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Buyer challenge
Water, Road Film, and Contaminant Adhesion
Untreated vehicle glass can retain water, dirt, insect residue, and airborne contaminants, increasing cleaning effort and affecting clear viewing during rainy driving.
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| Brand Name: | Getsun |
| Model Number: | GT-1235 |
| MOQ: | 4800pcs |
| Payment Terms: | T/T |
| Supply Ability: | 1000000pcs/month |
A ready-to-use, single-component coating that forms a transparent nano-scale layer on glass and other smooth inorganic surfaces.
This ceramic glass coating creates an ultra-thin transparent protective layer with hydrophobic, oleophobic, and anti-fouling properties. On automotive glass, rainwater forms droplets and moves off the surface more readily, helping maintain visibility in wet conditions and reduce frequent wiper use.
Buyer challenge
Untreated vehicle glass can retain water, dirt, insect residue, and airborne contaminants, increasing cleaning effort and affecting clear viewing during rainy driving.
Product solution
The coating forms a nano-scale layer that repels water and oil while helping reduce contaminant adhesion. Correct cleaning, degreasing, application, and heat curing are essential to the finished result.
Use the windshield ceramic coating after thoroughly removing oxidation film, oil film, dust, and residues from the glass. The surface must be clean and dry before treatment.
Apply to properly prepared windshields when improved water beading and easier runoff are required for rainy conditions.
Treat the glass immediately after the oil film and other contaminants have been removed and the surface is completely dry.
Reapply using the same preparation and curing process when the water-repellent effect gradually decreases.
The 30ml format combines a ready-to-use coating system with two heat-curing options for different application environments.
The coating is supplied ready to use, with no component mixing step stated in the application procedure.
Rainwater beads and slides from the treated surface more readily, supporting clearer visibility in rainy conditions.
The protective layer helps reduce the adhesion of oil, dirt, and insect residue for easier routine cleaning.
The coating forms an ultra-thin transparent layer suited to glass and other confirmed smooth inorganic surfaces.
Cure with hot air from a hair dryer for 5–10 minutes or bake at 150°C for 30 minutes where suitable equipment is available.
The treated layer is designed to withstand weather exposure and help reduce the effect of airborne pollutants on the surface.
This automotive glass coating is intended for clean glass, glazed ceramics, and other smooth inorganic surfaces. Surface suitability and access to the required heating method should be confirmed before application.
The product combines defined surface preparation, controlled solvent evaporation, and heat curing in a repeatable application workflow.
| Decision Factor | Product Solution | Practical Buyer Benefit |
|---|---|---|
| Application format | Ready-to-use, single-component liquid | Removes the need for a stated mixing step before application |
| Curing flexibility | Hot-air curing or controlled baking | Supports different treatment setups when the stated conditions can be met |
| Surface behavior | Hydrophobic, oleophobic, and anti-fouling transparent layer | Helps reduce water and contaminant adhesion without adding an opaque finish |
Water forms droplets and moves from the treated glass more readily during rainy conditions.
Reduced adhesion of dirt and insect residue can make routine wiping and maintenance more convenient.
The ultra-thin protective layer is transparent and intended to preserve the visible appearance of the underlying surface.
Avoid direct sunlight. When treating a windshield, work on the left and right sides separately and do not operate the wipers during treatment or drying.
Use a specialized glass oil-film remover with a clean towel or lint-free tissue. Wipe repeatedly to remove oxidation film and contaminants.
Rinse with clean water and dry thoroughly. Confirm that the surface is clear, dry, and free from dust, oil, and residue.
Immediately apply or spray a small amount onto medical gauze or a lint-free cloth, then spread a thin liquid film across the glass.
Wait 3–5 minutes before heat curing so the solvent can evaporate from the applied film.
Use hot air from a hair dryer for 5–10 minutes. The stated best-curing method is baking at 150°C for 30 minutes where the substrate and equipment permit.
After drying, remove any unreacted residue with a clean, dry cloth. If the result is unsatisfactory, repeat the process once.
| Package and format | Compact 30ml ready-to-use, single-component liquid |
|---|---|
| Treatment focus | Transparent water-, oil-, and contaminant-repellent surface treatment |
| Suggested workflow | Decontaminate, dry, apply a thin film, allow evaporation, heat cure, and wipe |
| Handling conditions | Protect from moisture and keep sealed between uses within the recommended storage range |
Store at 18–25°C. The coating is sensitive to moisture, so keep the container tightly sealed after use to prevent deterioration.
The confirmed application scope includes glass, glazed ceramics, and other smooth inorganic surfaces.
Yes. A specialized glass oil-film remover is required to remove oxidation film and contaminants before the coating is applied.
Use hot air from a hair dryer for 5–10 minutes, or bake at 150°C for 30 minutes where suitable equipment and surface conditions allow.
The supplied product information states up to 12 months under indoor conditions. No fixed outdoor windshield duration is claimed on this page.
Yes. When the effect gradually decreases, clean and prepare the surface again, then repeat the same application and curing process.
For 30ml packaging information, product specifications, or sourcing questions, contact our product team for specification and quotation details.
