3M™ FC-3283 Equivalent

YBS-3283 is a clear, colorless, thermally stable, fully fluorinated liquid with similar chemistry and physical properties to 3M Fluorinert FC-3283, making it a perfect equivalent to 3M FC-3283, and its electrolytic process is identical to 3M's. It is ideally suited for single-phase heat transfer applications in the semiconductor manufacturing industry, making it an ideal heat transfer fluid for etchers, ion implanters, testers, and more.

YBS-3283 is primarily a single compound, ensuring that its composition remains stable and does not fractionate over time. This minimizes fluid loss and ensures that its heat transfer properties remain consistent over time.

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Product Features

1.It has ideal high insulation performance, high density and high boiling point, and can be widely used in various temperature-controlled heat dissipation systems.

2. Non-hazardous goods, non-flammable and non-explosive, with no ignition point and no flash point.

3. Good electrical insulation with very high breakdown voltage.

4. Low dielectric constant and dielectric loss, which do not affect signal transmission.

5. Good flowability to dissipate heat well in the temperature control system;

6. Non-toxic, non-hazardous and non-irritating.

7. Environmentally friendly, with very low GWP, ODP 0, and no ozone destruction.

8. Insoluble with water, to avoid the damage of water to the components.

3M™ FC-3283 Equivalent

YBS-3283 Application

1. Thermal transfer cooling process for semiconductor dry etching, wafer testing, packaging, etc.

2. Thermally conductive cooling for all types of data processing electronics.

3. Cleaning and treatment agents for electronic products.

4. Synthesis of fluorinated surfactants and other fluorinated chemicals as intermediates.

3M™ FC-3283 Equivalent

Main technical parameters of YBS-3283

Project	Parameter
Appearance	Clarified, colorless
Odour	Odorless
Boiling point	128℃
Density (25℃)	1.85g/ml
Permittivity (1MHz)	2.09
Dielectric strength (2.5MM)	>35.7kV
Dielectric loss (1MHz)	0.00029
Surface tension	15.69mN/m
Freezing point	-82°C
Saturated vapor pressure (20℃)	1.516kPa
Critical pressure	4.28MPa
Critical temperature	196.54°C
Flash Point	None
Ozone Depletion Potential (ODP)	0
Global Warming Potential (GWP)	108
Specific heat (25℃)	1.107J/(g.K)
Thermal conductivity (25℃)	0.0614W/(m.k)
Latent heat of vaporization	82.8KJ/kg
Kinematic viscosity (25℃)	1.376mm2/s
Volumetric resistivity (25℃)	≥1×10¹⁵ Ω.mm