Skytech FCC6922 Car Glass Hydrophobic Coating is a water-soluble hydrophobic raw material designed for automotive surface care and car detailing applications. It helps quickly improve the water-repellent performance of automotive glass and paint surfaces, allowing water to sheet and drain away more rapidly after washing.

Product Details

Skytech Car Glass Hydrophobic Coating is designed for manufacturers and automotive-care product developers looking for an efficient ingredient for water-repellent and fast-drying vehicle-care formulations. Its water-soluble format makes it convenient for developing ready-to-use or diluted automotive products. 

By helping water sheet and drain away quickly, the product can simplify the vehicle drying process while providing additional gloss and antistatic benefits. Its compatibility with both hydrophobic booster and hydrophobic shampoo formulations also makes it a versatile option for automotive detailing product development. Skytech Car Glass Hydrophobic Coating is therefore an effective solution for developing modern automotive care products that combine rapid water removal, hydrophobic performance, gloss enhancement, and antistatic properties.

Key Features

1. Fast Water Removal:Skytech Car Glass Hydrophobic Coating helps improve the hydrophobicity of automotive surfaces, allowing water to spread and run off more easily. This can significantly reduce the amount of water remaining on the vehicle after washing and shorten the time needed for blow-drying.

2. Excellent Water Repellency:  The formulation helps create a water-repellent surface effect on automotive glass and paint. Water droplets are less likely to remain on the surface, helping reduce visible droplet residue after washing.

3. Gloss Enhancement:  In addition to water repellency, the product can contribute to a cleaner and brighter surface appearance. It is suitable for automotive care formulations where hydrophobic performance and gloss enhancement are both required.

4. Antistatic Performance:  The formulation can also provide antistatic benefits, helping reduce the tendency of dust and fine particles to remain on the treated surface.

5. Suitable for Multiple Applications:  FCC6922 can be incorporated into different automotive care formulations, including hydrophobic boosters and hydrophobic shampoos. This gives manufacturers flexibility when developing different car-care products for professional and consumer applications.

Reference Formula for FCC6922 Car Glass Hydrophobic Coating

A basic hydrophobic booster formulation can be prepared using:

 For practical application, FCC6922 can be diluted with water at approximately 1:50. The diluted solution can be applied directly to the vehicle surface or sprayed evenly over the entire vehicle using suitable spraying equipment or a foam cannon. After application, rinse the vehicle thoroughly with plenty of clean water. Any remaining water droplets can then be removed with a clean cloth.

Reference Formula for Hydrophobic Shampoo

Skytech Car Glass Hydrophobic Coating can also be used as an ingredient in hydrophobic shampoo formulations.

The finished shampoo can be diluted at approximately 1:100 before use. Rinse the vehicle first to remove loose dirt and mud. Then dilute and mix the shampoo until foamy, apply it evenly to the vehicle surface, spread the foam using a sponge or wet towel, and finally rinse the vehicle thoroughly with clean water.

Application Areas

Skytech Car Glass Hydrophobic Coating is suitable for developing automotive surface-care products used on:

• Automotive glass

• Car paint surfaces

• Exterior vehicle surfaces

• Professional car wash products

• Automotive detailing products

• Hydrophobic booster formulations

• Hydrophobic shampoo formulations

• Vehicle maintenance and appearance-care products

Important Application Notes

For optimum hydrophobic performance, the glass or paint surface should be thoroughly cleaned before application. Dirt, grease, and other surface contaminants may interfere with the water-repellent effect.

The temperature of the hydrophobic solution should not be excessively high during application. For formulation development, it is also recommended to avoid mixing FCC6922 directly with other products unless compatibility has been evaluated in advance. A compatibility test should be conducted before introducing additional ingredients or combining the product with other formulations.