PFPE Heat Transfer Fluid

Catalog Number

ACMA00045202

Description

PFPE heat transfer fluid is widely used in various temperature control and cooling systems, especially in different links of semiconductor production, such as temperature control systems, data center server cooling, internal cooling of wind turbines and generator sets, heat dissipation of high voltage transformers and phased array radar, to achieve cooling, energy saving and consumption reduction.

Appendix

PFPE Heat Transfer Fluid
Items	PFPE-170	PFPE-200	PFPE-230	PFPE-270
Appearance	Not colored & clear	Not colored & clear	Not colored & clear	Not colored & clear
Boiling Point/℃	170	200	230	270
Pour Point	-97	-85	-77	-66
Density/g·cm³	1.78	1.79	1.81	1.84
Kinematic Viscosity/cSt(@25℃	1.7	2.9	4.7	12.0
Specific Heat/J·kg-¹ · K-¹	960	960	960	960
K¹Thermal Conductivity/·m-¹ · K-¹	0.065	0.065	0.065	0.065
Dielectric Strength/kV(2.54mm)	40	40	40	40
Dielectric Constant	<2	<2	<2	<2
Volume Resistivity/Oh·cm	>1.0·1015	>1.0·1015	>1.0·1015	>1.0·1015
Dissipation Factor(1Khz)	2·10-4	2·10-4	2·10-4	2·10-4
Solubitity of Water/ppm(wt)	<10	<10	<10	<10

Feature

1.Excellent thermal and chemical stability
2.Good compatibility with materials
3.Good heat transfer performance
4.Grades with wide range of boiling point
5.High boiling point with low pour point and low viscosity
6.Low evaporation loss
7.No flash or fire points
8.Noexposonhazad
9.No toxicity
10.No auto-ignition point

Notes

1.No corrosion or reaction with construction materials
2.No Carboxylateor decomposition residues
3.No circulating pump seizure due to fluid degradation or corrosion
4.Good temperature control
5.Wide choice of grades to optimize performance
6.No change in chemcial & physical properties with use due to high boiling point & low evaporation losses
7.Low costs
8.Safe to use at high temperature
9.Enhanced safety

If you have any other questions or need other size, please get a quote.

※ Please kindly note that our products are for research use only.