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市场调查报告书
商品编码
1567881
2030 年北美电镀市场预测 - 区域分析 - 按金属、类型和最终用途行业North America Electroplating Market Forecast to 2030 - Regional Analysis - by Metal, Type, and End-Use Industry |
北美电镀市场预计将从2022年的103.2675亿美元成长到2030年的134.3901亿美元。
塑胶电镀使用的增加推动了北美电镀市场
塑胶电镀的日益普及为各种应用提供了有效的解决方案,特别是在汽车和电子行业。此外,由于其轻质、成本效益和耐腐蚀性,汽车产业对塑胶电镀的需求很高。此外,塑胶在汽车行业的使用不断增加,以提供轻量化解决方案。随着塑胶复合材料的日益普及,业界对塑胶电镀金属的需求不断增加,以增强材料的外观和质量,并为非导电塑胶表面提供导电性。电镀塑胶有两种方法。第一种方法是使表面粗糙以使金属黏附。然后,在该层上电镀以形成金属层。此製程称为化学镀、自动催化镀或化学镀。第二种方法是在塑胶上涂上导电漆,然后进行电镀。杜邦等全球市场参与者正在提供高性能、环保的塑胶表面电镀。杜邦在表面处理方面数十年的专业知识和对新技术的投资使得电镀塑胶增值产品和製程的开发成为可能。
北美洲电镀市场概况
北美地区包括美国和加拿大等已开发经济体以及发展中国家墨西哥。这些公司不断增强其整体业务流程,以尽可能最好的方式满足客户的需求。几家从事电镀市场的国内外公司在北美地区拥有强大的立足点。在该地区,美国是电镀的主要市场,其次是加拿大和墨西哥。北美地区透过有效的製造和贸易政策在很大程度上支持电镀市场的成长。电镀基本上是透过电镀工艺在另一块金属上施加金属涂层的过程。在电镀过程中,沉积的金属透过电镀/涂层成为现有产品的一部分。在电镀中,阳极和阴极(待镀金属部分)主要浸入电解槽中,该电解槽由盐溶液组成,其中包括待镀金属。直流电 (DC) 透过溶液,影响金属离子转移到阴极表面,将金属电镀到物品上。电镀主要有几种材料的能力。电镀(涂装)製程所使用的材料主要取决于电镀浴的成分以及沉积条件。以下是最常用的材料:镍、铬、钯或钯镍合金、黑镍/铬、金、银、铜、锡、铂、钌、镉、黄铜和锌。
电镀广泛应用于汽车、电子电气、航空航太、国防、医疗等行业,也用于装饰艺术,以提高物体的表面质量,如耐磨性、耐腐蚀性、润滑性、反射性、电性等。导电性或外观。该地区上述行业的成长以及电镀在各种产品中的广泛使用正在影响市场的成长。展示电镀用途的一个很好的例子是在医疗器材产业的应用。许多医疗设备部件都是用镍製造的。然而,镍不应该与人体直接接触。因此,为了防止这种接触,镍表面涂有钯或金涂层。汽车和摩托车的电镀和金属表面处理不仅限于电镀。一种称为化学镀的工艺,涉及在不引入电流的情况下将金属沉积到基材上,广泛应用于许多汽车製造应用中。多年来,镀锌一直发挥着重要作用,主要是在汽车产业。具体来说,锌和锌镍合金通常镀在零件上,包括煞车系统和传动部件、底盘硬体以及各种引擎零件,以防止腐蚀。汽车和摩托车的电镀和金属表面处理不仅限于电镀。一种称为化学镀的工艺,涉及在不引入电流的情况下将金属沉积到基材上,广泛应用于许多汽车製造应用中。
北美电镀市场收入及2030年预测(百万美元)
北美电镀市场细分
北美电镀市场分为金属、类型、最终用途产业和国家。
根据金属,北美电镀市场分为金、银、铜、镍等。 2022年,镍市场占据北美电镀市场最大份额。
从类型来看,北美电镀市场分为滚镀、挂镀、连续镀和线镀。 2022年,滚镀领域在北美电镀市场中占据最大份额。
根据最终用途产业,北美电镀市场分为汽车、电气和电子、航空航太和国防、医疗等。 2022年,电气和电子领域在北美电镀市场中占据最大份额。
按国家/地区划分,北美电镀市场分为美国、加拿大和墨西哥。 2022年,美国主导北美电镀市场。
安美特德国有限公司两合公司;精美实业有限公司;克莱因电镀厂有限公司;精密电镀公司;沙勒特电镀有限公司;美国萨米特公司;和诚义兴塑胶电镀厂有限公司是北美电镀市场上的一些领先公司。
The North America electroplating market is expected to grow from US$ 10,326.75 million in 2022 to US$ 13,439.01 million by 2030. It is estimated to grow at a CAGR of 3.3% from 2022 to 2030.
