How Does Lankwitzer's UV Coating Make Its Mark in the New Energy Sector?
Efficiency Revolution
In industrial production, time is money and efficiency is crucial. Traditional thermal curing processes often require hours of waiting, which not only severely restricts production progress but also fails to meet the needs of large-scale production. In sharp contrast, Lankwitzer's UV coating can complete the curing process in just 3 seconds. This dramatic leap in time directly leads to a revolutionary improvement in production efficiency. According to relevant data, after adopting Lankwitzer's UV coating technology, the production capacity of a single power battery production line can increase by more than 30%. This remarkable increase enables it to perfectly meet the huge demand for power batteries from "million-vehicle-level" automakers.
Moreover, Lankwitzer's UV coating also features the significant advantage of automated spraying. It can accurately cover battery cells of various shapes such as prismatic and cylindrical, realizing a high degree of automation and precision in the production process. With the support of automated spraying, the product yield rate reaches as high as 99%, which means a significant reduction in material waste and a subsequent decrease in the enterprise's production costs. This efficient and precise production mode undoubtedly injects strong impetus into the large-scale development of the new energy industry.
Safety Upgrade
Safety is the lifeline of the power battery industry and must never be taken lightly. Lankwitzer's UV coating also delivers impressive performance in terms of safety. Even under extreme environmental conditions ranging from -40℃ to 180℃, it can maintain stable performance, effectively preventing cracking and peeling caused by temperature changes, and greatly enhancing the reliability of power batteries in various complex environments.
More importantly, Lankwitzer's UV coating achieves zero VOCs (Volatile Organic Compounds) emissions during production and use. VOCs are not only a major source of environmental pollution but also pose risks to human health, while also being a potential cause of safety hazards in battery cells. The zero-VOCs emission feature of Lankwitzer's UV coating not only aligns with the current concept of green manufacturing and contributes to environmental protection but also eliminates safety hazards in battery cells caused by VOCs from the source, providing comprehensive protection for the safety performance of power batteries.
Scene Adaptability
In the field of energy storage batteries, a long service life of 15 years is a basic requirement. Lankwitzer's UV coating can meet the strict standards for durability and stability of energy storage batteries by optimizing formulas and processes.
In the field of power batteries, lightweight design is one of the important ways to improve the driving range of vehicles. The application of ultra-thin UV coating, while ensuring insulation performance, effectively reduces the weight of batteries, providing strong support for the lightweight development of power batteries. This strong scene adaptability allows Lankwitzer's UV coating to play a significant role in various sub-sectors of the new energy industry.
