市场调查报告书
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2030 年逆反射材料市场预测 - 按产品类型、技术、应用、最终用户和地区划分的全球分析Retro-Reflective Materials Market Forecasts to 2030 - Global Analysis By Product Type, Technology, Application, End User and By Geography |
根据 Stratistics MRC 的数据,2023 年全球反光材料市场规模将达到 122.8 亿美元,预测期内復合年增长率为 19.5%,到 2030 年将达到 357.6 亿美元,预计将达到美元。
后向反射器由微小的玻璃珠组成,能够以比反射器更宽的角度将光直接反射向光源,并且无论入射方向如何,都能够将入射能量反射迴光源。我在这里。 高檔夹克、跑步服、骑行服以及专业安全服(如阻燃服中使用的反光带)均采用反光材料製成。 这种材料还用于製造睡袋并增加製造环境中条形码的读取范围。
根据交通部的一项研究,交通死亡统计数据显示,40% 的车祸发生在夜间。 这些因素显着增加了交通安全和标牌对反光材料的需求。
全球游客数量的增加增加了对骑行服装(包括夹克和摩托车设计)的需求,预计这将在预测期内推动反光市场的增长。 建筑和基础设施项目的快速增长也推动了对反光材料的需求,这些项目增加了标誌牌和道路颜色标记的使用。 此外,由于反光材料广泛用于製造增强安全的车牌和车辆零部件,反光材料的市场正在扩大。
反射背光的材料的保质期有限。 采用薄膜、片材和胶带等反光材料的产品的使用寿命为 2 至 10 年。 然而,这些薄膜、片材和胶带持续暴露在高温和恶劣的天气条件下会缩短其使用寿命。 此外,服装上的反光油墨的保质期为 12 个月。 因此,应定期更换这些后向反射器。 对于最终用户来说,这增加了购买成本。 如果延长这些材料的保质期,就可以提高它们的耐用性和为用户提供的经济效益。
在道路标记、标誌牌和安全锥等应用中,建筑和基础设施行业使用这些材料获得了很大的市场收入份额。 在全球范围内,建筑和基础设施行业正在扩张。 例如,根据印度品牌资产基金会(IBEF)的数据,印度政府2017年实施了783个项目,建筑项目从2016年到2017年增长了1.23%。 如此大型的政府项目需要大量的逆向反光涂料来绘製高速公路标记,以确保交通安全。
与常规反光产品相比,反光材料的製造成本较高,这也限制了市场潜力。 然而,反光产品的保质期有限以及产品安全意识低下,给全球反光材料市场带来了挑战。 这些因素阻碍了市场趋势。
COVID-19 疫情对全球大多数公司造成了不利影响,包括逆反射市场。 建筑业将面临低销售和高利率的挑战。 一般来说,依赖群体协作和人际关係的行业,例如道路建设,很可能会遇到困难。 预计新型冠状病毒 (COVID-19) 导致的停工将在不久的将来对各行业对反光材料的使用和需求产生不利影响。
逆向反射市场由微棱镜技术类别主导,预计这一趋势将在整个预测期内持续下去。 这项技术增加了材料的逆向反射率,当与逆向反射材料结合使用时,微棱镜可以最大限度地减少光的色散,并儘可能地将光返回到光源。
预计薄膜、片材和胶带类别在预测期内将呈现最高的复合年增长率。 影响该细分市场增长的因素与汽车行业对反光胶带和反光膜的需求不断增长有关。 此外,卡车车身和尾部都覆盖有反光胶带,以提高能见度并减少事故,这可能有助于该行业的发展。
由于中国、印度和日本的汽车工业高度发达,以及该地区纺织和建筑业最近的增长,预计亚太地区将主导全球市场。Masu。 逆向反射材料经常用于可用于多种目的的纺织品中。 然而,为了给服装和配饰提供明亮的反光外观,微棱镜技术使用在聚合物薄膜上创建的逆反射微型棱镜。 该地区正在进行的民用和商业建筑项目预计将在预测期内刺激该行业的扩张。
由于中国和印度等新兴经济体对汽车的需求不断增加,预计亚太地区在整个预测期内将实现利润丰厚的增长。 此外,为保证工人安全而出台的严格政府法规预计将增加对反光膜和胶带的需求。 在预测期内,该行业的增长预计也将受到新公路和铁路的建设和维护的推动。 此外,该地区不断增长的汽车需求预计也将推动该行业的增长。
2022 年 4 月,Quoc 发布了兼容 SPD 的切尔西靴。 郭鹤年表示,这款靴子的鞋面由双色绒面革製成,正面经过全蜡处理以防水。 鞋面的最后一环是环绕后跟的一圈 3M 反光小圆点。
2019年9月,美国领先的车辆图形製造商KAY AUTOMOTIVE GRAPHICS被领先的反光材料製造商ORAFOL收购。 ORAFOL 进行此次收购是为了增强其在北美的能力并扩大其市场范围。
According to Stratistics MRC, the Global Retro-Reflective Materials Market is accounted for $12.28 billion in 2023 and is expected to reach $35.76 billion by 2030 growing at a CAGR of 19.5% during the forecast period. Retro-reflective material is made up of small glass beads that reflect light directly back toward its source at a broader angle than reflective material, it has ability to reflect incident energy back toward its source regardless of the direction of incidence. High-end jackets, running and bicycle equipment, as well as professional safety uniforms like reflective tape for clothes used for fire retardants, are all made with retro-reflective materials. This material is also used to make sleeping tents and to extend the scanning range of barcodes in manufacturing environments.