Increasing Use of Electroplating on Plastics Fuels North America Electroplating Market
Increasing adoption of plating on plastics provides an effective solution in a wide range of applications, especially in the automotive and electronics industries. Furthermore, there is a high demand for plating on plastic in the automotive industry owing to its lightweight, cost-effectiveness, and corrosion resistance. Additionally, the utilization of plastics in the automotive industry is rising to offer lightweight solutions. With the increasing popularity of plastic composites, the requirement for plating plastics with metals is rising in the industry to enhance the appearance and quality of the material and provide electrical conductivity to a nonconductive plastic surface. There are two methods to plate plastic. The first method is to roughen the surface to allow the metal to adhere. Then, electroplate over that layer to build up layers of metal. The process is called electroless, auto catalytic, or chemical plating. The second method is to apply conductive paint to the plastic and then electroplate it. Global market players such as DuPont are offering high-performing, environmental-friendly plating on plastic surfaces. DuPont's decades of expertise in surface preparation and investment in novel technology enable the development of value-added products and processes for plating plastics.
North America Electroplating Market Overview
The North America region comprises developed economies such as the U.S. and Canada as well as Mexico as a developing nation. The companies are continuously enhancing their overall business processes to meet the customers' demands in the best possible way. Several domestic and international companies operating in the electroplating market have a strong foothold in the North American region. In this region, the United States is a major market for electroplating, followed by Canada, along with Mexico. The North America region largely supports the growth of the electroplating market through effective manufacture and trade policies. Electroplating is basically a process of applying a metal coating on another piece of metal through an electro-deposition process. In the electroplating process, the deposited metal becomes part of the existing product with the plating/coating. In electroplating, both the anode and the cathode (the metal part to be coated) are mainly immersed in an electrolytic bath, which is composed of a solution of salts, including the metal to be plated. A direct current (DC) is passed through the solution, affecting the transfer of metal ions onto the cathodic surface, plating the metal onto the item. Electroplating mainly comes with several material capabilities. The materials utilized in the plating (coating) process mainly depend on the composition of the plating bath as well as the deposition conditions. Here are the most utilized materials: Nickel, Chromium, Palladium or Palladium Nickel Alloy, Black nickel/chromium, Gold, Silver, Copper, Tin, Platinum, Ruthenium, Cadmium, Brass, and Zinc.
Electroplating is widely used in industries, including automotive, electrical & electronics, aerospace, and defense, medical, and others, also used in decorative arts to improve the surface qualities of objects-such as resistance to abrasion and corrosion, lubricity, reflectivity, electrical conductivity, or appearance. The growth of the above-mentioned industries in this region and the extensive use of electroplating in various products are influencing the market growth. A good example to show the purpose of electroplating is an application in the medical devices industry. A lot of components for medical devices are created with nickel. Nickel, however, is not supposed to come into direct contact with the human body. So, to prevent that contact from occurring, a coating of palladium or gold is applied to the nickel surface. Plating and metal finishing for cars and motorcycles is not limited to electroplating. A process known as electroless plating, which involves the deposition of metal onto a substrate without the introduction of an electric current, is widely used in many automotive manufacturing applications. Zinc plating has played a significant role, mainly in the automotive industry for many years. Specifically, zinc and zinc-nickel alloys are often plated onto parts, including braking system and transmission components, chassis hardware, and various engine parts to protect against corrosion. Plating and metal finishing for cars and motorcycles is not limited to electroplating. A process known as electroless plating, which involves the deposition of metal onto a substrate without the introduction of an electric current, is widely used in many automotive manufacturing applications.
North America Electroplating Market Revenue and Forecast to 2030 (US$ Million)
North America Electroplating Market Segmentation
The North America electroplating market is segmented into metal, type, end-use industry, and country .
Based on metal , the North America electroplating market is segmented into gold, silver, copper, nickel, and others. The nickel segment held the largest share of the North America electroplating market in 2022.
In terms of type , the North America electroplating market is categorized into barrel plating, rack plating, continuous plating, and line plating . The barrel plating segment held the largest share of the North America electroplating market in 2022.
Based on end-use industry , the North America electroplating market is segmented into automotive, electrical & electronics, aerospace & defence, medical, and others. The electrical & electronics segment held the largest share of the North America electroplating market in 2022.
Based on country, the North America electroplating market is segmented into the US, Canada, and Mexico. The US dominated the North America electroplating market in 2022.
Atotech Deutschland GmbH & Co. KG; Jing Mei Industrial Ltd; Klein Plating Works, Inc.; Precision Plating Co; Sharretts Plating Co Inc; Summit Corp of America; and Cherng Yi Hsing Plastic Plating Factory Co., Ltd. are some of the leading companies operating in the North America electroplating market.