In the context of the accelerated global pursuit of carbon neutrality, the battery industry is undergoing a profound green transformation. Traditional battery coating materials, containing pollutants such as volatile organic compounds (VOCs) and heavy metals, are facing increasingly strict environmental regulations and sustainable development challenges. Lankwitzer, with its forward - looking environmental philosophy and breakthrough technologies, has become a leader in environmentally friendly battery coating materials, providing solutions that combine high performance and eco - friendliness for new energy vehicles, energy storage systems, and other fields. As of 2024, Lankwitzer's environmentally friendly coating materials have been applied to more than 5 million new energy vehicles worldwide.
Environmental Black Technology: Reducing Pollution from the Source
Lankwitzer's environmentally friendly battery coating materials take "zero VOC emissions, recyclability, and low - energy consumption production" as their core advantages, completely overturning the production and application models of traditional coating materials.
Technological Innovation: The Perfect Balance Between Environmental Protection and Performance
Lankwitzer's environmentally friendly coating materials do not compromise on performance; instead, they achieve a performance leap through material science and process innovation:
High Adhesion: Using plasma pre - treatment technology, it far exceeds industry standards.
Weather Resistance: The coating can maintain stable performance under extreme temperature differences from - 40℃ to 85℃.
Industry Empowerment: Promoting the Green Transformation of the Battery Industry
Lankwitzer not only provides products but also helps customers achieve green transformation through a full - chain solution of "materials + processes + services":
Customized Development: Adjust the coating formula and construction parameters according to the customer's battery type (such as prismatic, cylindrical, and blade batteries) and process requirements.