dataCool delivers robust corrosion and cavitation defense for Direct-to-Chip (Cold Plate) and Rear-Door Heat Exchanger (RDHx) liquid cooling loops. Free from restricted inorganic silicates, borates, and nitrites.
Optimized for closed-loop thermal loops servicing intense AI compute racks, high-frequency GPUs, and dense server arrays.
Maintains maximum convective heat transfer coefficient inside intricate copper and brass cold plate micro-channels. Forms an anodic microscopic protective film to prevent galvanic copper ion migration onto aluminum blocks.
Protects large-surface multi-metal radiator arrays, stainless steel piping, and cast iron pump casings from cavitation and bio-fouling in 30°C to 45°C primary thermal loops.
Every component in dataCool has a precise functional role. Click any ingredient card below to inspect its chemical mechanism and system function.
Base thermal fluid. Delivers ideal heat capacity and anti-freeze defense down to -13°C.
Primary thermal carrier. Demands ultra-purity water with <25 ppm chlorides and sulfates.
Long-chain aliphatic dicarboxylic acids forming microscopic protective layers on aluminum & iron.
Strong base used strictly to neutralize organic acids into soluble active potassium salts.
Synergistic organic acid salt boosting high-temperature corrosion inhibition for steel and iron.
Stabilizes alkaline pH and deposits a protective phosphate film on cast iron components.
Crucial copper & brass inhibitor preventing ion dissolution and galvanic plating onto aluminum.
At a 30% concentration, Propylene Glycol provides the optimum balance between low fluid viscosity, high heat capacity, and burst/freeze protection down to -13°C. It serves as the primary non-toxic carrier liquid for the organic inhibitor package.
Ensuring long-term reliability and zero precipitation in data center liquid cooling loops.
Target Alkaline Range: 8.0 - 9.5
The balance water cannot be tap water. It must be strictly purified Deionized or Reverse Osmosis water.
High chlorides aggressively attack aluminum and stainless steel cold plates, rapidly neutralizing inhibitor films.
While 30% glycol at pH 8.5 naturally suppresses bacterial growth, warm data center loops (30°C - 45°C) can harbor extremophile bacteria.
Adjust the Propylene Glycol ratio to simulate freeze protection points, specific heat capacity, and fluid protection dynamics.
Access complete technical specifications, material safety data, transport codes, and engineering handling guidelines.
Complete physical chemical properties, formulation breakdowns, pH buffering targets, multi-metal corrosion metrics, and dilution guidelines.
Official Safety Data Sheets are tailored by region and regulatory jurisdiction. Please contact your sales representative or technical account manager to request the latest SDS documentation.