and degrease semiconductor surfaces, which ensures high-quality device production. In January 2022, the Department of Commerce released a Request for Information to assist steer CHIPS Act-funded programs to support a robust domestic semiconductor sector. Moreover, countries like India depend on imports for almost all their semiconductor demands. The International Trade Administration further states that India imports 95 percent of its semiconductors from China, Taiwan, South Korea, and Singapore. Owing to the increased demand for semiconductors and electronics, the acetone market is expected to grow.
The Asia Pacific acetone market is being boosted by rising industrialization in industries such as automotive, electronics, and chemicals in nations like India and China. Acetone is used to produce plastics, adhesives, coatings, and solvents, which helps the region's manufacturing growth. Increased acetone usage in products like polycarbonates by the plastics and polymers industry also increases demand. For instance, the Indian plastic industry is one of the significant industries in the country. The history of the plastic industry in India dates back to as early as 1957 with the production of polystyrene. As per the latest data reported by India Brand Equity Foundation in April 2024, the Indian government aims to boost the plastic industry's economic activity from Rs. 3 lakh crore (US$ 37.8 billion) to Rs. 10 lakh crore (US$ 126 billion) within the upcoming 4-5 years' time span.
Another significant factor upsurging the acetone market is the growth in the electronics industry. In 2023, India's electronics sector was estimated at $155 billion, with local manufacturers accounting for 65%, as stated by Invest India. Nevertheless, as per Shanghai Municipal People's Government, the retail sales of China's consumer electronics sector expanded by 4% to US$305 billion in 2023, with the growth rate increasing to 5% in 2024.
Alongside this, to pave the way for India's technological leadership in the industry, the Semicon India Program was established with an incentive outlay of US$10 Billion to develop a sustainable semiconductor and display ecosystem in the nation. This material thus serves as a cornerstone and ensures the performance of a wide array of electronic products, which impacts market growth.
Technological developments and increased research spending further help drive innovation and sustainability in Asia Pacific's acetone industry. The use of acetone in the electronics and electrical sector, coupled with its usage in the automotive industry interior, fuels the demand for the product in the Asia Pacific region.
Evonik offers isophorone-based products with a much lower CO2 footprint across the isophorone manufacturing chain due to renewable acetone. The new eCO products are accessible through Evonik Crosslinkers' well-known brand families: VESTASOL IP eCO for isophorone, VESTAMIN IPD eCO for isophorone diamine, and VESTANAT IPDI eCO for isophorone diisocyanate.