Liquid cooling components & assembliesSpecification-led sourcing
Liquid Cooling Components
Search Request a Quote 0

Product group

Custom Liquid Cooling Assemblies

Drawing-defined fluid components and connected assemblies, from individual parts to coordinated multi-component requirements.

Explore the rangePrepare an enquiry
Xinda four-copper-plate CPU cooling circuit with copper tubing — same-page 800 × 800 product rendering.
Representative component · configuration-specific

Narrow your selection

Explore product families.

Component selection

All Product drafts

5 results
Private preview · candidate records

5 local draft records. Includes unfinished records and Family overviews. Draft · Noindex. Reference configurations are not approved stock. Image public-use review remains separate.

Show content-ready drafts
Xinda integrated cold-plate, copper-tube and manifold circuit — same-page 800 × 800 product rendering.

LCP-000046

Integrated Cold-Plate, Manifold & Tube Circuit — Xinda Reference

A pictured integrated copper circuit combining cold-plate contact areas, tubing and a distribution member. The configuration is drawing-defined; no fixed heat-load or…

Listed material
Copper listed for the cooling circuit components
Assembly composition
Cold-plate area, distribution manifold and connecting copper tubing integrated in one pictured circuit
View specifications

Specify with confidence

The details that shape your selection.

Send the controlled drawing or BOM, revision, critical interfaces and permitted substitution boundaries.

  • Function and loop position
  • Interfaces, drawing revisions and envelope
  • Coolant, materials and seals
  • Temperature, pressure and flow conditions
  • Testing and documentation
  • Quantities and delivery requirements

System and selection context

Drawing-defined components and assemblies begin with buyer-controlled interfaces and revisions. A custom enquiry needs more than a generic statement of manufacturability.

Inputs for review

Send the drawing, BOM, critical dimensions, materials, allowed substitutions, inspection plan, sample quantity and change-control rules. Agree on the design authority and exact quoted scope.

Information to prepare

  • Send the controlled drawing or BOM, revision, critical interfaces and permitted substitution boundaries.

Configuration and quotation

Include the drawing or specification revision and identify any requirements that are still to be confirmed. Available configurations, testing and documentation are confirmed with quotation.

Documented reference configurations & supporting imagery

Local editorial preview

Documented configurations and product references

Manufacturer examples retain their model and conditions. These references describe source products, not approved stock or supply. Images are pending final selection and rights review.

MFC formed stainless-steel tube assembly with a branch — manufacturer assembly example; dimensions and fitting design are drawing-specific.
MFC formed stainless-steel tube assembly with a branch — manufacturer assembly example; dimensions and fitting design are drawing-specific.LCIMG-000036 · Local reference image
MFC braided metal hose assembly — example of a finished flexible assembly, not the Hydraflex DataCool silicone hose.
MFC braided metal hose assembly — example of a finished flexible assembly, not the Hydraflex DataCool silicone hose.LCIMG-000037 · Local reference image
MFC rubber hose assemblies with swaged end connections — manufacturer examples; not the DataCool models listed in the separate reference table.
MFC rubber hose assemblies with swaged end connections — manufacturer examples; not the DataCool models listed in the separate reference table.LCIMG-000040 · Local reference image
Xinda mixed-metal three-plate liquid-cooling assembly with connecting tubes — same-page 800 × 800 product rendering.
Xinda mixed-metal three-plate liquid-cooling assembly with connecting tubes — same-page 800 × 800 product rendering.LCIMG-000297 · Local reference image
Xinda four-copper-plate CPU cooling circuit with copper tubing — same-page 800 × 800 product rendering.
Xinda four-copper-plate CPU cooling circuit with copper tubing — same-page 800 × 800 product rendering.LCIMG-000298 · Local reference image
Boyd server liquid-cooling layout — manufacturer design rendering; illustrative assembly context.
Boyd server liquid-cooling layout — manufacturer design rendering; illustrative assembly context.LCIMG-000013 · Local reference image
Xinda integrated cold-plate, copper-tube and manifold circuit — same-page 800 × 800 product rendering.
Xinda integrated cold-plate, copper-tube and manifold circuit — same-page 800 × 800 product rendering.LCIMG-000299 · Local reference image
Deya formed metal system-pipe module with a return bend, flexible branches and a mounting lug; drawing-defined reference.
Deya formed metal system-pipe module with a return bend, flexible branches and a mounting lug; drawing-defined reference.LCIMG-000113 · Local reference image
Boyd liquid-cooling loop assembly — shows tube, hose and cold-plate relationships; not a standalone tube model.
Boyd liquid-cooling loop assembly — shows tube, hose and cold-plate relationships; not a standalone tube model.LCIMG-000011 · Local reference image

CoolIT Systems — family reference

ParameterDocumented value / configuration
ComponentsColdplates and loop components are integrated around the server board layout and design targets.

