Reliable multilayer sheet metal encapsulation material designed to improve cell performance and extend service life while helping raise conversion rates. Key benefits Improves cell performance: Multilayer sheet metal laminations stabilize electrical and mechanical behavior to support higher and more consistent conversion efficiency. Extends operational life: Robust encapsulation reduces degradation factors that shorten cell lifespan, helping maintain performance over time. Enhances module integrity: The laminated sheet structure adds mechanical support and dimensional stability during assembly and operation. Easy integration: Supplied in sheet form for lamination processes, suitable for use in module assembly workflows. Primary attributes Function: Encapsulation for cellbased modules to protect and stabilize active cell elements during lamination and operation. Material: Advanced encapsulation composition combined with multilayer sheet metal laminations for protection and structural support. Form factor: Multilayer sheets intended for lamination into modules or stacks. Performance: Designed to improve conversion rates and support longterm cell stability under normal operating conditions. Compatibility: Intended for use with cell modules and assemblies that require laminated sheet encapsulation. Compatible with lamination processes used in module manufacturing. Typical applications Photovoltaic module lamination: Use during PV module assembly to protect solar cells, improve conversion efficiency, and provide structural support in the lamination stack. Battery and energy storage modules: Encapsulate battery cell arrays to stabilize cell behavior and help preserve electrical performance over repeated cycles. Power electronics and module assemblies: Apply in laminated power modules where sheet metal reinforcement and controlled encapsulation improve component reliability. Why choose this encapsulation material Practical solution for manufacturers and integrators who need a durable laminated sheet that supports higher conversion performance and longer module life. Designed for straightforward incorporation into existing lamination workflows without altering core cell designs. If specific sheet dimensions or material variants are required, confirm the needed size and lamination specification to ensure compatibility with your assembly process.