UV curing technology is a key factor in the manufacture of batteries and energy storage systems. UV systems can be used to cure special coatings, adhesives or sealing materials in a matter of seconds. This process not only enables precise processing, but also saves energy and resources.
A decisive advantage of UV curing is its high process flexibility. Fast and on-demand curing enables efficient automation of production processes and thus helps to increase production rates and product quality. In addition, UV curing improves key properties such as durability and reliability. It ensures higher abrasion resistance, better moisture resistance and increased resistance to mechanical and thermal shocks. It also optimises the adhesive strength between different materials and stabilises the dielectric properties.
Thanks to these advantages, UV curing makes a significant contribution to the development of durable, high-performance and reliable energy storage systems and thus makes an important contribution to innovative and sustainable technologies.
UV curing technology is widely used in the manufacture of modern energy systems, including lithium-ion batteries for electric vehicles, energy storage systems, solar cells and fuel cells. It enables the efficient processing of materials such as separator films and membranes made of polyethylene, polypropylene or ceramics, as well as aluminium housings for battery cells.
Typical processes include bonding, sealing, drying and cross-linking of UV coatings. Both functional and dielectric layers are applied, which are essential for the protection, stability and electrical conductivity of energy storage devices. Polymer electrolytes for solid-state lithium batteries and protective coatings on battery cell housings also benefit from UV curing. UV-curable resins, inks and conductive coatings sustainably optimise the production of modern, high-performance energy storage devices and systems.
We see ourselves not only as a system manufacturer or supplier of UV systems, but above all as a development partner. With our laboratory and our application technology, we offer the opportunity to develop innovative processes and customised UV solutions together with our customers.
Our systems are characterised by their high energy efficiency, which significantly reduces consumption, and their compact design, which enables easy integration into new and existing systems. For maximum flexibility, UV and LED technologies can be operated alternately if required. In addition, our inertised UV and excimer systems offer low nitrogen consumption, which reduces operating costs. These advantages lead to higher production output, shorter curing cycles and greater overall process flexibility.
