Custom Manifold Assembly Components for Liquid Cooling & Industrial Fluid Systems
Liquid Cooling Manifold Assembly Components are precision fluid distribution parts engineered for liquid cooling deployments in data centers, AI servers and industrial thermal management systems. Produced in line with OCP compatibility guidelines, our parts achieve great interchangeability with certified matching assemblies. We offer multi-port designs with UNF, BSPP and custom port options; stainless steel and aluminum alloy materials provide excellent corrosion resistance and service life. Optimized internal flow channels realize uniform coolant distribution and lower pressure loss. Rated for 20 bar (290 psi) operating pressure and -40°C to +120°C working temperature, the components sustain reliable leak-free performance during long cyclic operation, and all products meet RoHS and REACH compliance requirements.
Specifications
| Parameter | Specification |
|---|---|
| Material | SS316L Stainless Steel / Aluminum Alloy (6061 or per drawing) |
| Process | Mill-Turn CNC Machining, CNC Turning, Swiss-Type Lathe |
| Tolerance | 0~3mm ±0.02; 3~6mm ±0.03; 6~20mm ±0.03; 20~50mm ±0.06; >50mm ±0.07 |
| Surface Treatment | SS316L: Electropolishing + Passivation; Aluminum: Anodizing (clear or dyed per drawing) |
| Marking | Laser Engraving (Part No. / Logo / Flow Port ID) |
| Packaging | Tray Packaging (Anti-static bag, foam padding, export carton) |
| Compliance | RoHS 2.0, REACH, rated 20bar, -40°C~+120°C |
Applications
Our Liquid Cooling Manifold Assembly Components serve diverse industrial applications:
Cold Plate Liquid Cooling
Manifold assemblies deliver reliable multi-channel coolant distribution for AI server cold plate liquid cooling systems.
CDU Internal Piping & Valve Assemblies
Precision manifold parts fit perfectly inside CDU for stable internal pipeline connection and flow regulation.
Rack-Level Manifold Distribution Loops
Core manifold components construct uniform fluid distribution loops at rack level for cluster thermal management.
Direct-to-Chip Cooling
Accurate flow allocation supports efficient heat dissipation of high-power GPU and CPU direct-to-chip cooling solutions.
Quality Control
Each batch undergoes comprehensive quality control to ensure reliability:
Material Verification
Incoming material inspection with stainless steel material certification, sealing medium compliance verification, and material filing strictly following OCP liquid cooling compatibility standards
Dimensional Inspection
Precision tolerance control for key dimensions such as thread specification/pitch, hexagonal size, manifold body outer diameter, flow channel size and port interface depth
Performance Testing
Pressure leakage test, pressure resistance verification and long-cycle operation test to guarantee leak-free flow distribution performance and structural stability of manifold assemblies
Batch Traceability
Lot coding, production date, and inspection logs archived for complete order batch retrospective inquiry
Customization
We specialize in build-to-print manufacturing, producing parts fully according to your 2D/3D drawings and tolerance requirements.
Drawing‑Based Production
100% follow customer specs for manifold assembly dimensions, structure, and machining details (multi-port layout, straight or angled port options)
Custom Tolerance Control
Precision matching from general to ultra-tight tolerance for manifold critical dimensions
Multi‑Process Customization
Custom materials, surface treatment (passivation/electropolishing), and laser marking (part number/logo)
Document Traceability
Full drawing records for repeat stable batch production
FAQ
Find answers to common questions about our products, services, and support.
What are Liquid Cooling Manifold Assembly Components used for?
Liquid cooling manifold assembly components are applied in data centers, AI servers and industrial thermal management systems, responsible for multi-channel balanced coolant distribution and stable fluid loop operation.
What is typical delivery time?
Standard orders: 15‑30 days. Customized solutions: 30‑45 days depending on complexity.
Are your products OCP compliant?
Yes, manufactured to OCP liquid cooling compatibility standards, ensuring good interchangeability with matching system parts from other OCP-approved suppliers, plus RoHS and REACH compliance.
What is the maximum operating pressure?
20 bar (290 psi) operating, 80 bar (1160 psi) burst, temperature range -40°C to +120°C.