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市场调查报告书
商品编码
1355002
全球生物聚酰胺市场评估:按类型、产品类型、最终用户、地区、机会、预测(2016-2030)Bio-polyamide Market Assessment, By Type, By Product Type, By End-user, By Region, Opportunities and Forecast, 2016-2030F |
全球生物聚酰胺市场规模预计将从2022年的2.087亿美元增至2030年的7.687亿美元,2023-2030年预测期间复合年增长率为17.7%。由于政府法规和政策促进生物基和可生物降解材料的使用,生物聚酰胺的需求和采用量正在激增。激励措施、补贴和强制措施鼓励世界各地的製造商和产业将生物聚酰胺纳入其产品中,以实现永续发展目标和环境标准。
在纺织领域,消费者对永续时尚的需求不断增长是采用生物聚酰胺的主要动力。时尚界对利用生物聚酰胺的可回收性和生物降解性的环保纺织品的追求凸显了它们作为永续製造实践不可或缺的一部分的作用。此外,在法规以及不断变化的行业和消费者偏好的推动下,生物聚酰胺正在成为一种可持续的解决方案。
此外,汽车产业不断努力减轻重量和提高燃油效率是生物聚酰胺采用的主要动力。随着永续性在汽车製造中变得越来越重要,生物聚酰胺的轻质和坚固特性使其成为传统材料的有吸引力的替代品,可减轻车辆重量和排放。
生物聚酰胺使纺织业能够创造出可生物降解、可组合和可回收的环保纺织品。这些属性对于减少生态足迹并支持循环经济原则的时尚品牌来说很有吸引力。因此,生物聚酰胺正日益成为纺织业为消费者提供可持续和负责任的选择的努力的一部分。
生物聚酰胺是金属和其他塑胶製成的传统重型零件的有吸引力的替代品。此外,生物聚酰胺有助于汽车产业的可持续发展,因为它们源自可再生资源,满足汽车製造商的可持续发展目标,并有助于遵守有关排放和环境影响的监管标准。不断增加努力在促进汽车产业的可持续发展方面发挥着重要作用。采用生物聚酰胺。
2022年,全球汽车产业销量较2020年成长10%。在预测期内,全球汽车销售的成长可能会持续下去,从而推动全球对生物聚酰胺的需求。
政府法规和政策正在推动生物聚酰胺的采用,主要是为了推广生物基和可生物降解材料。这些法规通常包括激励措施、补贴和强制措施,鼓励製造商和产业将生物聚酰胺纳入其产品线。生物聚酰胺的使用具有减少温室气体排放和提高永续性的潜力,因为生物聚酰胺源自可再生原料,与传统的化石基材料相比,有可能显着减少碳排放。这符合该产业改善环境的目标。其产品的品质。
COVID-19 大流行引发的全球供应链中断对生物聚酰胺造成了沉重打击。重要原料的短缺和物流挑战扰乱了生物聚酰胺的生产和分销,导致某些地区可能出现延误和短缺。此外,各国实施封锁及人员流动限制,导致汽车、纺织等下游产业出现劳动力短缺。这进一步阻碍了生物聚酰胺的使用并阻碍了其在多个地区的采用。经济不稳定和金融限制影响了消费者的购买决策并削弱了市场。
本报告研究和分析了全球生物聚酰胺市场,提供市场规模和预测、市场动态以及主要参与者的现状和前景。
Global bio-polyamide market size was valued at USD 208.7 million in 2022, which is expected to grow to USD 768.7 million in 2030, with a CAGR of 17.7% during the forecast period between 2023 and 2030. Bio-polyamides are experiencing a surge in demand and adoption driven by government regulations and policies that promote the use of bio-based and biodegradable materials. Incentives, subsidies, and mandates have incentivized manufacturers and industries across the globe to integrate bio-polyamides into their products to align with their sustainability goals and environmental standards.
In the textile sector, an increasing consumer demand for sustainable fashion has become a significant catalyst for adopting bio-polyamides. The fashion industry's pursuit of eco-friendly textiles, harnessing the recyclability and biodegradability of bio-polyamides, underscores their role as an essential component in sustainable manufacturing practices. Moreover, bio-polyamides have emerged as a sustainable solution driven by regulations and the evolving preferences of industries and consumers alike.
