Extruded Aluminum Shell End Plate AL6063 Prismatic Battery Cell for Module Pack Assembly

Extruded Aluminum Shell End Plate AL6063 Prismatic Battery Cell for Module Pack Assembly

Product Overview

Our extruded aluminum shell end plate is manufactured with the aluminum extrusion process from AL6063 alloy, a reliable material for battery module structural components. Each plate is precision-machined, tightly assembled and strictly inspected, delivering a solid and stable fit that resists rust, deformation and cracking. The thickened profile and reinforced border provide high hardness, while the electroplating oxidation finish keeps the surface fade-resistant and anti-aging over a long service life.

Product Features

• Premium AL6063 Material, Customizable: High-grade aluminum alloy with strict inspection; full customization on request for easy use and integration.
• Sturdy and Durable: Thickened material and border with high hardness, resistant to cracking, rust and deformation.
• Multiple Specifications: Wide range of options suitable for most prismatic (square-shell) cells; fixed width with customizable height.
• Quick Installation: Simple, assembly-friendly design for fast mounting and lower labor cost.
• Metal Heat-Dissipation Frame: Excellent thermal conductivity for efficient heat dissipation and longer cell life.

Technical Specifications

Applications

Widely used as the structural end plate in prismatic battery modules and packs for energy storage systems (ESS), electric vehicles, power tools and industrial battery assemblies, where stable compression and efficient heat dissipation are essential.

Why Choose Us

We offer a wide product selection and mature, proven production processes. From material selection and extrusion to precision machining and surface treatment, every step is controlled in-house, so we can customize the end plate to your specification while keeping quality and cost under control. Send us your cell size and module drawing, and our engineers will recommend the right end plate solution.