Cooling hardware sized for rack-scale rollout.
Cold plates, manifolds, fittings, CDU and rack hardware, busbars and enclosures for data center and liquid cooling programs. Our vetted vendor network machines copper and aluminum to ±0.001″ on sealing surfaces, and one project manager plans the build from the first prototype to fleet volume.
How we review it
Your project manager and a technical lead review every print within 24 hours. For cooling hardware we check flatness and finish on sealing faces, internal channel geometry and leak-test requirements, then route the job to a shop sized for your pilot racks or your rollout.
Quality + Compliance
AS9100D Compliant · ISO 9001:2015 · ITAR Registered · NIST 800-171 Compliant · Domestic sourcing
What we source
Matched to shops that run copper and aluminum.
- Cold plates
- Machined copper + aluminum.
- Manifolds
- Supply and return, leak-critical.
- Fittings + adapters
- Turned to print.
- CDU components
- Brackets, panels + frames.
- Rack hardware
- Rails, mounts + brackets.
- Busbars
- Copper, plated to spec.
- Enclosures
- Formed, welded + coated.
- Additive prototypes
- Conformal channels.
Specifications
What a typical cooling job looks like.
- Tolerances
- ±0.005" standard. ±0.001" on sealing surfaces.
- Materials
- C101 + C110 copper, aluminum 6061, stainless.
- Processes
- CNC, sheet metal, additive, welding, finishing.
- Finishes
- Nickel plating, passivation, anodize, powder coat.
- Documentation
- Material certs. FAI on request.
- Quote review
- Within 24 hours.
Before it’s built
Cooling hardware is built once and installed thousands of times, so leak paths and flatness callouts matter at volume. We check O-ring gland dimensions, plating on wetted copper surfaces, and channel designs that will cost too much to machine at rollout quantities.
Liquid cooling questions
Yes. Cold plates are machined in C101 and C110 copper or 6061 aluminum through shops in our vetted network, with sealing surfaces held to ±0.001″. We review internal channel geometry and flatness callouts before the job goes out.
We check O-ring gland dimensions, sealing face finish and your leak-test requirements during drawing review, and route the job to a shop with experience in leak-critical parts. List any pressure or leak testing with your RFQ so it’s priced from the start.
It depends on your coolant and system materials. We flag plating callouts on wetted copper surfaces at quote so you can confirm them before parts are made. Nickel plating and passivation are both available.
Yes. The same project manager plans the build from the first prototype to fleet volume. At quote we flag channel designs and features that will cost too much to machine at rollout quantities.
Yes. Brackets, panels, frames, rails and enclosures come through the same program, so the machined cooling parts and the sheet metal around them ship from one contact.
A STEP file and 2D print, material and finish, quantities and timing, and leak-test, flatness and plating requirements. Missing something? Send what you have and we’ll ask for the rest.
