Guangzhou Liangdian Automotive Supplies Co., Ltd.
Guangzhou Liangdian Automotive Supplies Co., Ltd.
The SRB P10 kit is a graphene-based uv graphene ceramic coating supplied as a 50ML bottle with a foam applicator and a microfiber cloth. Formulated for exterior paintwork, it is offered as a uv ceramic coating for cars that is described as resisting oxidation, UV exposure and environmental pollutants while supporting surface hardness and gloss retention.
The table separates what the SRB UV ceramic coating page states from the figures it does not publish. Where a number is missing, it is listed as a request item instead of being estimated.
SRB UV ceramic coating, No. P10, supplied in a 50ML kit format.
| Published on the product page | |
|---|---|
| Product name | SRB UV ceramic coating |
| Product number | No. P10 |
| Coating size | 50ML |
| Technology | Graphene ceramic coating / UV graphene technology |
| Application area | Exterior automotive surfaces |
| Kit contents | 1 × UV Graphene coating 50ML, 1 × foam applicator, 1 × microfiber cloth |
| Paint compatibility | Described as compatible with diverse automotive paint finishes |
| Packaging | Standardised kit format; large orders use secure packaging tailored to international shipping |
| Not published — request from our team | |
| Numerical hardness rating | Request technical data sheet |
| Durability duration | Request technical data sheet |
| Cure time and recoat window | Request application data |
| Coverage area per 50ML | Request application data |
| Chemical composition | Request TDS / SDS |
Need a figure that is not listed? Ask our technical team for the TDS or SDS matching your order volume and destination.
Unprotected paint fails in a predictable sequence. Sunlight delivers UV energy to the clear coat every day, oxygen and airborne pollutants attack the resin at the surface, and the top layer gradually thins. Once the surface loses its smoothness, light scatters instead of reflecting, which is why neglected paint looks chalky before it looks damaged.
UV load: sunlight delivers ultraviolet radiation to the clear coat throughout the day.
Oxidation: UV energy, oxygen and pollutants begin breaking down the surface resin.
Clear-coat breakdown: the protective layer thins and loses its uniform finish.
Gloss loss: a roughened surface scatters light, so depth and reflectivity fade.
The graphene ceramic layer intervenes at stages one and two. The manufacturer describes the product as forming a tightly bonded layer that resists oxidation, UV exposure and environmental pollutants, with surface hardness claimed to exceed traditional ceramic coatings and to support scratch resistance and gloss retention over time. These are manufacturer claims: the product page does not publish numerical hardness, durability or cure figures, so treat them as directional and ask for the TDS before you quote a job or a stock commitment.
Three items ship in the standard P10 kit, chosen so a single box covers prep, application and levelling.
The graphene ceramic coating itself, in the 50ML size listed on the product page.
Included for controlled, thin and even passes across a panel.
Included for levelling the residue after application.
Distribution orders ship in secure packaging tailored to international shipping requirements.
The matrix below places the graphene ceramic approach next to the three protection routes most buyers weigh against it.
| Criterion | Graphene ceramic (SRB P10) | Traditional ceramic | Car wax | Paint protection film |
|---|---|---|---|---|
| UV resistance | Resistance to UV exposure described on the product page | Present, formula dependent | Limited; needs frequent reapplication | Film blocks UV at the surface |
| Surface hardness | Claimed higher than traditional ceramic coatings | Hard, rating varies by product | Adds no measurable hardness | Adds a physical layer rather than hardness |
| Gloss | Gloss retention claimed | High initial gloss | Warm gloss with short life | Gloss, with texture on some films |
| Expected lifespan | Not published for P10 — request the TDS | Typically a few years, product dependent | Weeks to a few months | Multi-year, installer dependent |
| Skill level | Professional detailers, automotive care specialists and experienced enthusiasts | Moderate to high | Low | Installer-level |
| Relative cost | Quote-based on volume and destination | Mid to high | Low per application | Highest |
Only the P10 column describes this product. The other columns are general category characteristics, not specifications of this kit.
Match your use case to the product fact that matters, then to the decision you actually have to make this week.
The product page positions this coating for exterior automotive surfaces and describes it as compatible with diverse paint finishes, so it can sit inside an existing correction workflow instead of replacing it.
Buyer decisionTrial one 50ML kit on a full vehicle, confirm the finish meets your shop standard, then move to repeat ordering.
Start with a trial kitResistance to oxidation, UV exposure and environmental pollutants is the relevant claim for vehicles that stay outdoors between services and cannot be re-coated often.
Buyer decisionTest one panel per paint type on your fleet and request the technical data sheet before scheduling a whole-fleet programme.
Request fleet dataThe page states that OEM custom service orders and distribution stock orders are accepted, and that larger orders use packaging tailored to international shipping.
Buyer decisionSettle label artwork, carton configuration and order volume with the sales team before production is scheduled.
Discuss OEM terms
A five-step flow for a coated panel. The kit supplies the application and levelling tools; prep materials follow your own shop process.
The product page confirms that OEM custom service orders and distribution stock orders are accepted, and that large orders ship in secure packaging tailored to international shipping requirements. Tell us your label, volume and destination and we will quote against the 50ML kit.
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Review the product details, images, and specifications presented on the official product page.
Use the application and use-case information published on the official product page.
Confirm the specifications and options listed for the exact product variant before placing an order.
Check the official product page or ask the supplier about options shown for the selected product.
Use the official contact or inquiry path provided on the site.
Include the product page, intended use, required quantity, and any specifications you need the supplier to review.
