Sheet Metal Fabrication for Data Centers
K-Display provides sheet metal fabrication for data centers: rack frames and rails, cable managers, hot and cold aisle containment doors and panels, and power distribution enclosures. Parts are made to your drawings, finished in-house, and delivered with hardware installed and assemblies complete.
How we contribute
Fabricated sheet metal is the physical layer of a data center. Servers mount in racks, cables run through formed managers and trays, conditioned air is held in the cold aisle by containment doors and blanking panels, and power reaches the row through distribution enclosures. Most of it is steel: cut, formed, welded, hardware-inserted and powder coated.
K-Display takes responsibility for the sheet metal fabrication in that layer. We laser cut, punch, form and weld the parts, install self-clinching hardware and hinges, powder coat in-house, assemble to the build state on the drawing, and pack in the unit counts your deployment schedule calls for. Rack layout, thermal design and electrical work stay with your engineers.
What we make for data centers
Part families named the way rack and containment drawings name them.
- Rack frames and rails
- Posts, crossmembers, base assemblies and mounting rails formed to the U-height, hole pattern and load in your drawings, shipped welded or knock-down.
- Cable management
- Vertical managers, fingers, spools and horizontal trays with brush-strip openings, formed to keep power and data pathways separate along the cabinet height.
- Perforated doors and side panels
- Front and rear doors with the perforation pattern your airflow design specifies, plus solid side panels that seal the front-to-back air path.
- Aisle containment doors and panels
- Sliding and hinged door frames, end walls, roof panels and ceiling brackets cut to your row dimensions for hot or cold aisle containment.
- Blanking and filler panels
- Flat and formed blanks in 1U and multi-U heights that close unused rack space so air passes only through equipment.
- Power distribution enclosures
- Housings, mounting plates, breaker cutouts and covers for rack PDUs, busway tap boxes and remote power panels, with entries placed to your electrical layout.
- Wall-mount and floor-stand brackets
- Mounting brackets, bracing plates and floor-stand feet for cabinets, overhead trays and busway, punched to the anchor pattern of the raised floor or slab in your drawings.
What data center jobs require
Inputs your drawings carry and we build to.
- U-height and load specification
- State the rack unit count, the static and rolling load, and the mounting-hole pattern. Rails and posts are formed and inspected against those numbers.
- Airflow and perforation
- Specify the perforated open area, louver pattern and any seal the containment design depends on. Your thermal design, often built on ASHRAE TC 9.9 guidelines, sets the pattern; we cut and form to it.
- Cable pathway separation and bend radius
- Show the power-to-data separation and the minimum bend radius your cabling standard requires, such as TIA-569 or TIA-942. Manager fingers, spool radii and pass-through openings are formed to those values.
- Repeatability across units
- Deployments call for many identical cabinets. Send the assembly drawing with the hardware list; fixtured forming and matched powder coat batches keep units interchangeable.
- Powder coat color and masking
- Name the color and gloss, the cosmetic faces, and the grounding points and threads to mask. Coating is applied before hardware installation where the assembly sequence allows.
- Packaging and release cadence
- Define unit counts per release, kitting by cabinet or by row, and whether assemblies ship welded or knock-down. Packaging is built to the release schedule.
How the work runs
Cabinet sets move through review, fabrication and finishing as one release.
Review the cabinet set
We read rack, door, manager and enclosure drawings together with the hardware list, and confirm U-heights, perforation patterns and mask areas before cutting.
Fabricate in matched batches
Laser cut, punch, form and weld frames, panels and enclosures; install self-clinching nuts, studs, hinges and latches to the bill of material.
Finish, assemble and pack by release
Powder coat in-house, assemble to the specified build state, and pack by cabinet or by row against the release schedule.