德国Bruckmühl-干燥和表面处理专家Adphos热加工GmbH（ATP）为阳极和阴极水基和溶剂基涂料开发了一种新的干燥溶液。

根据ATP的说法，Anir-Battery电极加工允许完全电极涂层涂层10倍，并且仅具有一小部分干燥功率，低至目前的基于标准的基于对流的干燥溶液的10％。Based on the company’s advanced NIR (aNIR)-platform technology, with the propriety aNIR-Battery Electrode Processing, an electrode coating up to 150 µm thickness can be dried in ≤ 2 s and only requires a coating thickness up to 400 µm ≤ 5 s. ATP stated that with currently experienced limitations at accelerated drying rates — especially observed with infrared and laser-based heating/drying systems — are not given with aNIR-Battery Electrode Processing, due to avoidance of cracking or resulting binder migration induced low coatings adhesion to the electrode substrates.

可以将Anir-Battery电极处理调整并优化为特定的基于溶剂的涂层，从而提供体积，因此能量减少了最终溶剂处理。即使是在现有电池电极干燥设施中基于ANIR的助推器配置的整合也可以提高生产率并升级到更高的涂层厚度。

随着Anir-Battery电极处理，由于容量更高，生产率更高，干燥能量需求较低以及溶剂治疗成本降低，因此实现了电池制造的新里程碑。了解更多信息www.adphos.com。