Custom Aluminum RAID Storage Chassis Solutions

Precision-engineered aluminum RAID storage chassis with enhanced thermal performance for data centers and enterprise storage systems

Aluminum raid storage chassis

Raid Storage Chassis

Redundant Array of Independent Disks

We customizing raid storage cases that are commonly used in the computer industrial. The aluminum case makes the body itself gets higher thermal conductivity and heat dissipation and improving the performance of the disk drive.


Raid Storage Chassis

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CNC machining Raid Storage Chassis - Raid Storage Cases
CNC machining Raid Storage Chassis

With our experienced CNC milling technology, we favricate high quality raid chassis for our customer.

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Die-casting Raid Storage Chassis - Raid Storage Tray
Die-casting Raid Storage Chassis

Die-casting aluminum raid storage tray. We favricate high quality raid chassis for our customer.

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Result 1 - 2 of 2

How can aluminum RAID chassis improve data center storage reliability?

Our aluminum RAID storage chassis provides up to 30% better thermal conductivity than standard enclosures, significantly reducing disk drive failures caused by overheating. This translates to improved MTBF (Mean Time Between Failures) ratings and lower maintenance costs for data center operations. Contact us to learn how our custom aluminum solutions can enhance your storage system reliability.

Our aluminum RAID storage chassis portfolio includes both CNC machined and die-cast options, offering versatility for various application requirements. Each chassis is meticulously fabricated to enhance the performance and reliability of disk arrays through improved thermal management. The lightweight yet durable aluminum construction provides excellent protection for sensitive storage components while facilitating easier installation and maintenance. Whether for industrial computers, data centers, or specialized storage applications, Han Chang's customized RAID storage solutions deliver the perfect balance of functionality, durability, and thermal efficiency.