AI Data Center Liquid Cooling Components

Liquid Cooling Component Manufacturing Services

Custom manufacturing for cold plates, manifolds, CDU components, brackets, enclosures, and test fixtures—from prototypes to low-volume production for AI servers and data center liquid cooling systems.

CNC + Sheet Metal

Machined blocks, plates, housings, brackets, enclosures, and precision fluid interfaces.

Prototype Support

Support for validation builds, design iterations, pilot runs, and low-volume production.

Engineering Review

Manufacturing review based on CAD files, materials, tolerances, and project requirements.

Quick Manufacturing Check

Select your part details and build a short RFQ summary before sending drawings.
Manufacturing Capabilities

Manufacturing Capabilities for Liquid Cooling Components

Custom manufacturing support for engineering and sourcing teams developing liquid cooling systems, from drawing review and prototypes to low-volume production.

Liquid Cooling Manifolds

Custom manifolds and coolant distribution blocks manufactured from customer drawings for rack-level and system assembly use.

CNC machined components

Typical parts

Rack manifolds, row manifolds, coolant distribution blocks, valve blocks, adapter blocks.

Manufacturing details

Threaded ports, cross-drilled channels, O-ring grooves, sealing surfaces, mounting holes.

Common materials

Aluminum, stainless steel, copper, and brass based on drawing, coolant compatibility, and application requirements.

Manufacturing examples

rack manifold

row manifold

coolant distribution block

valve block

threaded ports

O-ring grooves

Cold Plate

Prototype cold plates, covers, and interface plates machined from customer drawings for thermal validation and early-stage liquid cooling testing.

Prototype to Low-Volume

Typical parts

Cold plate bases, cover plates, micro-channel plates, inlet and outlet plates, and thermal interface prototypes.

Manufacturing details

Flatness-critical surfaces, pocket milling, channel machining, O-ring grooves, threaded ports, and mounting holes.

Common materials

Copper, aluminum, stainless steel, and custom alloys based on thermal and prototype requirements.

Manufacturing examples

cold plate base

cover plate

micro-channel plate

inlet/outlet ports

sealing grooves

flatness control

CDU Components

Custom machined components and subassemblies for coolant distribution units, including valve blocks, adapter interfaces, housings, and fluid control components.

CDU machined parts

Typical parts

Valve blocks, adapter blocks, pump housings, sensor blocks, connector plates, and custom mounting interfaces.

Manufacturing details

Precision bores, threaded connections, sealing faces, cross-drilled flow passages, mounting patterns, and inspection-critical surfaces.

Common materials

Aluminum, stainless steel, brass, and copper depending on fluid compatibility and drawing requirements.

Manufacturing examples

valve block

adapter housing

pump interface

sensor block

connector plate

sealing face

Brackets & Enclosures

Custom sheet metal brackets, rack panels, covers, and enclosures fabricated from customer drawings for liquid cooling racks, CDUs, and supporting equipment.

Liquid Cooling Sheet Metal

Typical parts

Rack brackets, CDU covers, mounting plates, enclosure panels, shields, trays, and support frames.

Manufacturing details

Laser cutting, bending, countersinks, PEM inserts, slots, vents, weldments, and powder coating support.

Common materials

Stainless steel, aluminum, steel, and galvanized sheet based on assembly and finish requirements.

Manufacturing examples

rack bracket

enclosure panel

mounting plate

CDU cover

PEM inserts

powder coating

Test Fixtures

Custom leak, pressure, and flow test fixtures manufactured from customer drawings to support liquid cooling component validation and production inspection.

Leak & Flow Test Fixtures

Typical parts

Leak test fixtures, pressure test blocks, flow adapters, sealing plates, clamping fixtures, and inspection fixtures.

Manufacturing details

Sealing interfaces, threaded ports, quick-connect connections, locating pins, clamping points, O-ring grooves, and precision-machined surfaces.

Common materials

Aluminum, stainless steel, brass, and engineering plastics selected according to test pressure, coolant compatibility, sealing, and wear requirements.

Manufacturing examples

leak test fixture

pressure test block

flow adapter

sealing plate

quick-connect ports

inspection fixture

Integrated Manufacturing

CNC machining, sheet metal
fabrication, and finishing

Integrated manufacturing support for liquid cooling components, from prototype validation and pilot builds to low-volume production.

CNC Machining

Milled and turned manifolds, cold plates, valve blocks, adapters, housings, and precision fluid interfaces.

Sheet Metal Fabrication

Cut, bent, welded, and assembled brackets, trays, rack panels, covers, and CDU enclosures.

Surface Finishing

Anodizing, passivation, nickel plating, bead blasting, powder coating, and application-specific finishes.

Prototype & Low Volume

Manufacturing support for validation builds, design iterations, pilot runs, and low-volume production.

Engineering Features We Can Support

Materials for Liquid Cooling Components

Copper

Aluminum

Stainless Steel

Brass

Application Areas

Component-level manufacturing for
liquid cooling Systems

AI & GPU Servers

Rack-Level Liquid Cooling

Coolant Distribution Units

Data Center Thermal Management

Request a Quote

Send drawings and project requirements

Upload drawings or CAD files when available. Include material, quantity, finish, tolerance, sealing requirements, and project notes.
Your files are handled confidentially.

Prepare Your RFQ

Include the following information to help our engineers review manufacturability and prepare an accurate quote.

2D drawings and 3D CAD files

Material, quantity, and finish

Tolerance and surface finish requirements

Sealing, pressure, or assembly notes

Need custom liquid cooling components
made?

Send your drawing or CAD file and share the material, quantity, finish, and critical engineering requirements.

Scroll to Top