Since the development of structural component engineering, maintaining the strength of various components while ensuring reliable toughness has challenged engineers around the world.
Very hard materials tend to crack or fracture when impacted, while softer ones can deform under heavy and constant loads.
Strength and toughness are two key performance properties for aluminum battery housing, electric bicycle battery enclosures, and energy storage system housings.
In order to fulfill these requirements, our partner launched the new generation X26 aluminum alloy, a type of high-strength, lightweight, and high-toughness aluminum alloy suitable for demanding structural applications.
Very Strong, Tough and Lightweight: X26 Aluminum
X26 aluminum achieves:
Tensile strength: 409 MPa
Yield strength: 327 MPa
Compared with regular die-casting aluminum alloys, X26 offers markedly improved mechanical performance while still preserving excellent toughness and flowability.
This provides manufacturers with the opportunity to produce components that are lighter and thinner without compromising structural performance.
Its performance is competitive with many aerospace-grade aluminum structural applications where strength, impact resistance, and durability are critical.
The increasing deployment of electric mobility and energy storage systems is pushing manufacturers to seek safer, longer-lasting alternatives to traditional plastic housings.
Aluminum solutions provide significant advantages over plastic battery enclosures, most notably in the following areas:
Higher mechanical strength
Better impact resistance
Improved heat resistance
Longer service life
High-performance battery protection solutions specifically designed for modern lightweight e-bikes.
Reduce deformation caused by vibration and impact with durable structural design.
Lightweight aluminum parts enabling E-Mobility applications.
Robust external protection options for energy storage systems.
So it’s not just about the actual performance of X26 aluminum. Manufacturing capability is equally important.
BestPro offers a full end-to-end solution which consists of:
Aluminum die casting mold design
Die casting production
CNC precision machining
Surface finishing
Quality inspection
Our approach supports our customers in developing reliable aluminum structural components with standardized properties by offering integrated tooling, casting, and machining solutions.
We are already actively pursuing our X26 aluminum battery housing project, as well as conducting exploratory discussions with players in the electric mobility and energy storage value chains for advanced lightweight solutions.
Whether you are developing aluminum battery enclosures, electric bicycle battery housings, electric motorcycle battery cases, or other new energy vehicle components, please get in touch with us.
Discuss your project with our engineers to get the optimal machining solution.
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