According to research by the Department for Transport, road casualty statistics show that 40 percent of collisions occur in the hours of darkness. Due to such factors, the demand for retro-reflective materials for road safety and signs has been growing significantly.
The demand for riding apparel, including jackets and motorcycle designs, has increased due to an increase in tourism across the world, and this is anticipated to fuel the market for retro-reflective materials over the forecast period. The need for retro-reflective materials is also driven by the rapid growth in construction and infrastructure projects, which has increased the use of signboards and road color marking. Additionally, the market for retro-reflective material is growing as a result of the extensive usage of retro-reflective material in manufacturing high-security number plates and vehicle parts.
Materials that reflect backlighting have a limited shelf life. Products that are retroreflective, like films, sheets, and tapes, have a performance life of two to ten years. Continuously exposing these films, sheets, and tapes to high heat or severe weather conditions, however, shortens their useful performance lives much more. Additionally, the apparel's use of retro-reflective inks has a 12-month shelf life. Therefore, it is necessary to replace these retro-reflective materials on a regular basis. For end users, this raises the cost of purchasing. If these materials' shelf lives were extended, their durability and the financial benefits they provide users may both increase.
The usage of these materials in the construction and infrastructure sectors, in applications like road markings, signboards, and safety cones, among others, generates a sizeable portion of the market's revenue. Globally, the construction and infrastructure sectors are expanding. For instance, the Indian government undertook 783 projects in 2017, and the building projects witnessed an increase of 1.23% from 2016 to 2017, according to the Indian Brand Equity Foundation (IBEF). It requires a lot of retro-reflective paint to paint the markings on the highways needed to assure traffic safety for such major government projects.
The market's potential will also be constrained by the high manufacturing cost of retro-reflective materials compared to ordinary reflective products. The limited shelf life of retro-reflective products and a lack of awareness about security products, however, provide challenges for the global market for retro-reflective materials. These elements are hindering the market trends.
The COVID-19 outbreak has had a negative impact on the majority of enterprises around the world, including the market for retroreflective materials. The construction industry will face challenges with both low sales and high interest rates. In general, any industry that relies on group collaboration and interpersonal interaction, like the construction of roads, will encounter difficulties. The COVID-19 shutdowns are anticipated to have a negative influence on the usage and demand of retro-reflective materials across industries in the near future.
The retro-reflective materials market will be dominated by the micro prismatic technology category, and this trend is anticipated to continue throughout the forecast period. This technique raises the retro reflectivity of a substance. Additionally, when used with retro-reflective materials, microprisms offer minimal light dispersion and assure maximum light return to the source as much as possible.
Over the course of the projection period, the category for films, sheets, and tapes is predicted to have the highest CAGR. The factors influencing the segment's growth are linked to the increased demand for retro-reflective tapes and films in the automotive industry. Additionally, trucks' bodies and tails are covered in retro-reflective tape to improve visibility and decrease accidents, which could aid in the industry's growth.
Due to China, India, and Japan's highly established automotive sectors, as well as the region's recent growth in the textile and construction industries, Asia-Pacific is predicted to dominate the global market. Textiles that can be used for a variety of applications frequently incorporate retro-reflective materials. However, to provide clothing and accessories a bright, reflected appearance, micro-prismatic technology uses retro-reflective microscopic prisms created on a polymeric film. Over the forecast period, it is also projected that the region's ongoing civil and commercial construction projects will fuel industry expansion.
Owing to the increased demand for automobiles in developing economies like China, India, and others, Asia Pacific is anticipated to experience lucrative growth throughout the extrapolated period. In order to safeguard the safety of the workforce, it is also projected that the introduction of strict government rules will increase demand for retro-reflective films and tapes. Over the forecast period, the growth of the industry is also expected to be fueled by the construction and maintenance of new roads and railroads. Additionally, it is projected that the region's increasing need for vehicles will help the industry grow.
Some of the key players in Retro-Reflective Materials market include 3M Company, Asian Paints PPG, Avery Dennison Corporation, Changzhou Hua R Sheng Reflective Material Co., Ltd, Coats Group Plc, Dominic Optical, Nippon Carbide Industries Co., Inc, ORAFOL Europe GmbH, Paiho Group, REFLOMAX Co., Ltd and Unitika Sparklite Ltd.
In April 2022, Quoc introduced the SPD-compatible Chelsea Boot. Quoc said that the boot's upper was constructed from two-toned suede with a fully waxed front to make it water-resistant. The finish on the upper is a ring of tiny 3M reflective dots around the heel.
In September 2019, A major producer of vehicle graphics in the United States, KAY AUTOMOTIVE GRAPHICS, was acquired by ORAFOL, a leading manufacturer of retro reflective materials. ORAFOL made the transaction in order to bolster its capabilities and broaden its market reach in North America.
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