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2024-09-12
With the increasing global awareness of environmental protection and the rapid development of science and technology, the new energy vehicle market is rising at an unprecedented speed and becoming an important growth point for the automotive industry. This change not only profoundly affects the pattern of the automobile manufacturing industry, but also drives profound changes in the demand for Automotive Fasteners. New energy vehicles have higher performance requirements for fasteners, which promotes technological innovation and product upgrades in the fastener industry, and brings new development opportunities and challenges to the entire industry.
Significant increase in performance requirements
Compared with traditional fuel vehicles, new energy vehicles have significant differences in power systems, battery systems, body structures, etc. These differences directly lead to increased performance requirements for fasteners. First of all, as a core component, the battery pack of new energy vehicles needs to withstand complex working conditions and harsh environmental conditions, such as high temperature, high humidity, vibration, etc. Therefore, Automotive Fasteners must have higher fatigue resistance, corrosion resistance and sealing performance to ensure the safe and reliable operation of the battery pack.
The lightweight trend of new energy vehicles also places higher demands on Automotive Fasteners. Lightweighting is one of the key ways to improve the cruising range and reduce energy consumption of new energy vehicles. Fasteners are important components that connect and fix various body parts, and their weight and performance directly affect the lightweighting effect of the entire vehicle. Therefore, high-strength, lightweight fasteners have become the first choice in new energy vehicle manufacturing.
Diversification and customization of needs
With the rapid growth of the new energy vehicle market, the demand for fasteners for new energy vehicles of different brands and models has also shown a trend of diversification and customization. Different models have differences in body structure, power system, battery layout, etc., resulting in different requirements for fasteners. Therefore, fastener companies need to provide customized products and services based on the specific needs of different vehicle models to meet the personalized needs of new energy vehicle manufacturers.
Acceleration of technological innovation
The rise of the new energy vehicle market has promoted technological innovation in the fastener industry. In order to meet the high-performance requirements of new energy vehicles for fasteners, fastener companies continue to increase investment in research and development, using new materials, new processes and new technologies to improve the performance and quality of fasteners. For example, fasteners produced from lightweight materials such as high-strength steel and aluminum alloys not only reduce the weight of the vehicle, but also improve the strength and corrosion resistance of the fasteners. At the same time, the application of intelligent manufacturing and digital technology has also improved the production efficiency and precision of fasteners and reduced production costs.
Optimization and adjustment of market structure
The rapid growth of the new energy vehicle market has also prompted the optimization and adjustment of the Automotive Fasteners market structure. On the one hand, companies focusing on the production of new energy vehicle fasteners have gained more market share by virtue of their technical advantages and product quality; on the other hand, traditional fastener companies have also increased their efforts in the field of new energy vehicle fasteners. Investment and R&D efforts to adapt to changes in market demand. This optimization and adjustment of the market structure will help enhance the competitiveness and innovation capabilities of the entire fastener industry.
Environmental protection requirements are becoming increasingly stringent
As the world pays increasing attention to environmental protection issues, as representatives of green transportation, the production and use of fasteners of new energy vehicles also need to comply with environmental protection requirements. Fastener companies need to adopt environmentally friendly materials, optimize production processes, and strengthen waste disposal during the production process to reduce their impact on the environment. At the same time, as the new energy vehicle market continues to expand, the fastener industry also needs to strengthen integration and cooperation with international environmental standards to jointly promote the sustainable development of the industry.
The product is made of Q195/Q235 high-quality carbon steel (304 stainless steel), and after phosphating treatment, it is sprayed with plastic (313 ele...
See DetailsThe product is made of Q195/Q235 high-quality carbon steel (304 stainless steel), and after phosphating treatment, it is sprayed with plastic (314 ele...
See DetailsThe product is made of Q195/Q235 high-quality carbon steel (304 stainless steel), and after phosphating treatment, it is sprayed with plastic (314 ele...
See DetailsThe product is made of Q195/Q235 high-quality carbon steel (304 stainless steel), and after phosphating treatment, it is sprayed with plastic (314 ele...
See DetailsThe product is made of Q195/Q235 high-quality carbon steel (304 stainless steel), and after phosphating treatment, it is sprayed with plastic (318 ele...
See DetailsThe product is made of Q195/Q235 high-quality carbon steel (304 stainless steel), and after phosphating treatment, it is sprayed with plastic (304 ele...
See DetailsThe product is made of Q195/Q235 high-quality carbon steel (304 stainless steel), and after phosphating treatment, it is sprayed with plastic (307 ele...
See DetailsThe product is made of Q195/Q235 high-quality carbon steel (304 stainless steel), and after phosphating treatment, it is sprayed with plastic (308 ele...
See DetailsThe product is made of Q195/Q235 high-quality carbon steel (304 stainless steel), and after phosphating treatment, it is sprayed with plastic (309 ele...
See Details