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| Brand Name: | Getsun |
| Model Number: | GT-1237 |
| MOQ: | 4800pcs |
| Payment Terms: | T/T |
| Supply Ability: | 1000000pcs/month |
A nano-hybrid, room-temperature-curing coating developed for automotive wheel surfaces, combining enhanced gloss with hydrophobic and oleophobic protection.
This ceramic wheel coating forms a uniform protective layer after one or two coats. Once cured, it enhances surface gloss and provides hydrophobic and oleophobic properties that help oil, brake dust, and road dirt release more easily during routine cleaning.
Buyer challenge
Wheel surfaces face frequent contamination from brake dust, road dirt, oil, water, and regular cleaning. Without a protective surface, these residues can become harder to remove and may reduce the wheel's visual gloss.
Product solution
The ceramic coating for wheels uses nano-hybrid technology to create a uniform film at room temperature. Its low surface tension and water- and oil-repellent behavior support easier maintenance after curing.
Use the coating after the wheel has been fully decontaminated and prepared, particularly when a maintenance program requires improved gloss and reduced adhesion of common wheel contaminants.
Apply after old coatings, rust, oil, oxidation, dirt, dust, and moisture have been removed from the wheel surface.
Plan the service so the coated wheel can remain unused for the required 6–8-hour room-temperature curing period.
Use in a clean, dust-free, properly ventilated workspace within the specified temperature and humidity range.
The formula combines surface repellency, film hardness, chemical resistance, and a controlled application process for professional wheel-care use.
Developed to form a uniform protective layer on automotive wheel hub surfaces after application.
The cured layer repels water and oil, helping brake dust, oily residue, and dirt release more easily.
Curing leaves the wheel surface with a cleaner, glossier visual finish.
The cured film can reach 6H hardness and is designed to provide good abrasion performance.
The coating offers resistance to acids, alkalis, and common household cleaners as stated in the supplied product information.
The supplied product information states protection for over one year when the coating is correctly applied and cured.
This product is specifically described for automotive wheel hub surfaces. The supplied information does not confirm universal compatibility with every painted, polished, plated, or previously coated finish, so the wheel surface and any existing coating should be identified before application.
Professional buyers can evaluate the product through its stated surface properties, curing requirements, and application controls rather than broad promotional claims.
| Decision factor | GETSUN solution | Practical buyer benefit |
|---|---|---|
| Contaminant behavior | Hydrophobic and oleophobic cured surface with surface tension below 24 dynes | Oil, brake dust, and dirt are designed to release more easily during cleaning |
| Film robustness | Up to 6H film hardness with abrasion, acid, alkali, and household-cleaner resistance | Supports wheel-care programs that involve repeated exposure and routine cleaning |
| Application control | One or two cross-applied coats followed by 6–8 hours of room-temperature curing | Provides a clear, repeatable procedure for trained detailing personnel |
Reduced adhesion of oil, brake dust, and dirt can make ongoing wheel cleaning more manageable.
The cured film enhances gloss, supporting a cleaner and more finished wheel appearance.
Specified temperature, humidity, coat count, and curing time help workshops standardize the application process.
Correct preparation and controlled curing are essential to forming an even protective layer. Apply the product immediately after cleaning to reduce dust contamination.
Thoroughly remove old coatings, rust, oil, oxidation, and other contaminants from the wheel surface.
Confirm that the wheel is free of oil, dust, moisture, and loose contamination before coating.
Maintain 10–30°C, 45–75% relative humidity, proper ventilation, and a clean environment controlled within Class 100,000.
Use a non-woven cloth to apply one even horizontal pass, following the original surface texture where possible.
Follow with one vertical pass. Repeat the cross-application only as needed to complete one or two uniform coats.
Leave the coated wheel at room temperature for 6–8 hours before returning it to use.
Apply in a clean, dust-free area with proper ventilation or air extraction. The stated working range is 10–30°C and 45–75% relative humidity, with cleanliness controlled within Class 100,000.
It is designed specifically for automotive wheel hub surfaces to enhance gloss and form a hydrophobic, oleophobic protective layer.
Apply one or two uniform coats with a non-woven cloth, using one horizontal pass followed by one vertical pass.
Allow the coated wheel to cure at room temperature for 6–8 hours before use.
Its hydrophobic and oleophobic properties are intended to reduce contaminant adhesion so brake dust, oil, and dirt can be removed more easily.
The workspace should be clean, dust-free, properly ventilated, and maintained at 10–30°C and 45–75% relative humidity. The supplied instructions also specify cleanliness within Class 100,000.
For product specifications, packaging information, or quotation details, contact our product team about this ceramic wheel coating.
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