Double Components Adhesives Insulation Parts ROOM TEMPERATURE CURING EPOXY RESIN, IRON CORE COATING

ROOM TEMPERATURE CURING EPOXY RESIN, IRON CORE COATING

Room temperature curing epoxy resin can be a useful material for coating iron cores in transformers. Here are some features and benefits of using room temperature curing epoxy resin for iron core coating:

Low Curing Temperature: Room temperature curing epoxy resin can cure at a low temperature, which can help to reduce the risk of thermal damage to the iron core or other transformer components during the curing process.

Electrical Insulation: Epoxy resin is an excellent electrical insulator, which makes it ideal for use in transformer applications. Coating the iron core with epoxy resin can help to prevent electrical current from flowing through the core, reducing the risk of electrical breakdown or short circuits.

Corrosion Protection: Epoxy resin is highly resistant to corrosion, which makes it a good choice for coating iron cores in transformer applications. Coating the iron core with epoxy resin can help to protect it from exposure to moisture or other corrosive substances that could cause damage or corrosion.

Mechanical Protection: Room temperature curing epoxy resin can also provide mechanical protection to the iron core. The resin can help to strengthen the core, making it more resistant to bending, cracking, or breaking.

Adhesion: Epoxy resin can adhere well to a variety of surfaces, including metals like iron. This makes it a good choice for coating the iron core in transformers, where the resin needs to bond to the surface of the core.

Overall, room temperature curing epoxy resin can be an effective and reliable material for coating iron cores in transformers. Its combination of low curing temperature, electrical insulation, corrosion protection, mechanical protection, and adhesion make it a popular choice for transformer manufacturers.

What are some other materials that can be used to coat iron cores in transformers?

There are several other materials that can be used to coat iron cores in transformers. Here are some examples:

Varnish: Varnish is a common coating material for iron cores in transformers. It is typically made from a combination of resins and solvents, and can provide electrical insulation and corrosion protection for the core.

Silicone: Silicone coatings can be used to provide electrical insulation and corrosion protection for transformer cores. They can also provide good thermal stability and resistance to moisture.

Polyurethane: Polyurethane coatings are often used for their excellent mechanical and chemical resistance properties. They can also provide good electrical insulation and corrosion protection for transformer cores.

Polyester: Polyester coatings can be used to provide electrical insulation and corrosion protection for transformer cores. They have good resistance to UV radiation and can be formulated for specific environmental conditions.

Ceramic: Ceramic coatings can provide excellent electrical insulation and thermal stability for transformer cores. They are often used in high voltage applications or in harsh environments where other coatings may not provide sufficient protection.

Overall, the choice of coating material for transformer cores will depend on the specific requirements of the application, including the electrical, mechanical, and environmental conditions. Different materials may be chosen for their specific properties and performance characteristics.

PRODUCT DESCRIPTION:

JT2051A&B is a room temperature epoxy resin

APPLICATION:

For dry type transformer core coating

Characteristics:

Strong adhesion

Good insulation

Good process performance

Good surface gloss and electrical resistance

Excellent moisture resistance

1. Appearance& Characteristics:

2. Mixing ratio: JT2051A/JT2051B=4/1(pbw)

3. Applicable time: 25-40mintus at 25℃( mixture: 100g)

4. Curing condition: 8-12h@25℃ or 6h@60℃, full curing takes 3days at Room temperature.

5. Process:

Mixing two components in a certain proportion and keep it for 10minutes, brush them to the iron core after the viscosity is increasing.

6. Properties:

7. Packing:

Component A: 24kg

Component B: 6kg

8. Storage

The product should be sealed in the original packaging container, stored in a dry and ventilated place to save. The shelf life is 6 months under 18~40℃ condition . If exceeds the shelf life time, it needs to be tested again to confirm whether it can be used or not.

Hubei Plant and Guangdong Plant:

ISO certifcate:

Part of our customers:

FAQ:

1. What’s the Pre-filled?

Pre-filled is the resin or hardener has been filled with silica sands before delivering to you.

2. Is Pre-filled resin cheaper than Pure resin?

Generally it is. However, you should consider the final cost. If you can find qualified silica sands in you local market, the pure resin is better choice. Silica sands are very cheap, sea freight cost is high. With same quantity of resin in a shipment, you can get more final mixed resin with local silica sands.

3. Why JiangTe resin doesn’t offer Flexibilizer and Accelerator?

We’ve added them into resin/hardener already before delivering to you. So you can use our materials easily