EV Battery Enclosures
Sheet metal housings, covers, trays, brackets and service panels for EV battery pack and module programs.
Custom sheet metal battery housings, covers, trays, module boxes, brackets, sealing panels and hardware-ready mechanical kits for EV platforms, industrial battery packs, backup power and energy equipment OEMs. DRAmetal manufactures to released drawings with controlled fit, coating, hardware and packout.
Battery OEMs need custom housings, covers, trays, brackets and sealed mechanical kits matched to the released drawing, interface controls and production volume—not only a standard EV battery tray.
Sheet metal housings, covers, trays, brackets and service panels for EV battery pack and module programs.
Steel and aluminum battery boxes, rack battery housings and backup-power enclosure parts.
Gasket lands, gland plates, cover panels and hardware-ready interfaces for sealed battery assemblies.
Revision-controlled panels, brackets, hardware and protective packout grouped by enclosure model or project phase.
The OEM owns battery cell selection, BMS, electrical architecture, thermal validation, fire safety, IP testing and final certification. DRAmetal manufactures the sheet metal enclosure body, panels, brackets and hardware-ready mechanical kits to released drawings.
The scope covers complete battery housings, covers and welded mechanical kits beyond the narrower tray-only product category.
EV Formed and welded housings, covers, trays and bracket parts for EV battery pack and module enclosure programs.
Boxes Custom metal battery boxes and backup-power housings with venting, cable access and hardware-ready features.
Module Battery module covers, shelves, panels and internal supports for energy storage enclosure assemblies.
Kits Finished battery enclosure panels, hardware, brackets and protective packaging controlled by drawing revision.
| Materials | 5052/6061 aluminum, galvanized steel, cold-rolled steel, 304/316 stainless steel and project-defined coated materials |
|---|---|
| Processes | Laser cutting, punching, bending, welding, hardware insertion, sealing-surface preparation, powder coating, passivation and assembly |
| Part examples | Battery housings, covers, trays, module boxes, bracket sets, gland plates, vent plates, service panels and hardware-ready kits |
| Quality controls | First article, CTQ sealing-surface checks, hole inspection, hardware presence, coating review and packout verification |
| Documentation | Drawing revision, BOM, finish requirement, inspection record, material certificate and packaging photo when required |
| Delivery format | Loose enclosure parts, battery housing kits, hardware-installed panels, subassemblies or export-protected project packs |
Confirm whether the program is EV, industrial, backup power or energy storage, and define DRAmetal's mechanical scope.
Review gasket lands, cable entries, venting, bracket datums, coating, hardware and assembly sequence.
Cut, punch, bend, weld and deburr battery housings, covers, trays, brackets and panels.
Apply coating or passivation, then install PEM hardware, studs, hinges, inserts or customer-defined hardware.
Check sealing surfaces, module support holes, cover fit, cable entry plates, coating quality and hardware presence.
Pack enclosure parts by model, project revision, assembly station or battery module sequence.
Battery enclosures connect structural support, sealing, cable routing, thermal features, safety spacing and service access. A supplier must control mechanical interfaces, not only the outside shape.
Cover panels, gasket lands and cable entries must stay repeatable after forming, welding and coating.
Battery module brackets and tray holes need functional datum checks so packs install without rework.
Finish thickness, masked areas and edge protection can affect grounding, corrosion and assembly fit.
Battery programs often change by module supplier or pack generation, so kit control matters.
Materials, fabrication decisions and results for an anonymous customer project.

Component reference image
Insufficient insulation and enclosure protection increased short-circuit risk, while the assembly lacked a controlled pressure-release route.
Results apply to the project configuration described on the linked page.
Explore Customer Projects →Battery trays, BESS enclosures, module racks and energy storage parts give us practical interface knowledge.
Cutting, bending, welding, finishing, hardware insertion and mechanical assembly can be coordinated together.
Sealing surfaces, module holes, brackets, cable plates and hardware are checked against functional requirements.
Finished parts can be packed by enclosure model, drawing revision, assembly station or project phase.
We fabricate sheet metal battery housings, covers, trays, module boxes, brackets, gland plates, vent plates, service panels and hardware-ready kits.
No. We normally manufacture the mechanical enclosure parts and assemblies. The OEM owns cells, BMS, electrical design, thermal validation, safety and certification.
Yes. We can manufacture gasket lands, covers, cable entry plates and seal-ready surfaces to released drawings and agreed inspection plans.
Send drawings, STEP files, material and finish notes, gasket details, cable entry layout, module interface points, hardware list, CTQ dimensions and forecast quantity.
Send your battery enclosure drawings, material and coating notes, gasket details, module interfaces, hardware list and quantities. We will review manufacturability, sealing-surface risk and packout before quoting.