Battery Raw Material

Complete Battery Module Accessory Kit End Plate Terminal Steel Strap for Prismatic cell Product Overview Our complete battery module accessory kit brings together the end plate, terminal and steel strap needed to assemble a prismatic cell module. The end plate is available in both extruded and die-cast aluminum processes, the steel strap is customized to your pack size, and the terminal matches the end plate for a stable electrical connection. One kit covers the main

Custom LH201 Steel Strap Prismatic Battery Pack Module Banding for Cell Fixing Product Overview Our battery steel strap is made from LH201 steel and used to band prismatic battery cells tightly into a module or pack. The strap can be customized to your battery pack size, so it fits different cell arrangements and holds the stack firmly through the whole service life. With a 1.0mm standard thickness and 19mm width options, it delivers reliable tension and stable fixing for

ODM Die-cast Aluminum Alloy End Plate with Full R and D Service Product Overview We are a professional ODM factory supplying die-cast aluminum alloy end plates for prismatic lithium battery modules. Our complete R and D system covers design, simulation analysis, development and testing verification, so every end plate is validated before mass production. Key Features Wide Compatibility: Fits 3.2V prismatic LiFePO4 batteries (100Ah/280Ah/300Ah/314Ah) and supports 12V/24V/48V

Die-cast Aluminum Alloy Large end-plate for double-row module 280Ah, 228Ah, 200Ah,304Ah, 314Ah, 320Ah Prismatic Cell for Battery Pack Product Overview ​​ Our die-cast aluminum alloy end plate is engineered for prismatic lithium battery modules and packs, providing rigid structural support and consistent compression for 280Ah, 228Ah, 200Ah,304Ah, 314Ah, 320Ah cells. As an ODM factory, we control the full production chain and deliver dimensionally stable end plates that protect

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

End Plate + Steel Belt + CCS Assembly Kit for Prismatic Battery Packs Product Overview Our comprehensive battery pack assembly kit integrates three critical components — aluminum end plates , steel Strap , and a CCS (Cell Contact System) module — into a single, pre-engineered package. Designed for 1P8S and 1P16S prismatic cell configurations using 100Ah, 280Ah, and 314Ah LiFePO4 cells , this kit dramatically simplifies your battery pack assembly workflow. Kit Components

Prismatic Battery Die Casting Aluminum End Plate for Multiple Cell Types Various Sizes Dimensions Available Product Overview Our square shell prismatic battery aluminum end plate is manufactured using a high-precision die casting process , engineered to deliver consistent quality at competitive costs for medium to high-volume production runs. Available in various sizes and dimensions to accommodate multiple cell types across the LiFePO4 prismatic cell ecosystem. Die Casting

Custom die-cast aluminum alloy end plates specifically designed for 314Ah and 280Ah prismatic battery cells. Four types available with matching terminals, manufactured using high-precision die-casting process for superior structural integrity and dimensional accuracy.

Aluminum Battery End Plate Metal Cooling Frame Heat Dissipation for 50Ah-314Ah Prismatic Cells Product Overview We supply aluminum alloy end plates with metal cooling frame design, compatible with 50Ah to 314Ah prismatic lithium battery cells. The metal frame structure enhances thermal management by effectively dissipating heat during battery operation. Electroplated oxidation finish provides long-lasting protection. Multiple size options available for energy storage and EV

Aluminum Alloy Battery End Plate Anodized Multi-Size Compatible for 50Ah-314Ah Prismatic Cells Product Overview We supply multi-size aluminum alloy end plates compatible with 50Ah, 100Ah, 104Ah, 105Ah, 280Ah, and 314Ah prismatic lithium battery cells. Manufactured from premium 6063-T5 aluminum with anodized oxidation finish, these end plates provide excellent structural support and long-term durability. Multiple size options available to match various prismatic cell

Reinforced Aluminum Battery End Plate Thickened Frame High Hardness for 50Ah-314Ah Prismatic Cells Product Overview We supply reinforced aluminum alloy end plates with thickened frame design, compatible with 50Ah to 314Ah prismatic lithium battery cells. Constructed from high-hardness aluminum alloy, these end plates resist cracking and deformation under demanding conditions. The thick frame provides superior structural integrity. Multiple size options available for energy

Quick Install Aluminum Battery End Plate Tight Connection Design for 50Ah-314Ah Prismatic Cells Product Overview We supply quick-install aluminum alloy end plates with tight connection design, compatible with 50Ah to 314Ah prismatic lithium battery cells. Designed for fast and convenient assembly, these end plates feature precision-machined connection points that ensure a secure fit without complex tooling. Electroplated oxidation finish prevents rust and aging. Ideal for

Die-cast Aluminum End Plate Precision Machined for 50Ah-314Ah Prismatic Cells Product Overview We supply Die-cast Aluminum End Plate with precision machining, compatible with 50Ah to 314Ah prismatic lithium battery cells. Tight ±0.5% tolerance ensures superior fit. Custom dimensions, specifications, and branding available for your battery pack designs.Matching steel straps are available. Key Features Full customization with size. Multi-size compatibility supporting 50Ah to

Research grade nano graphene powder with few-layer, single-layer and multi-layer options. Single layer rate greater than 99 percent. High electrical and thermal conductivity, excellent anti-corrosion performance. Suitable for water-based and oil-based coatings, thermosetting resin plastics modification, and rubber modification applications.

0.2mm white highland barley insulation paper gasket in 50mm width 100m roll format. Engineered for 18650 and 21700 battery cell terminal cap insulation with 4000V dielectric strength and 130℃ heat resistance. Fluoroplastic-processed barley paper with white surface finish enables precise optical alignment in automated assembly, while non-adhesive design provides flexibility for various application methods.

0.2mm cyan fluoroplastic-processed highland barley insulation paper in 99mm width 100m roll format. Specifically tailored for XWELL automatic battery insulation paper sticking machines. 4000V voltage withstand and 130℃ temperature resistance ensure reliable performance in high-speed automated battery production environments.

0.2mm fluoroplastic-processed highland barley insulation sheet in 99mm width 100m roll format. Designed for 18650 and 21700 cylindrical battery cell wrapping with 4000V voltage withstand and 130℃ temperature resistance. Cyan surface finish ensures easy visual inspection in automated production lines.

Custom heavy-duty LH201 steel strap for large-format EV battery module compression — 30mm maximum width × 1.5mm thickness. This custom configuration delivers the highest clamping force in the product line for demanding automotive EV battery pack applications. LH201 material with independently verified tensile performance (31.5-32.0kN base reference) combined with maximum cross-sectional area for superior structural retention. Also available in 19mm and 22mm widths as custom orders.

Blue PVC heat shrink wrap film in 150mm flat width 200m roll format. Engineered for lithium battery pack outer insulation and protection with 80℃ activation temperature and 120℃ short-term temperature resistance. The wide 150mm format covers entire battery pack assemblies in a single wrap, eliminating seams and reducing application time. Blue color ensures high visibility for quality inspection in automated production environments.

Blue cross-linked polyethylene (PE) heat shrink tube in 50mm flat width 100m roll format. Designed for 21700 and 26650 large-format battery cell sleeve insulation. Cross-linked PE delivers superior chemical resistance and thermal stability versus PVC, with 120℃ short-term temperature resistance and 2:1 shrink ratio for tight, uniform conformity. 80℃ activation temperature enables fast processing in automated sleeving lines.