描述
Galden HT200 200 °C Balanced Performance PFPE Heat Transfer Fluid
Material: PFPE (Perfluoropolyether)
Boiling Point: 200℃
Pour Point: -85℃
Viscosity (25℃): 2.40 cSt
Packing: 5 KG / drum
Galden HT200 is a high‑performance perfluoropolyether (PFPE) heat transfer fluid within the Galden HT series. It delivers the lowest viscosity at 2.40 cSt and the lowest pour point of -85℃ across all HT grades with boiling points above 170℃. Produced by Syensqo, formerly Solvay, this inert, dielectric and non‑flammable fluid has a boiling point of 200℃. It strikes a good balance of heat transfer efficiency, low‑temperature fluidity and high‑temperature stability for challenging thermal management tasks.
Galden HT200 shows far superior flow performance and quicker thermal response when compared with higher‑viscosity Galden HT230 (4.40 cSt) and Galden HT270 (14.0 cSt). Its boiling point runs 30℃ higher than Galden HT170 (170℃). An ultra‑low -85℃ pour point grants excellent pumpability under cold conditions. This makes Galden HT200 the most flexible option in the HT series. It suits systems that demand effective high‑temperature heat transfer as well as dependable cold‑start operation.
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We supply stable spot inventory of genuine Galden HT200 PFPE heat transfer fluid. Complete official TDS, SDS and batch COA documents are available for semiconductor, chemical, pharmaceutical, and electronics cooling applications. Contact us for competitive bulk pricing and technical guidance on heat transfer system design.
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✅ Complete SDS & customs clearance documents provided
Core Advantages of Galden HT200 PFPE Heat Transfer Fluid
- Lowest viscosity (2.40 cSt) among HT grades ≥170℃ — superior flow and faster thermal response
- Lowest pour point (-85℃) in the entire HT series — unmatched low-temperature pumpability
- 200℃ boiling point — ideal for applications needing more than 170℃ but less than 230℃
- Volume resistance of 6×10¹⁵ ohms·cm for safe energized cooling
- Low vapor pressure (0.2 torr) for minimal evaporation losses
- Non-flammable and chemically inert for hazardous environments
- 870 amu low molecular weight — faster heat transfer response than higher molecular weight HT grades
Main Applications
- Semiconductor processing and manufacturing equipment
- Chemical and pharmaceutical temperature control systems
- Vapor phase heating and thermal management
- Transformer cooling and high-voltage equipment
- Supercomputer and data center liquid cooling
- Recirculating chiller systems
- Nuclear and high-reliability thermal management applications
Full Technical Parameters (Syensqo Official Data)
| Property | Typical Value | Test Condition |
| Base Material | Perfluoropolyether (PFPE) | — |
| Visual Appearance | Clear Colorless Liquid | Ambient 25℃ |
| Boiling Point | 200℃ | Standard Atmosphere |
| Pour Point | -85℃ | ASTM D97 |
| Density (25℃) | 1.79 g/cm³ | 25℃ |
| Average Molecular Weight | 870 amu | GPC Test |
| Kinematic Viscosity (25℃) | 2.40 cSt | 25℃ |
| Surface Tension | 19 dyne/cm | 25℃ |
| Vapor Pressure | 0.2 torr | — |
| Heat of Vaporization | 15.0 cal/g | At Boiling Point |
| Specific Heat Capacity (25℃) | 0.23 cal/g/℃ | 25℃ |
| Solubility of Air | 26.0 ml gas/100ml liquid | — |
| Solubility of Water | < 10.0 wppm | — |
| Dielectric Constant | 1.94 | ASTM D150 |
| Dielectric Strength (2.54mm gap) | 40 kV | ASTM D149 |
| Volume Resistance | 6×10¹⁵ ohms·cm | ASTM D257 |
| Dissipation Factor (1 kHz) | 2.0×10⁻⁴ | ASTM D150 |
Note: All listed figures are typical lab test reference values instead of binding factory specifications. Complete independent qualification testing is required before mass production deployment.
