10tons per hour industrial ultra pure water purification system for Laser Cooling
I.Overview
Ultra-pure water (resistivity ≥ 18.2 MΩ·cm) plays a crucial role in laser equipment cooling systems, serving as the “lifeblood” of high-end laser equipment cooling systems. Especially when cooling high-power, high-stability lasers (such as semiconductor-pumped solid-state lasers, high-power fiber lasers, excimer lasers, and certain gas lasers), as well as high-precision laser equipment (such as industrial cutting/welding lasers, excimer lasers for lithography, medical lasers, and ultrafast lasers for research), it is one of the key technical components ensuring reliable operation and extended lifespan. Its core application lies in its unique physical and chemical properties, which enable it to meet the stringent requirements of laser systems for cooling media, ensuring efficient heat dissipation and preventing system damage.
II.Standard Process
Municipal tap water → Multi - media filtration → Activated carbon adsorption → 5μm security filtration → RO (Reverse Osmosis) → EDI (Electrodeionization) → Mixed bed polishing → 185/254nm UV (Ultraviolet) → 0.1μm ultrafiltration → Nitrogen - sealed storage tank → 316L stainless steel circulation pipeline network → Laser equipment cold plate
III.Core parameters of physical chemistry
| Parameters | Details | ||||
| Resistivity | ≥18.2 MΩ・cm(25°C) | ||||
| TOC | ≤1 - 5 ppb (μg/L) | ||||
| DO | ≤10 ppb (Ideal value ≤5 ppb) | ||||
| Particle Count | ≤1 Particle/mL (Particle size ≥0.1 μm) | ||||
| Bacteria & Endotoxin | Total bacteria count: <0.1 CFU/mL (Near sterile) | ||||
| Endotoxin: ≤0.001 EU/mL (Ultra - low pyrogen) | |||||
IV.Key Applications and Advantages of Ultrapure Water in Laser Equipment Cooling Systems
Highly efficient heat transfer ensures heat dissipation requirements are met.
Zero risk of scaling ensures system remains unobstructed.
Extremely low conductivity significantly inhibits electrochemical corrosion, protecting expensive equipment.
Prevents microbial growth.
Helps maintain long-term stability of laser performance.
V.Specific application scenarios
High-power semiconductor laser diodes/bars
DPSS lasers
High-power fiber lasers
Excimer lasers
Some high-power CO2 lasers
VI.Here is a guideline for you to get a proper quotation
Tell us the raw water/source of water(tap water, well water, or sea water, etc)
Provide water analysis report(TDS , conductivity, or resistivity, etc)
Required production capacity( 5m³/H, 50m³/H,or 500m³/H, etc)
What's the pure water used for( industrial,Food and Beverage,or agriculture, etc )
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