Liquid Cooling Factory
TCH Liquid Cooling Factory: Precision Manufacturing Excellence
Backed by extensive thermal manufacturing expertise, our 4,500㎡ dedicated liquid cooling plant (Capacity: 80,000 pcs/month) specializes in high-density thermal solutions for AI servers and datacenters. We ensure zero-leakage and ultimate reliability through strict process control:
Precision Forming
Up to 2μm CNC machining accuracy, 0.1mm ultra-fine skived micro-channels, and 4000T heavy cold forging.
Advanced Joining
Equipped with a 28-meter N2 protection reflow furnace, dedicated Friction Stir Welding (FSW), and vacuum diffusion bonding.
Aerospace-Grade Testing
Rigorous inspection protocols featuring 3D CT scan validation for internal flaw detection, combined with Immersion Ultrasonic Testing (IUT) and 100% Helium leak testing.
High-Reliability Liquid Cooling Manufacturing
Our company is committed to Quality Management and Control, ensuring strict adherence to industry standards and customer satisfaction. We have obtained relevant certifications, demonstrating our commitment to quality. With our rigorous quality assurance processes, we guarantee 100% quality in all our products and services.
Ultra-Fine Micro-Channel Cold Plates
Core Process: Industrial-grade Skived Fin technology, achieving 0.1mm channel gaps and high aspect ratios.
Manufacturing Focus: Maximizing heat transfer surface area to handle 1000W+ power loads in compact spaces—the ultimate solution for high-performance computing.
Zero-Leakage Joining Technology
Core Process: FSW (Friction Stir Welding), Vacuum Diffusion Bonding, and N2-Protection Brazing.
Manufacturing Focus: Moving beyond unreliable O-rings. Our molecular-level metal joining ensures cold plates and connectors become a single, solid piece, guaranteed leak-proof under long-term high pressure.
Complex Fluid Loop Assembly
Core Process: Precision 3D Tube Bending and multi-node seamless brazing.
Manufacturing Focus: Navigating tight internal spaces in servers or industrial units. One-time oxidation-free brazing ensures internal waterways are pristine, flux-free, and ready for service.
Thermal Interface Optimization
Core Process: 2μm-level ultra-precision CNC milling.
Manufacturing Focus: Engineering the critical contact surface. Extreme flatness minimizes thermal interface resistance, ensuring the cold plate’s cooling potential is fully realized.
The 3 Pillars of Zero-Leakage Assembly
Every cold plate is 100% Helium leak tested before shipping
Solid-State Joining for Maximum Pressure.
Zero-consumable, pure solid-state welding. Dedicated for large rack manifolds and heavy cold plates to withstand extreme system pressure.
Zero Flux Residue, No Blockage.
Molecular-level metal fusion. Perfectly seals complex 3D micro-channels in AI cold plates, ensuring absolutely clean, contamination-free waterways.
Consistency for High-Volume Production.
Equipped with a 28-meter N2 protection reflow furnace. Achieves oxidation-free seamless brazing for high-reliability, mass delivery of datacenter cold plates.
Server-Grade Purity & Cleanliness Control
Micro-particles can destroy million-dollar AI systems. We manufacture and package your liquid cooling components under extreme cleanliness standards to ensure absolute zero-contamination.
The 4-Step Internal Purity Process:
High-Pressure Internal Flushing:
Powerful liquid flushing through all micro-channels to completely eliminate any residual CNC aluminum/copper shavings or machining fluids.
Air Pulse Sweeping:
High-velocity pneumatic pulses sweep through the internal waterways to clear out even the most microscopic hidden residues.
Vacuum Drying
Specialized vacuum drying ovens evaporate and extract 100% of internal moisture, preventing any risk of internal oxidation or corrosion.
Clean-Room Vacuum Sealing:
Finished products are immediately vacuum-sealed inside the cleanroom before boxing, guaranteeing that the internal purity is perfectly maintained until it reaches your assembly line.
The "No-Compromise" Quality Control Lab
Every liquid cooling component must pass extreme physical thresholds. We don't rely on luck; we rely on 100% verification for critical metrics.
100% Helium Leak Testing Moving beyond basic water tests. We utilize high-precision helium mass spectrometry for 100% inspection, catching microscopic molecular leaks to guarantee datacenter-grade sealing.
High-Pressure & Burst Testing Simulating extreme water pressure environments far beyond normal operating conditions. Rigorous pressure and burst tests ensure weld seams and quick disconnects withstand maximum stress.
Flow Resistance & Pressure Drop Testing Validating real-world fluid dynamics. We physically test flow resistance and pressure drop to ensure the machined micro-channels perform exactly as your blueprints demand.
Why Choose TCH?
True Vertical Integration. Your single-source partner from raw metal to zero-leakage cooling loops.
100% In-House Components
Supported by our group facilities featuring 71+ precision CNCs, in-house tooling, and dedicated skived fin workshops. We control the supply chain—no outsourcing delays, better cost control.
Dedicated Assembly Plant
A specialized facility focused purely on advanced joining (FSW, N2 Brazing) and Class 10,000 cleanroom assembly, ensuring aerospace-grade purity and sealing.
Agile NPI to Mass Scale
The synergy between our component and assembly plants allows a seamless, rapid transition from prototypes to a mass production capacity of 80,000 units/month.