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OAT PG HEAT
TRANSFER FLUID
SOLUTHERM™ OAT PG Heat Transfer Fluid is a ready-to-use, propylene glycol-based thermal management fluid designed for the unique needs of Direct Liquid Cooling (DLC) in data centers, supercomputers, and adjacent end uses.
- For direct liquid cooling computer applications.
- Protects copper, stainless steel, aluminum, brass, and cast iron against corrosion.
- Formulated without 2-EHA, molybdate, and BNAS (borate, nitrite, amine, silicate).
Product Overview
SOLUTHERM™ OAT PG Heat Transfer Fluid is a robust 25% PG formulation for direct-to-chip cooling systems. PG 25 fluids have been shown to improve facility PUE (Power Usage Effectiveness), increase computing density and decrease data center footprint when compared with air-cooled systems.
SOLUTHERM™ OAT PG Heat Transfer Fluid is intended for use in Direct Liquid Cooling applications where a water or propylene glycol-based coolant is required. Before the initial fill with SOLUTHERM™ OAT PG Heat Transfer Fluid, the system should be prepared by an appropriate flushing procedure, followed by complete removal of flushing fluid. There is no need for additional bio treatment with proper maintenance of glycol concentration at or above 25%.
Performance Features & Benefits
- For direct liquid cooling computer applications.
- Protects copper, stainless steel, aluminum, brass, and cast iron against corrosion.
- Formulated without 2-EHA, molybdate and BNAS (borate, nitrite, amine, silicate).
-
Product can be maintained with easy, periodic health monitoring and treatment as needed.
- Product offers high temperature corrosion protection for aluminum components and is compatible with aluminum heat exchangers.
Our versatile solutions are specifically formulated for the following applications:
Product Offering
| TYPICAL PROPERTIES | SOLUTHERM™ OAT PG 25 | SOLUTHERM™ OAT PG Concentrate | SOLUTHERM™ OAT PG Booster Pack |
|---|---|---|---|
| Propylene glycol % weight | 25% | 86% | Can be customized to prolong the life of fluid in existing systems. |
| Corrosion inhibitors and water % weight | 75% | 14% | |
| Colour | Fluorescent green | Fluorescent green | |
| ASTM Corrosion specification | D8039† | D8039 | |
| pH of solution | 8.3 | Depending on dilution | |
| Pounds per gallon 68°F (20°C) | 8.57 | 8.84 | |
| Boiling point** | 214°F (101°C) | Depending on dilution | |
| Freezing point | 15°F (-9°C) | Depending on dilution |
SOLUTHERM™ OAT PG 25
| Propylene glycol % weight | 25% |
| Corrosion Inhibitors and Water % Weight | 75% |
| Color | Fluorescent green |
| ASTM Corrosion specification | D8039† |
| pH of Solution | 8.3 |
| Pounds per gallon 68°F (20°C) | 8.57 |
| Boiling point** | 214°F (101°C) |
| Freezing Point | 15°F (-9°C) |
SOLUTHERM™ OAT PG Concentrate
| Propylene glycol % weight | 86% |
| Corrosion Inhibitors and Water % Weight | 14% |
| Color | Fluorescent green |
| ASTM Corrosion specification | D8039 |
| pH of Solution | Depending on dilution |
| Pounds per gallon 68°F (20°C) | 8.84 |
| Boiling point** | Depending on dilution |
| Freezing Point | Depending on dilution |
SOLUTHERM™ OAT PG Booster Pack
| Propylene glycol % weight | Can be customized to prolong the life of fluid in existing systems. |
| Corrosion Inhibitors and Water % Weight | |
| Color | |
| ASTM Corrosion specification | |
| pH of Solution | |
| Pounds per gallon 68°F (20°C) | |
| Boiling point** | |
| Freezing Point |
†ASTM D8039 specification states that Heat Transfer Fluids must contain 30% or more glycol content; fluids not meeting the ASTM specified amount are tested as is using ASTM D8040 and ASTM D1881 and held to the same corrosion and foam control protection specifications stated in the standard.
**Per ASTM D1120
Oat PG Safety Data Sheets
Speak To Our Team of Experts
Have a question or need guidance for glycol-based heat transfer fluids, formulations? Our experts are here to provide advice and solutions to optimize the thermal management of your systems. Reach out to our team today.
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