Iron Point Mechanical details and fabricates the process piping behind liquid-cooled data centers in Greater Phoenix and Los Angeles: CDU and rack manifolds, plant tie-ins and onsite power systems. Spooled in our shop, tested, and delivered ready to set.
Rack densities have passed what air can carry away, so liquid cooling is now in most new data center designs. Every direct-to-chip hall adds a secondary loop: headers, row manifolds and hundreds of rack connections that all have to be clean, tight and on schedule.
That piping sits on the critical path. Equipment specs change late, field labor is short, and a mechanical contractor can't afford to weld thousands of joints in a building that's still being closed in.
In Phoenix, water sharpens the problem: new campuses are designed around closed loops and dry coolers instead of evaporative towers, which puts even more of the cooling system into pipe. In Los Angeles, the work is often inside buildings already running, where existing halls are being converted to liquid cooling with short shutdown windows.
We take that scope off the field. We fabricate spools, manifolds and skids in a controlled shop from your coordinated model, pressure test them, and ship them kitted by area so your crews install instead of build.
Each scope is labeled by the service it carries, the same way it will be marked in the finished plant.
Secondary loops from the CDU to the white space: headers, row manifolds and rack drops, built clean for direct-to-chip cold plates.
Tie-ins between CDUs, chillers, dry coolers and heat exchangers, including isolation, balancing and instrument taps.
Manifolds and CDU tie-ins detailed to fit existing halls, built to go in fast during short windows in occupied buildings.
Condenser and dry cooler piping, and heat-recovery connections where the owner is putting waste heat to work.
Fuel gas trains, jacket water and exhaust heat recovery for behind-the-meter generators and turbines.
Compressed air, makeup water and drain piping that the cooling and power systems depend on.
Built to order when off-the-shelf won't fit the duty, the space or the schedule. Tagged the way it will appear on the P&ID.
Plate and shell-and-tube exchangers sized to the duty, temperatures and footprint of the job, built and code-stamped by our ASME-certified fabrication partners.
Pumps, valves, strainers, instruments and controls mounted, piped and tested on one frame, ready to set and connect.
Side-stream filters and strainer packages that keep coolant clean enough for the fine channels in cold plates.
Tanks sized for the loop's volume and thermal swing, with the nozzles and supports the layout calls for. Code-stamped where required.
Regulation, filtration, metering and shutoff for onsite generators and turbines, assembled and tested as one unit.
Racks and supports built with the piping already on them, so a whole run lifts into place at once.
For loops and process lines where particles, metals or organics can't get into the fluid. Built, cleaned and documented to the purity spec, then sealed for delivery.
Materials: stainless steel, carbon steel, copper, PVDF and PFA, per project spec. Tell us your cleanliness and testing requirements up front and we'll build the procedure around them.
Fabricating in-house? Hire us for the models and drawings only. We turn the design team's model into fabrication-ready packages and keep them current when equipment changes late.
When a project needs engineer-of-record design, we work as a detailing subconsultant to Arizona-registered engineering firms. They hold the engineering contract and seal the drawings.
We work from your coordinated model and hand back material that drops into your schedule.
We take your BIM model, produce spool drawings, and flag clashes and missing information before anything is cut.
Cut, weld and assemble in the shop. Every spool is tagged to its location in the model.
Pressure tested, cleaned and capped, then shipped kitted by floor, hall or row in install order.
Your crews set install-ready material. We answer fit-up questions and supply test records for commissioning.
We work as a subcontractor to mechanical contractors and general contractors on data center and mission-critical projects in Greater Phoenix and Los Angeles. Hand us a defined scope, from a single hall's manifolds to a full cooling plant, and we deliver it install-ready under your contract.
Greater Phoenix, where the new campuses are going up:
Los Angeles, new builds and liquid cooling retrofits:
Share drawings, a model link or a rough description. We reply with questions or a budget number within two business days.