Pre-event Situation
In 2025, the Chinese automotive market will undergo transformation, with the rise of new energy vehicles and the persistence of fuel vehicles. It is projected that the penetration rate of new energy vehicles in China will reach 60% (16 million units), while the sales of fuel vehicles will be 11.558 million units (a year-on-year decrease of 17.4%). Policies are driving the market towards a preference for new energy. Fuel vehicles, relying on 1.3 billion existing vehicles, convenient refueling and mature after-sales services, are irreplaceable in long-distance transportation and areas with weak charging infrastructure. In 2024, the export share was 78%, and the coexistence of fuel and electric vehicles has become the core industry pattern.
The diversification of market demand has driven fuel vehicles and new energy vehicles to form differentiated development trends in production and sales, and has also given rise to higher requirements for automotive materials. Xiamen LFT composite plastic Co., Ltd has been deeply engaged in automotive modified materials, providing high-quality solutions to adapt to both market segments.
Details of the Forum
The long glass fiber reinforced composite materials have significant potential in the field of light weighting for new energy vehicles. Therefore, we will participate in the 14th CPRJ Automotive Plastics Technology Forum and Exhibition to share our experiences with all of you.
Inviting you to join together!
Forum Date: November 13-14, 2025
Forum Location: Crowne Plaza Shanghai Anting, Shanghai, China
The CPRJ Automotive Plastics Forum brings together over 400 decision-makers from the automotive industry chain, focusing on topics such as intelligent evolution, low-altitude economy, and zero-carbon racing. The LFT-G series products (long glass fiber PP, long carbon fiber PA66) from Xiamen LFT composite plastic Co., Ltd have been applied to components such as underbody guards and seat frames, helping to improve the lightweight and durability of electric vehicles. At the forum, we will showcase innovative applications and are sincerely seeking industry partnerships.
Under the trend of automotive light weighting, "replacing steel with plastic" has become the mainstream approach for automotive light weighting. By fully leveraging the advantages of LGF, such as low linear expansion coefficient, high specific strength, high specific modulus, and good stability, and applying it to automotive lightweight structures, it can effectively reduce the vehicle's weight, enhance the vehicle's power performance and maneuverability, decrease energy consumption, and increase the range of operation.
Understand LFT Materials
Long glass fiber reinforced composite materials have significant potential in the field of light weighting for new energy vehicles. LGF materials have excellent mechanical properties and excellent energy absorption capabilities, and are suitable for components such as front modules, sunroofs, instrument panels, center armrests, and seats. In the future, with the continuous innovation of long-fiber composite materials, new energy vehicles will have more comprehensive applications!
