Glacier Coolant LM-14E Electronic Fluorinated Coolant-55°C To 100°C

short description:

Single-Phase Cooling Fluid | -55°C to 100°C | High Dielectric Strength | Non-Flammable

✦LM-14E Glacier Coolant is a high-performance fluorinated cooling fluid designed for single-phase cooling of semiconductor, chip manufacturing, LCD manufacturing, and other electronic manufacturing equipment. It provides excellent electrical insulation and rapid heat dissipation.

It is widely used in semiconductor production, supercomputer cooling, cloud computing servers, and electronic component precision cleaning, where high dielectric strength, chemical inertness, and environmental friendliness are required.

LM-14E features excellent electrical insulation (dielectric strength >32 kV), ideal chemical inertness, and zero ODP, making it safe for use with precision electronic equipment.

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Product Detail

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Product Function

LM-14E functions as a single-phase cooling fluid and electronic cleaning solvent.

It is used to:

• Provide rapid heat dissipation for semiconductor and chip manufacturing equipment

• Ensure excellent electrical insulation for precision electronic equipment

• Serve as electronic components precision cleaning and testing solution

• Cool supercomputer and cloud computing server units

• Balance system temperature through excellent fluidity and low surface tension

Basic Properties

Product Appearance: Light-colored liquid

Composition: Modified perfluorinated liquids with high stability

Water Solubility: Insoluble in water

Flammability: Non-flammable (no flash point, no ignition point)

Physical Properties (20°C)

Density: 1.83 g/cm³

Viscosity: 4.005 cP

Specific Heat (20°C): 1.0073 kJ/(kg·K)

Thermal Conductivity (20°C): 0.06012 W/(m·K)

Boiling Point: 109°C

Freezing Point: < -95°C

Dielectric Strength (0.1" gap): >32 kV

Electrical Conductivity (25°C): 0.00 μs/cm

Dielectric Constant: 2.07

Vapor Pressure (20°C): 5.65 kPa

Surface Tension: 15 mN/m

ODP: 0

GWP: Very small

Physical Properties at Different Temperatures

Property	Value
Density (20°C)	1.83 g/cm³
Viscosity (20°C)	4.005 cP
Specific Heat (20°C)	1.0073 kJ/(kg·K)
Thermal Conductivity (20°C)	0.06012 W/(m·K)
Boiling Point	109°C
Freezing Point	< -95°C
Dielectric Strength	>32 kV
Electrical Conductivity	0.00 μs/cm
Dielectric Constant	2.07
Vapor Pressure (20°C)	5.65 kPa
Surface Tension	15 mN/m

Key Features

✔ Excellent Electrical Insulation

Dielectric strength higher than 32 kV, safe for direct contact with precision electronics.

✔ Ideal Chemical Inertness

No ignition point or flash point; non-combustion and non-explosion for maximum safety.

✔ Excellent Heat Conduction Performance

Rapidly dissipates system heat and ensures normal system operation.

✔ Very Low Surface Tension

Good permeability and fluidity for optimal temperature balance in cooling systems.

✔ Zero ODP & Low GWP

Environmentally friendly with no damage to the ozone layer.

✔ Excellent System Compatibility

Compatible with a wide range of materials used in electronic systems.

Material Compatibility

Material	Viton	Silicone Rubber	HDPE	PP	PET	Latex	PTFE	PPS	PVC
LM-14E	√	×	√	√	√	×	√	√	√

System Usage Guidelines

To ensure optimal performance:

• Use LM-14E as a single fluid; do not mix with other coolants or solvents

• Ensure system is fully cleaned and drained before filling

• Avoid water contamination during operation

• System needs to be sealed to prevent moisture ingress

• Follow proper industrial installation standards for electronic equipment

• Read SDS and technical documentation before use

Safety Information

LM-14E is a non-flammable industrial fluid with excellent chemical stability.

Before use:

Read SDS (Safety Data Sheet)

Follow storage and handling instructions strictly

Avoid mixing with unapproved chemicals or fluids

Applications

LM-14E is widely used in:

• Semiconductor and chip manufacturing equipment cooling

• LCD manufacturing cooling

• Electronic components precision cleaning

• Electronic testing solutions

• Supercomputer and cloud computing server cooling

• Direct and indirect cooling for electronic equipment

After-Sales Service

Glacier Coolant provides full lifecycle technical support, including:

• Specific heat capacity testing

• Thermal conductivity testing

• Low-temperature viscosity testing

• Boiling/freezing point verification

• High temperature corrosion protection testing

• System performance monitoring

Handling & Storage

• Store in sealed containers

• Keep away from moisture

• Avoid mixing with other fluids

• Follow industrial chemical handling standards

• Refer to product safety documentation before use

Contact / OEM Support

Glacier Coolant provides OEM customization, system design support, and technical consultation for industrial heat transfer applications worldwide.

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