Additionally, the automotive sector's relentless pursuit of lightweight and improved fuel efficiency has emerged as a substantial driver for bio-polyamide adoption. With the growing emphasis on sustainability in vehicle manufacturing, bio-polyamides' lightweight and high-strength properties make them an appealing alternative to traditional materials, reducing vehicle weight and emissions.
Bio-polyamides allow the textile sector to create eco-friendly fabrics with biodegradability, composability, and recyclability attributes. These qualities appeal to fashion brands dedicated to reducing their ecological footprint and championing circular economy principles. Consequently, bio-polyamides are becoming increasingly integral to the textile industry's efforts to provide sustainable and responsible choices to consumers.
For instance, in July 2023, the business conditions within the global textile industry are improving as per the findings of the Global Textile Industry Survey (GTIS) conducted by the International Textile Manufacturers Federation (ITMF) during the first half of July 2023. Notably, many companies have demonstrated resilience and adaptability, with an increasing proportion reporting positive changes in their business situations despite the challenging economic environment. This improvement in the textile sector will increase the requirement for bio-polyamide in the global market.
Bio-polyamides are known for their lightweight properties and the ability to be engineered for high strength-to-weight ratios. They are an attractive alternative for replacing heavier components traditionally made from metals or other plastics. Furthermore, the automotive industry's growing commitment to sustainability plays a crucial role in driving the adoption of bio-polyamides as they are derived from renewable sources, aligned with the sustainability goals of the automakers, and contribute to meeting regulatory standards related to emissions and environmental impact.
In 2022, the global automotive industry experienced a 10% increase in sales compared to 2020. This increase in automotive sales will likely continue globally during the forecast period, driving the demand for bio-polyamides globally.
Government regulations and policies have driven bio-polyamide adoption primarily because they promote bio-based and biodegradable materials. These regulations often include incentives, subsidies, and mandates encouraging manufacturers and industries to integrate bio-polyamides into their product lines. Since bio-polyamides are derived from renewable feedstocks and have the potential to significantly reduce the carbon footprint compared to their traditional fossil-based counterparts, the usage of bio-polyamides aligns with the goals of industries aiming to curtail greenhouse gas emissions and achieve greater sustainability.
For instance, the scarcity of carbon credit will force industries to switch towards commodities from renewable feedstock, which drives the demand for bio-polyamides in the global market.
The global supply chain disruptions were triggered by the COVID-19 pandemic, which hurt bio-polyamide. Shortages of essential raw materials and logistic challenges disrupted the production and distribution of bio-polyamide, leading to potential delays and scarcities in specific regions. Additionally, lockdowns and movement restrictions imposed in various countries resulted in labor shortages in downstream sectors such as automotive and textile. This further impeded bio-polyamide application, hindering their adoption in multiple regions. Economic instability and financial constraints influenced consumer purchase decisions and weakened the bio-polyamide market.
The bio-polyamide market experienced relatively limited impacts from the Russia-Ukraine war. However, disrupted transportation routes are critical for raw materials and distribution network supply chains. Consequently, there were delays in the production and distribution, leading to occasional shortages of bio-polyamide supply. Simultaneously, the geopolitical instability resulting from market uncertainty influenced investment choices made in textile and transportation industries, affecting bio-polyamide adoption. Moreover, trade disruptions stemming from the conflict extended the operation of the automotive and textile sectors, weakening the demand for bio-polyamide.
Prominent bio-polyamide manufacturers strategically establish new manufacturing facilities to address the changing consumer preferences for biodegradable components. DOMO Chemicals announced the beginning of construction in March 2023 for its new plant in Haiyan, Jiaxing, Zhejiang, China. The new plants will produce TECHNYL polyamide-based grades and are expected to operate entirely by the end of Q1 2024.
The bio-polyamide market is promising, driven by sustainability demands, supportive regulations, expanding applications, and alignment with circular economy principles. The applications of bio-polyamides are rapidly growing. These versatile materials find utility across diverse industries, including automotive, textiles, packaging, and electronics. Continuous research and development are expected to yield bio-polyamides with enhanced properties, unlocking new application areas and propelling the market growth. Additionally, bio-polyamides are well-suited to embrace the principles of the circular economy. The potential for recyclability and composability positions them as key players in pursuing sustainable and closed-loop systems, resonating strongly with environmentally conscious industries and consumers.
All segments will be provided for all regions and countries covered
Companies mentioned above DO NOT hold any order as per market share and can be changed as per information available during research work.