Prismatic Cell Case

Prismatic Cell Case

The Prismatic Cell Case is a precision-engineered aluminium shell designed to house prismatic-format lithium-ion cells, combining structural robustness, superior thermal conductivity and lightweight design. Ideal for electric vehicle, energy storage and industrial systems, this case delivers high packing efficiency and enhanced safety through its sealed, boltable or welded construction. With customisable dimensions and interface options tailored for streamlined module integration, the Prismatic Cell Case supports automated production and long-term reliability in demanding applications.
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Products Description

 

Prismatic Cell Case

This "Prismatic Cell Case" is specifically designed for prismatic-format lithium-ion (or other chemistry) cell modules, serving as the housing or encapsulation structure of the prismatic cell unit.

Unlike traditional cylindrical cells, prismatic cells adopt a rectangular or flat-pack form factor to enhance space efficiency. The Pack Aluminum Housing therefore plays a critical role in structural support, protection and thermal/assembly integration

It is suitable for a wide range of industrial and power-application scenarios – from energy storage systems to power tools, electric vehicles, and portable devices – where the Aluminum Battery Cases acts as the foundational component in the battery module/pack.

As both a mechanical enclosure and integration interface, the lithium cell Aluminum shell influences battery lifespan, system safety, pack assembly efficiency and overall cost-effectiveness.

Product Features: Structure and Functionality

 

Material and construction

The Pack Aluminum Housing is fabricated using high-strength aluminum alloy or deep-drawn one-piece aluminum shell design, offering lightweight, high corrosion resistance, strong mechanical support and excellent thermal conductivity.

01

Geometry and space optimization

The squared or flattened shell structure enables denser stacking of the battery cells, reducing inter-cell gaps and improving module energy density-an essential advantage of the product in pack design.

02

Integrated encapsulation

The housing comprises the body and lid, typically joined via laser welding or deep-draw sealing to achieve leak-proof, high-durability encapsulation. The Aluminum Battery Cases thus provides robust protective housing for the cell.

03

Thermal management & structural integrity

Wall thickness, heat-dissipation surfaces and internal ribbing are engineered to handle high-rate charge/discharge, thermal expansion and vibration. It is designed to withstand internal pressure, maintain cell contact interfaces and ensure safety.

04

Assembly and modular compatibility

The design supports efficient positioning, termination welding or bolting, and rapid integration into battery modules-thus the Aluminum Case for Lithium-ion Battery Pack is engineered for automated, high-yield manufacturing and system assembly.

05

 

Prismatic Cell Case Structure

 

 

Manufacturing Advantages

 

The production of the lithium cell Aluminum shell uses integrated deep-drawing or extrusion processes to deliver seamless shells, fewer welding joints, higher structural integrity and lower defect rates.

01

Standardised tooling and customisation options make it feasible to transition from prototype to mass-production swiftly; can be tailored to different cell sizes and module configurations, reducing development lead time.

02

Manufacturing flows for the Aluminum Case for Lithium-ion Battery Pack typically include automated press forming, cleaning, surface treatment, welding, and rigorous inspection points to ensure batch consistency and reliability.

03

For procurement professionals and engineering clients, the Aluminum Battery Cases can be customised (e.g., wall-thickness, alloy specification, welding method, vent-hole placement), enabling precise alignment with system-level design requirements.

04

 

Prismatic Cell Casel Production Process for New Energy

 

Material Advantages

 

The use of aluminium alloy for the lithium cell Aluminum shell brings high strength-to-weight ratio, effective thermal management and excellent corrosion resistance-critical in weight-sensitive, high-performance battery systems.

Compared with traditional steel shells, aluminium housings reduce system weight-helping vehicle or large-scale battery systems achieve lighter overall weights.

 

Alloys selected for the Prismatic Cell Case may undergo heat-treatment, anodising or protective coatings to enhance wear-resistance, chemical-corrosion resistance and long-term durability.

 

Aluminium material supply is mature and cost-effective for large-volume production. Moreover, its recyclability aligns with sustainability and circular-economy goals.

 

Aluminium Alloy Strip for Prismatic Cell Case

 

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Ms Tina from Xiamen Apollo

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