Insulation Solution

Your Challenge

Why need the insulation solution?

Insulation solution can be roughly divided into two kinds of styles.

• Thermal insulation:  Thermal insulation is designed to save energy especially when traditional insulation is not practical, for example, the customized and detachable insulation jacket for exchange, freeze, valves protection and so on.
• Dielectric insulation:  Dielectric insulation is requested when the storage or transmission of electrical energy has amount of loss demand. This dielectric insulation material is mostly used in the flexible printed circuit boards, electrical components like cable, wire and capacitors.

What is the thermal insulation solution and dielectric insulation solution?

• Thermal Insulation Solution

There are many types of thermal insulation fabrics and each fabric can resist to different termperature. Comparing to trainditional insulation material, insulation fabric is lightweight, flexible, easy to use & install & repair and can be customized fabricate.

• Dielectric Insulation Solution

Any material which has electrons which can be polarised but not easily conducting is a dielectric insulation material, and many dielectric insulation materials all work by being polarizable in electronics industry.

The characteristic for dielectric insulator is dielectric constant (DK) and dielectric loss (DF), DK is relative ability to store electrical energy versus a vacuum, and DF is energy lost through heat generation in electronics application.

DK and DF will change regarding to the temperature, frequency and moisture content.

In electronics industy, what is the difference between insulation and dielectric insulation?

Electrical inuslation is widely used as a protection for electrical circuitry from damage, or by protecting equipment that may contact with electrical conductor. So electrical insulation is like a protector because it limit the flow of electricity.

Dielectric insulation is not only a protector but also a storage for storing electrical energy and electromagnetic energy. The most important parameter for dielectric insulation is the dielectric strength, which is the maximum electric field that this material can endure before breaking down and allowing electricity to flow.

ESONE Solution

When need ESONE Insulation Solution?

• Thermal Insulation

Use ESONE thermal insulation solution when you want to

1. reduce the cost of energy
2. extent the life of machinery
3. improve safety of workshop
4. prevent waste and excess cost of hard insulation

And ESONE is offering different insulation fabric for resisting different temperature

1. Aluminized glass fabric for resisting under 500F (260C)
2. Silicone impregnated fabric for resisting 500F (260C)
3. PTFE impregnated fabric for resisting 600F (315C)
4. Fiberglass needled fabric (Temp mat) for resisting 1200F(650C)
5. Vermiculite coated fabric for resisting 1500F(815C)
6. High silica fabric for resisting 1800F (982C)

• Dielectric Insulation

Use ESONE dielectric insulation when consistent low dielectric constant (DK) and low dielectric loss (DF) is requested in challenging conditions.

Relative to another dielectric insulation material, ESONE dielectric insulation solution is perfect for operating in high frequency (above 6 GHz), high temperature, high moisture environment and high corrosion environment.

Your Results

The advantages of using ESONE Insulation Solution

• Thermal insulation

Benefits of ESONE thermal insulation is including saved energy, safe working environment, protected equipment and others. Especially in oil and gas industry, the insulation jacket is the most representative product by using ESONE thermal insulation solution.

• Dielectric insulation

By using ESONE dielectric insulation solution, even at high frequency, the signal transmission still has high speed, good signal integrity and low attenuation.

Regarding to the flexible PCB and high frequency PCB applications, especially in 5G telecommunication networks, automotive ADAS and autonomous driving applications, the advantages is fastest signal transmission and broad bandwidth usage.

Regarding to the power transmission, the benefit is offering a safe working performance even at high power and high temperature due to the flame resistance and high dielectric strength.

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