Room Temperature Impregnation Epoxy , Cas 1675 54 3 Fast Curing Resin For Air

Epoxy coating powder JT105 can be a useful material for electrical insulation of wire and busbars, as well as high performance motors. Here are some features and benefits of JT105 epoxy coating powder:

Electrical Insulation: Epoxy coating powder JT105 is an excellent electrical insulator, which makes it ideal for use in electrical insulation applications. It can help to prevent electrical current from flowing through the insulation, reducing the risk of electrical breakdown or short circuits.

Corrosion Protection: Epoxy coating powder JT105 is highly resistant to corrosion, which makes it a good choice for use in harsh environments, where exposure to moisture or other corrosive substances could cause damage or corrosion.

Chemical Resistance: Epoxy coating powder JT105 is highly resistant to chemicals, which makes it a good choice for use in applications where exposure to chemicals could cause damage or corrosion.

Mechanical Protection: Epoxy coating powder JT105 can also provide mechanical protection to the wire, busbars, or motor components. The coating can help to strengthen the components, making them more resistant to bending, cracking, or breaking.

Customizable: Epoxy coating powder JT105 can be formulated to meet specific performance requirements, such as low viscosity, high filler loading, or high thermal stability. This makes it a versatile material that can be customized to meet the needs of different applications.

Overall, epoxy coating powder JT105 can be an effective and reliable material for electrical insulation of wire and busbars, as well as high performance motors. Its combination of electrical insulation, corrosion protection, chemical resistance, mechanical protection, and customization options make it a popular choice for manufacturers of electrical equipment.

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CLIENT FAQ:

1. Thermal endurance class?

It’s Class F. Is it possible to increase the endurance class to H?

2. Is their accelerator in this system?

Yes, accelerator has been prefilled into JT8098B Hardener.

3. Impregnating method? Is impregnation without vacuum possible?

Yes, it’s Impregnation process. No need vacuum.

4. Is it possible to reduce the casting time? 20 hours is too much
1. You may adjust the process time/temperature according to your production. Ours is just reference. We don’t quite understand how can we adjust the process time/temperature if the accelerator is prefilled into Hardener? If we do not follow to your modes we will not get the required mechanical electrical properties of the material. For example, we want the thermal processing to take not more than 8 hours at maximal temperature 135 Celsius degrees what should we do to safe properties of system 8098 as in TDS? Should we increase the amount of hardener? Will it influence 8098 system lifetime (time of system usage till the moment of it’s gelling and polymerization)?
5. Lifetime at 20 Celsius degrees

Life time is at least one year. By lifetime I mean the time during which the system may be used. If we mix the components at the temperature 20-25 Celsius degrees when will it polymerize?

6. Is it resistant to below-freezing temperatures?

It could stand for -40°C. can it stand -60°C?

7. What is thermal linear expansion?

Sorry, so far we don’t have this thermal linear expansion data for this item of resin.

We have a short video from our customer who is making air reactors with our JT8098. Sharing with you.