Automotive Lightweight Material Market Information Report by Material (Metal, Rubber, Plastic and Others), By Application (Interior, Exterior, Structural and Others), By Vehicle Type (Heavy Commercial Vehicles, Light Commercial Vehicles, Passenger Vehicles and Others) and By Region - Global Forecast to 2030

Automotive Lightweight Material Market Overview:

Automotive Lightweight Material Market size is projected to reach a USD of 95 Billion and a CAGR of 7% during the estimated forecasted period. The automotive lightweight material market was estimated at a USD of 95 billion in 2020. 

You must know that Automotive Lightweight Materials are mainly the materials utilized in autos to diminish the weight and speeding up and eco-friendliness of the car. These lightweight materials are useful for building the edge of vehicles due to benefits given by them like less material utilization, low consumption rate, upgraded strength, and further development taking care of the automotive lightweight material market. 

One of the critical drivers for the development of automotive lightweight material market is the expansion in eco-friendliness accomplished by using lightweight materials in the auto. The development of strict guidelines by the public authority to control carbon dioxide discharges is prompting the expanded selection of lightweight materials for use in vehicles, consequently driving the development of the automotive lightweight material market. Nonetheless, the development of this automotive lightweight material market is relied upon to be limited by higher estimating of lightweight materials in autos like carbon filaments and others.

Covid-19 Impact

The outbreak of COVID-19 has affected and upset the store network of the whole Automotive Lightweight Material environment, with end underway offices across the globe. This situation is required to influence the automotive lightweight material market, as the development of the market is straightforwardly identified with the creation of vehicles. The decrease in vehicle creation is required to antagonistically influence the automotive lightweight material industry. Vacillation in crude material costs and significant expense of carbon fiber limit carbon use in assembling car segments as it is more costly than steel

Market Dynamics 

Significant market driver

Stringent emanation and efficiency guidelines are the key drivers that are influencing the automotive lightweight material market. A few governments across the globe have presented tough discharge and efficiency guidelines for vehicles. These guidelines have constrained auto OEMs to expand the utilization of lightweight materials, for example, lightweight metals, composites, and plastics. Progressed lightweight materials assist with expanding the efficiency of a vehicle while guaranteeing wellbeing and execution. The utilization of lightweight materials lessens fuel utilization in a vehicle because less weight requires some investment of speed increase. Motor segments can withstand high pressing factors and temperature using cutting-edge materials, which helps increment effectiveness and brings down outflow. With the blend of HSS, aluminum, magnesium, composites, and different materials, the multi-material plans utilize an arrangement of approaches keeping the best properties of materials at a suitable spot. Productive plan, assembling, material determination, and gathering can viably bring about light-weighting.

Opportunities

The significant opportunity in the automotive lightweight material market is an upward pattern of vehicle jolt. The presentation of electric vehicles has brought about an innovative transformation in the auto business. These vehicles have overall execution than their interior burning partners. Factors like the increment in natural mindfulness, government support and motivators, and ventures by OEMs have made ready for electric vehicles. Electric vehicles are more proficient, energy-autonomous, and better than gas options. Since electric vehicles have low-force motors, they utilize lightweight materials that drive the motor's pulling limit. Along these lines, the expanding interest in electric vehicles gives a chance to develop the automotive lightweight material market.

Restraints

A high expense like the material expense and interaction cost is a restraining factor that is hampering the growth of the automotive lightweight material market. For example, the significant expense of materials, for example, carbon fiber-supported composites, titanium, and magnesium, can obstruct the general use of these materials. The cost of 1 kg of Carbon Fiber Reinforced Polymers for auto-grade can go up to 3900% more than typical steel, and the cost of titanium can go up to 900% more than ordinary steel. Thus, the utilization of CFRP is confined to very good quality vehicles like Bugatti, BMW, McLaren, Lamborghini, Ferrari, and other hustling vehicles. Glass Fiber Reinforced Plastics cost roughly 400% more than typical steel. The use of this material is relied upon to increment, as its cost has diminished in the most recent couple of years. The cost of high-strength steel is higher than normal steel yet lower than aluminum, fiber composites, and magnesium. It is subsequently utilized as a lightweight material via car OEMs worldwide. As crude materials have a significant expense, OEMs in agricultural nations, who rely more upon economy traveler vehicles, really like to utilize traditional materials than lightweight materials. Notwithstanding, the utilization of lightweight materials is required to increment steadily in the coming years.

