There are many possibilities for why non-auto parts perform better in certain application areas. Here are a few of the main factors:
1. Specific design and material advantages: Some application fields have different design and material requirements for parts and components than the automotive industry. Non-auto parts may be specially designed for specific needs to meet specific usage environments and requirements. For example, aircraft parts need to be lightweight and high-strength, while mobile phone or electronic device parts need to have tiny size and efficient performance. Non-auto parts may use designs and material selections that are better suited to these specific needs, allowing them to perform better in the relevant application areas.
2. Higher reliability and precision requirements: Certain application fields require higher reliability and precision of components. For example, fields such as aerospace, medical equipment, and precision instruments have stricter requirements for the performance and manufacturing quality of components. Non-auto parts in these areas may focus more on providing higher levels of reliability, precision and stability.
3. Different environmental conditions and functional requirements: Different application fields have different environmental conditions and functional requirements for components. For example, industrial equipment and power systems may require components with greater resistance to wear and corrosion, while outdoor sports equipment may require components with greater durability and water resistance. Non-auto parts in these areas may be customized and optimized for specific environmental conditions and functional requirements.
4. Different market competition and technological development: Different application fields have differences in market competition and technological development. Market competition in certain areas is more intense and technological innovation is rapid. This may prompt Non-auto parts manufacturers to continue R&D and improvements in these areas to provide better product performance and solutions that are more suitable for market needs.
It should be pointed out that after a long period of research and development and verification in the automotive industry, auto parts are specially designed and tested for the working environment and functional requirements of the car. Therefore, in the automotive industry, auto parts may have better adaptability and reliability. However, in other application areas, suitable components need to be selected based on specific needs and requirements, paying attention to their quality, reliability and performance indicators.
