Facility managers and network engineers share how our steel housings hold up under load, heat, and continuous operation.
From steel specification to on-site installation support, our workshop handles the full build cycle for server housings and protective enclosures used in Australian data centers and telecom networks.
We cut, fold, and weld enclosures to your exact rack dimensions and load requirements. Choose from cold-rolled steel grades up to 3.0 mm thickness, with reinforced corner brackets and welded base plates for vibration resistance in high-traffic server floors.
Every housing can be fitted with front-to-back airflow channels, perforated doors, and mounting points for up to six 120 mm cooling fans. We calculate open-area ratios so your equipment stays within operating temperature without excessive noise.
Standard builds include three-point locking handles with keyed cylinders. For restricted zones, we install electronic latch kits compatible with common proximity readers and central alarm panels, plus tamper switches that report door status to your monitoring software.
Integrated vertical cable managers, brush grommets, and removable top hatches keep power and network lines separated. We pre-drill ladder rack mounting holes and include labeled tie-down points so your technicians can run cabling without sharp edges.
All steel parts go through degreasing, phosphate wash, and a two-coat epoxy powder finish in dark grey (RAL 7016) or custom shades. For outdoor telecom cabinets, we apply an additional UV-stable topcoat and marine-grade sealing on all door gaskets.
Our team can visit your facility to confirm floor loading, door clearances, and cooling capacity before production begins. After delivery, we provide assembly drawings and torque specifications, and we remain available by phone for on-site fitting questions.
Straight answers about enclosure fabrication, steel grades, cooling integration, and how we handle custom builds for data centers and telecom sites across Australia.
For most indoor racks we start with 1.6 mm cold-rolled steel, which keeps the frame rigid without making the cabinet unnecessarily heavy. When a deployment sits near vibration sources or in a high-traffic corridor, we step up to 2.0 mm or 2.5 mm on the load-bearing uprights and base. The choice depends on the equipment weight and whether the enclosure will be bolted to a concrete floor or mounted on seismic brackets.
Yes. We build enclosures with dedicated fan trays, perforated front doors, and adjustable rear exhaust panels. For high-density racks we add side-mounted airflow baffles that direct cold air from the floor plenum straight through the server intakes. We also pre-wire fan controllers with temperature sensors, so the cooling system reacts to load without needing a separate control box.
We do. Beyond standard cam locks, we can fit electronic latch kits that connect to your existing badge reader or central access system. Each door can include a tamper switch that triggers an alarm if the panel is forced open. For telecom cabinets in shared spaces, we also offer dual-lock options where two separate keys are required to open the rear door.
For a standard rack with minor modifications, we usually ship within three to four weeks after drawing approval. A fully custom enclosure with new cutouts, special mounting rails, or integrated cable management takes closer to six weeks. We send a detailed fabrication drawing for sign-off before any steel is cut, so there are no surprises on delivery day.
Every enclosure includes vertical cable managers on both sides, with finger ducts that keep power and data cables separated. If you need a PDU, we can mount it on the rear rail or along the side channel, depending on your rack layout. We also drill grommeted entry points at the top and bottom, sized to fit the conduit you plan to use.
Our standard finish is a textured dark grey powder coat that hides fingerprints and scratches well. If you need a different color to match existing equipment or site guidelines, we can apply a custom RAL finish. For outdoor cabinets we use a UV-stable polyester powder coat with a zinc-rich primer underneath, which holds up better in Australian sun and salt air.
Need a more specific answer for your project? Ask us a direct question or talk through your requirements with an engineer.
Every housing we build follows the same disciplined path: define the load, confirm the environment, fabricate, test, and hand over with documentation your engineers can actually use.
We start with your floor plan, rack count, and cable entry points. Our engineers map heat output per cabinet and check seismic or vibration requirements for your region before we commit to a steel gauge.
You receive a dimensional layout with door swing, plenum depth, and service clearances marked. We confirm lock types, fan placement, and busbar routing so the enclosure matches your existing network room rather than the other way around.
Frames are cut, folded, and welded in our Australian workshop. Structural members are checked against the agreed gauge, and weld seams are ground flush where panels need a clean interior for cable management.
Fan trays, blanking panels, and perforated doors are fitted according to the thermal plan from step one. We test static pressure and airflow direction so hot spots do not develop behind dense switch stacks.
Each unit is loaded with test rails to verify weight capacity and door alignment. Paint thickness, grounding continuity, and lock operation are recorded on a checklist that ships with the enclosure.
We coordinate transport to your data center or telecom hut and provide assembly instructions for your installation crew. A final walkthrough covers access codes, spare parts, and maintenance intervals for fans and filters.