Challenges

Maintenance of lightweight material is the key challenge in the automotive lightweight material market. The significant expense, lightweight materials require high upkeep. Lightweight materials have incredible strength and inflexibility. Be that as it may, their flimsy parts are difficult to follow. For instance, the upkeep of carbon fiber parts is troublesome. Actual harm can't be seen by unaided eyes yet with the assistance of acoustic discharge discovery or warm, ultrasonic, or x-beam imaging. To lessen weight, numerous OEMs foster monocoque out of a solitary material without joints and welds. This invigorates the construction and is lightweight; however, in the event of a mishap, the entire monocoque should be changed as it is one piece, which is an expensive issue. Consequently, it is a test in the lightweight materials industry to make materials that are not difficult to fix and contrast with standard steel.

Growth Analysis

The Automotive Lightweight Material market will register a growth of 7.20% for the estimated time of 2027. An increasing pattern of vehicle charge is required to upgrade the automotive lightweight material market development. Expanding strength and timeframe of realistic usability of the item is required to improve the market development. A portion of different factors like severe discharge and mileage guidelines, expanding government drives for weight decrease, developing interest for eco-friendliness and decreasing destructive synthetic compounds, and developing pervasiveness for lightweight vehicles are relied upon to speed up the lightweight material market in the estimated time frame.

Segment Overview

By Material 

Metals composites held a huge worth offer in the worldwide automotive lightweight material market in the year 2020. There are different kinds of lightweight materials like aluminum and Magnesium, and Titanium broadly utilized in the auto area. They are more grounded and lighter when contrasted with steel. Subsequently, they are required to be widely utilized in future vehicles, for example, electric and battery-controlled vehicles. 

By Application 

Powertrain application is expected to be the quickest developing section over the forecasted time frame in the automotive lightweight material market. As powertrain offers over twenty-seven percent of the vehicle's weight, the portion offers tremendous potential for the execution of lightweight material. Subsequently, the execution of lightweight material has flooded in the powertrain portion inside ongoing years. For example, the motor squares were traditionally planned to utilize solid metal and heavy steel. Then again, with the expanding pattern of lightweight materials, aluminum lodgings have now supplanted the traditional materials. 

By region

The Asia Pacific was projected as the leader as far as utilization for the year 2020 attributable to rapid development in the appropriation of electric and electric crossover vehicles in the area. Some Asian nations, for example, China, India, Japan, and Korea, have declared their arrangement to change their public transportation area with electric and progressed vehicles.

Regional Analysis 

Asia-Pacific district must be the quickest developing area in the automotive lightweight material market during the estimated time frame. The development of this area can be credited to components, such as the flourishing car industry in the district and the expanding familiarity with individuals in the locale regarding the control of outflows from vehicles those heavyweight utilization materials.

Major Market Players

The significant players in the automotive lightweight material market are mentioned below:

• Covestro AG (Germany)


• ArcelorMittal (Luxembourg)


• Thyssenkrupp AG (Germany)


• Toray Industries, Inc. (Japan)


• BASF SE (Germany)

Recent Developments

• In May 2019, BASF SE designed designing plastics intensifying plant and a Thermoplastic Polyurethane (TPU) plant at the organization's proposed coordinated synthetic creation site in Zhanjiang, China.

Report Overview

• Market overview highlights the global recognition of Automotive Lightweight Material Market Share overview


• Analysis based upon COVID 19


• Explanation upon the Automotive Lightweight Material Market Outlook Dynamics


• Value chain analysis for the Automotive Lightweight Material Market Value Report.


• Market segmentation overview


• The regional analysis of Automotive Lightweight Material Market Trends overview


• Competitive landscape analysis


• Recent Developments of Automotive Lightweight Material Market

The report highlights the global automotive lightweight material market growth development includes its revenue hike's growth potential by the end of the forecast years in 2025.

Report Scope:

Report Attribute/Metric	Details
Market Size	2027: USD 95 Billion 2030 : Significant value
CAGR	7% CAGR (2022 to 2030)
Base Year	2021
Forecast Period	2022 to 2030
Historical Data	2018
Forecast Units	2019 & 2020
Report Coverage	Revenue Forecast, Competitive Landscape, Growth Factors, and Trends
Segments Covered	Material, Application, Vehicle Type
Geographies Covered	North America, Europe, Asia-Pacific, and Rest of the World (RoW)
Key Vendors	Alcoa Inc., (U.S.), Toray Industries Inc.(Japan), ArcelorMittal S.A. (Luxembourg), ThyssenKrupp AG (Germany), BASF SE (Germany), PPG Industries, Inc (U.S.), Covestro AG (Germany), Owens Corning (U.S.), Lyondellbasell N.V. (U.S.), Novelis .Inc.,(U.S.)
Key Market Opportunities	emergence of strict regulations by the government for the control of carbon dioxide emissions
Key Market Drivers	increase in fuel efficiency achieved by the use of lightweight materials in the automotive

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