High temperature resistant heat dissipation coating EK-D14

EK-D14 Introduction:

EK-D14 is a one-component, oven-curing coating (a two-component, air-curing coating can also be formulated upon request). Composed of nano-organic titanium polymer, auxiliary resin, and graphene, it significantly improves thermal conductivity, heat dissipation, and corrosion resistance.
This product is a new, highly efficient, energy-saving, and anti-corrosion coating material, specifically developed for industrial heat exchangers.

Applicable substrates:

Energy-efficient, heat-conducting, and anti-scaling coating for industrial heat exchangers.
1. Composite coatings can be used for long-term protection in harsh corrosive environments.
2. Recommended for high-temperature, acidic environments ≤ 300°C.
3. Suitable for use as protective coatings for cooling systems in appliances, LED energy-saving lamps, and automotive engines.

Note: Different substrates require different coating formulations. Within a certain range, the coating can be adjusted to suit the substrate and operating conditions.

Model category: EK-D14A is primer; EK-D14B is topcoat.

Product parameters:

Basic construction parameters：

Special Note:

This product is a two-component, room-temperature curing product. The mixed coating should be used within 6 hours. During extended application periods, tools should be cleaned to prevent them from caking. It is recommended that the coating be applied in one coat, with a dry film thickness not exceeding 50µm. Otherwise, coating performance may be compromised.

Standard Application Procedure：

Surface Cleaning → Roughening → Cleaning and Blowing → EK-D14 Treatment → Curing

Process Description:

1. Roughening: Before coating, polish or sandblast the substrate surface to remove rust, dust, and dirt adhering to the surface. Roughening significantly affects the coating quality. Ideally, Sa2.5 and St3 grades should be free of scale (GB/T 30790.4-2014), so please pay close attention.
2. Cleaning: Use a dedicated cleaning agent or degreasing agent to remove any remaining oil, dust, and other contaminants on the roughened surface.
3. Substrate Drying: Before coating, ensure the substrate surface is dry and clean.
4. Paint Mixing: This product is a single component. Take an appropriate amount of paint and add thinner according to the ratio and stir thoroughly to mix evenly. Filter through 200 mesh and set aside.
5. Paint Application: Laboratory spraying with a 1.0-caliber spray gun provides optimal appearance and uniformity. The cured coating exhibits a certain degree of hydrophobicity and oleophobicity, so re-application is not recommended.
6. Curing:Drying time: 150°C, 20-30min; 180°C, 20-30min.

Product Storage:

1. Storage must comply with national regulations. The storage environment should be dry, cool, well-ventilated, and away from heat and ignition sources. The packaging container must be kept tightly closed and carefully stored.
2. The storage temperature should be maintained between 5°C and 30°C. The shelf life is 6 months.
3. Opened but unused paint must be sealed and stored.
4. Mixed but unused paint cannot be recycled and must be disposed of in accordance with local regulations.
5. Products that have exceeded their expiration date may only be used after passing testing.

Disclaimer:

The information provided above is based solely on our knowledge gained through laboratory and practical experience. Product usage is generally beyond our control, so we can only guarantee the quality of the product itself. Products may be modified to comply with local regulations, and we reserve the right to modify this specification without prior notice. Users should consult Quartz Master New Materials for specific guidance on product suitability based on their needs and specific applications.