Handling and Storage Recommendations
| Storage Rules | Store sealed original containers in a dry, well-ventilated area away from heat sources and direct sunlight |
| Forbidden Environments | Avoid exposure to open flames, strong oxidizing agents and reactive metal powders |
| Operation Protection | Maintain adequate ventilation; wear nitrile protective gloves and anti-splash safety goggles during handling |
Official Technical Documentation
| Document Type | Document Introduction | Document Request |
| TDS | Galden HT200 original factory technical data sheet | Request TDS |
| SDS | Safety data sheet covering transport, storage and handling guidelines | Request SDS |
| COA | Batch specific certificate of analysis for incoming goods inspection | Request COA |
Frequently Asked Questions
How does Galden HT200 compare with other Galden HT series fluids?
Galden HT200 offers the most balanced performance across the Galden HT series. Compared with HT170 (170 ℃ / 3.50 cSt), HT200 delivers a 30 ℃ higher boiling point with lower viscosity (2.40 cSt). Compared with HT230 (230 ℃ / 4.40 cSt) and HT270 (270 ℃ / 14.0 cSt), HT200 provides better flow and faster thermal response. It is the ideal choice when efficient high-temperature heat transfer is required without the viscosity penalty of higher boiling point grades.
Why is Galden HT200 called the balanced performance grade?
Galden HT200 holds the lowest viscosity (2.40 cSt) and the lowest pour point (-85 ℃) among all HT grades with boiling points above 170 ℃. It offers an ideal combination of heat transfer efficiency, low-temperature fluidity and high-temperature stability.
What is the boiling point of Galden HT200?
Galden HT200 has a boiling point of 200 ℃. Its kinematic viscosity is 2.40 cSt at 25 ℃. These properties deliver excellent flow and thermal response for demanding heat transfer applications.
Is Galden HT200 suitable for direct contact with electronics?
Yes. Galden HT200 is inert, dielectric and non-flammable. It offers volume resistance of 6×10¹⁵ ohms·cm, dielectric strength of 40 kV and dielectric constant of 1.94. These properties ensure safe operation with sensitive electronic equipment.
What is the recommended storage condition for Galden HT200?
Store sealed original containers in a dry, well-ventilated area away from heat sources and direct sunlight. Keep containers tightly closed when not in use to prevent contamination.
What technical documents are available for Galden HT200?
We supply original factory TDS, SDS and batch COA. These documents support heat transfer system qualification and quality assurance.
Related Galden HT Series Heat Transfer Fluids
Compare Galden HT series heat transfer fluids for different temperature and viscosity requirements.
| Product Grade | Boiling Point | Viscosity (25℃) | Pour Point | Core Application |
| Galden HT55 | 55℃ | 0.45 cSt | < -125℃ | Ultra Low Viscosity Cooling |
| Galden HT90 | 90℃ | 1.50 cSt | -95℃ | Medium Temperature Heat Transfer |
| Galden HT170 | 170℃ | 3.50 cSt | -80℃ | High Temperature Heat Transfer |
| Galden HT200 | 200℃ | 2.40 cSt | -85℃ | Balanced Performance Grade |
| Galden HT230 | 230℃ | 4.40 cSt | -77℃ | High Performance Heat Transfer |
| Galden HT270 | 270℃ | 14.0 cSt | — | Ultra-High Temperature Heat Transfer |
Get Galden HT200 Bulk Pricing & Heat Transfer Support
We stock genuine Syensqo Galden HT200 PFPE heat transfer fluid for high-performance thermal management applications. Reach out for competitive pricing, lab trial samples and complete technical certification files.
Request Galden HT200 Heat Transfer Fluid Technical Details
Disclaimer: All technical figures displayed are lab reference data and not legally binding product specifications. Buyers must carry out independent compatibility and cycle testing prior to bulk order placement. Minor performance deviation may exist across different production batches.




