PFPE Heat Transfer Fluid

Perfluoropolyether (PFPE) heat transfer fluids are a class of low molecular weight PFPE fluids characterized by their good low temperature performance, excellent chemical and solvent resistance, and excellent dielectric properties. Composed of a fluorinated polymer backbone, these fluids exhibit a wide operating temperature range, making them ideal for industries such as chemical, semiconductor and pharmaceutical.

Technical Index

Product Name	PFPE Heat Transfer Fluid
Catalog	OFC00113-1	OFC00113-2	OFC00113-3	OFC00113-4
Apperance	Clear transparent liquid	Clear transparent liquid	Clear transparent liquid	Clear transparent liquid
Kinematic Viscosity at 20°C	2.10 mm2/s	3.20 mm2/s	5.50 mm2/s	15.50 mm2/s
Boiling Point	170°C	200°C	230°C	270°C
Pour Point	<-90°C	<-80°C	<-70°C	<-60°C
Moisture Content	<20 mg/kg	<20 mg/kg	<20 mg/kg	<20 mg/kg
Density at 25°C	1.78 g/cm3	1.80 g/cm3	1.83 g/cm3	1.86 g/cm3

Features

• Broad working temperature range. PFPE heat transfer fluids exhibit a wide range of operational temperatures, allowing them to perform effectively in both high-heat and low-heat applications.
• Outstanding low-temperature performance. These heat transfer fluids possess excellent low-temperature characteristics, enabling efficient heat transfer even in low temperature environments, thus ensuring reliable operation in diverse conditions.
• Exceptional chemical and solvent resistance. PFPE heat transfer fluids demonstrate unparalleled resistance to various chemicals and solvents, making them suitable for use in demanding industrial processes.
• Compatibility with various materials. They exhibit remarkable compatibility with a wide range of materials, including metals, plastics, and elastomers. This property minimizes the risk of material reaction, ensuring long-term reliability in various applications.
• Superb insulation and dielectric properties. PFPE heat transfer fluids are known for their excellent insulation and dielectric properties, which contribute to enhanced safety and efficiency in electrical and electronic applications, reducing the risk of short circuits.
• Non-toxic and environmentally friendly. These fluids are non-toxic and environmentally benign, making them a responsible choice for heat transfer applications that prioritize safety and sustainability.