MFC — Liquid Cooling Assemblies (March 2026)

ParameterDocumented value / configuration
Configuration optionsCorrugated metal hose, EPDM hose, formed stainless tube and custom Y/manifold arrangementsConditions: Drawing and component selection define configuration; scope: Manufacturer configurable-construction examples, not site manufacturing claims

Xindaaitech — Xinda mixed-metal three-plate cooling circuit example

ParameterDocumented value / configuration
Assembly compositionTwo aluminum cold plates, one copper cold plate and connecting stainless tubingConditions: scope: Manufacturer-described pictured example, not a standard fixed bill of materials or tested site assembly
Listed plate materialsCopper C1100 and aluminum AL3003 listed for cold-plate componentsConditions: scope: Supplier page; plate-specific allocation and tube alloy require a controlled bill of materials
Supplier joining descriptionVacuum brazing process listed as joining approachConditions: scope: Supplier claim only; joint design, filler, inspection and final qualification are not shown
Dimension controlDimensions customized to the application drawingConditions: scope: No stock plate sizes or route coordinates are published for the pictured assembly

Xindaaitech — Xinda four-copper-plate cooling circuit example

ParameterDocumented value / configuration
Assembly compositionFour copper CPU cold plates connected by copper tubingConditions: scope: Manufacturer-described pictured example; plate positions and branch routing are drawing-specific
Listed copper materialsCopper C1100/C1220 listed as materialsConditions: scope: Supplier page; exact grade of each plate and tube requires a controlled bill of materials
Supplier joining descriptionVacuum brazing process listed for plate/tube circuitConditions: scope: Supplier claim only; no joint drawing, leak test method or reliability condition published
Dimension controlDimensions customized to server configurationConditions: scope: No fixed footprint, tubing OD or interface standard published for pictured assembly

Xindaaitech — Xinda integrated cold plate/manifold/tube circuit example

ParameterDocumented value / configuration
Assembly compositionCold-plate area, distribution manifold and connecting copper tubing integrated in one pictured circuitConditions: scope: Manufacturer-described reference example; number of plates and branch geometry are not a stock specification
Listed materialCopper listed for the cooling circuit componentsConditions: scope: Exact grade of each wetted component requires controlled drawing and bill of materials
Supplier joining descriptionVacuum-brazed integrated construction described by the supplierConditions: scope: Supplier claim; no joint map or assembly acceptance data published
Dimension controlDimensions customized to server layoutConditions: scope: No fixed thermal footprint, port map or overall size available for this pictured circuit

Configuration options and selection inputs

Critical interfaces

Board layout, thermal targets, and fluid connections define project-specific interfaces.

Reference: CoolIT Systems — family reference

Design authority

Custom component performance depends on application-specific thermal and mechanical requirements.

Reference: Boyd — family reference

Inspection

Thermal and hydraulic validation must be tied to a controlled configuration and laboratory conditions.

Reference: Boyd — family reference

Drawing revision

Fabrication should use an approved CAD/sales drawing; the RFQ must carry the controlling drawing identifier and revision.

Reference: Swagelok Northern California — family reference

Conditions: inference: revision control is required to make approval repeatable

Bom revision

The bill of materials should be configuration-controlled with the drawing and single assembly identity.

Reference: Swagelok Northern California — family reference

Conditions: inference: derived from documented BOM and ready-to-reorder workflow

Components

Documented assembly inputs include tubing, fittings, valves, regulators and other specified system components.

Reference: Swagelok Northern California — family reference

Critical interfaces

Pressure, temperature, material compatibility, dimensions and maintenance access are required design inputs.

Reference: Swagelok Northern California — family reference

Substitution boundary

Third-party or alternate components require explicit drawing/BOM approval; do not infer interchangeability.

Reference: Swagelok Northern California — family reference

Conditions: inference: component sourcing and approved drawing/BOM require a controlled deviation boundary

Inspection

Select pressure, helium leak, hydrostatic, nitrogen pressure or pressure-decay testing according to agreed acceptance criteria.

Reference: Swagelok Northern California — family reference

Traceability

RFQ should define required CAD, test certificate, material certification, tagging and assembly part-number records.

Reference: Swagelok Northern California — family reference

Change control

Changes after drawing/BOM approval require documented review before fabrication or repeat supply.

Reference: Swagelok Northern California — family reference

Conditions: inference: approval and repeat-order workflow require controlled changes

Design authority

Customer and fabricator responsibilities must be stated; a supplier service page does not transfer design authority to this website.

Reference: Swagelok Northern California — family reference