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HS Code |
988802 |
| Color | White |
| Finish | Glossy |
| Texture | Smooth |
| Washability | High |
| Durability | Excellent |
| Applicationmethod | Brush, roller, or spray |
| Dryingtime | 2-4 hours |
| Coverage | 10-12 square meters per liter |
| Adhesion | Strong bond to substrates |
| Chemicalresistance | Good |
| Thickness | Approximately 0.3 mm per coat |
| Voccontent | Low |
| Shelflife | 12 months unopened |
| Waterresistance | High |
| Recommendedsubstrates | Plaster, concrete, drywall, tiles |
As an accredited Washable Rigid Imitation Porcelain Coating factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | 5-liter white plastic pail with blue labeling, featuring "Washable Rigid Imitation Porcelain Coating" and safety instructions clearly marked. |
| Shipping | The shipping for Washable Rigid Imitation Porcelain Coating complies with standard chemical transport regulations. The product is securely packed in sealed, leak-proof containers, clearly labeled with hazard information. It is shipped in sturdy cartons, ensuring protection from moisture and breakage during transit. Necessary safety data sheets accompany all shipments. |
| Storage | Washable Rigid Imitation Porcelain Coating should be stored in tightly sealed containers in a cool, dry, and well-ventilated area, away from direct sunlight, heat sources, and incompatible materials such as strong acids or bases. Protect from moisture and freezing. Ensure containers are clearly labeled and kept upright to prevent leaks. Follow all local regulations for chemical storage and handling. |
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High Hardness: Washable Rigid Imitation Porcelain Coating with a surface hardness exceeding 7H is used in hotel wall panels, where it provides enhanced scratch resistance and durability. Stain Resistance: Washable Rigid Imitation Porcelain Coating with a stain resistance rating of Grade 1 is used in kitchen backsplashes, where it allows for easy removal of culinary residues. Low Porosity: Washable Rigid Imitation Porcelain Coating featuring a porosity of less than 0.5% is used in bathroom surfaces, where it prevents moisture absorption and microbial growth. Chemical Stability: Washable Rigid Imitation Porcelain Coating with a chemical resistance level of Grade A is used in laboratory countertops, where it withstands regular exposure to acids and bases. Thermal Stability: Washable Rigid Imitation Porcelain Coating with a thermal stability up to 200°C is used on fireplace mantels, where it remains undamaged under fluctuating temperatures. High Gloss: Washable Rigid Imitation Porcelain Coating with a gloss level ≥85 GU is used in office building lobbies, where it achieves an elegant, porcelain-like finish. UV Resistance: Washable Rigid Imitation Porcelain Coating with UV resistance (ΔE<1.0 after 1000h exposure) is applied on external façade panels, where it ensures long-lasting color stability. Low VOC: Washable Rigid Imitation Porcelain Coating with VOC content below 30 g/L is used in children's playroom walls, where it promotes a healthy indoor environment. Rapid Curing: Washable Rigid Imitation Porcelain Coating with a curing time of less than 2 hours at ambient temperature is used in commercial refurbishment projects, where it enables accelerated project completion. Adhesion Strength: Washable Rigid Imitation Porcelain Coating with an adhesion rating of 5B (ASTM D3359) is used on aluminum composite panels, where it ensures long-term coating integrity under mechanical stress. |
Competitive Washable Rigid Imitation Porcelain Coating prices that fit your budget—flexible terms and customized quotes for every order.
For samples, pricing, or more information, please contact us at +8615365186327 or mail to sales3@ascent-chem.com.
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Tel: +8615365186327
Email: sales3@ascent-chem.com
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After working with surface treatments and coatings for over two decades, our manufacturing facility has seen its share of shifting demands—builders searching for the clean aesthetic of porcelain, architects worried about the durability of traditional finish options, and maintenance teams dreading the time and cost involved in scratching off tough contaminants. From those conversations, our team focused on creating a product that mimics porcelain finishes but withstands real-world wear-and-tear, all while remaining simple to clean. The result is our Washable Rigid Imitation Porcelain Coating, which we produce under models PC-12 and PC-20.
In our production line, quality starts at raw material selection. A porcelain-look coating needs more than just visual resemblance; it has to deliver practical value as a protective layer. We use selected acrylic resins, fine inorganic pigments, minerals, and proprietary curing agents to engineer a coating layer that not only hardens like porcelain but also offers a high-gloss, easy-to-clean surface. At the factory, every batch passes through strict thickness and gloss measurements before approval. We developed a two-part system after years of dealing with common failures from single-part products—cracking, yellowing, and stubborn staining. The rigid film built by our coating stands up to alkaline cleaners, food acids, graffiti, and household bleaches.
Our core models, PC-12 and PC-20, have distinct thicknesses and finish textures based on feedback from flooring and wall panel manufacturers. PC-12 offers a smooth, high-gloss appearance intended for showrooms, hotel lobbies, and retail interiors. The PC-20 model incorporates microscopic ceramic beads, providing a slightly textured, slip-resistant surface, often selected for corridors and wet zones. Each sheet, once cured, offers a pencil hardness above 4H and withstands repeated abrasion testing—values pulled straight from our internal QC logs, not from generic brochures.
By running our coating through accelerated weathering equipment, we track color retention and surface gloss under UV and moisture cycling. After 1,000 hours of lab-simulated sunlight exposure, the surface registers less than 2% gloss loss and no visible discoloration—a bar that typical acrylic wall paints or polyurethane clear coats don’t consistently reach. The combination of rigidity, stain blocking, and washability distinguishes our system from less demanding formulas. Once the coating sets, it doesn’t absorb water or cooking oils—a property that’s kept our factory’s breakroom wall untouched by years of splashes and cleaning.
Our team installed test panels in local clinics, kitchens, and entryways, comparing daily cleaning against ceramic tiles. Traditional imitation coatings often soak up grime and tint over time; our porcelain mimicry resists everything from curry splashes to oily handprints. We spray, wipe, and pressure-wash samples as aggressively as building custodians do. No breaking, flaking, or ghost stains. Even permanent markers come off with ordinary solvents. Some of our earliest specifier partners now rely on the coating’s washability to reduce janitorial contract costs year over year.
From our perspective, too many coating products promise “easy application,” but few account for the dust, humidity, and temperature swings found on job sites. Our technicians spent months in the field, adjusting curing conditions, film build, and work times for rollers and airless sprayers. We designed the washable rigid imitation porcelain coating to cure at ambient temperatures between 10°C and 35°C, with open times suited for both commercial spray teams and smaller hand-application crews. It bonds well to cement boards, MDF, plaster, and even some lightweight metal panels. Builders appreciate that repaired or repainted surfaces blend seamlessly into older finishes, a result of our factory-matched tint system.
Because our company handles every stage in-house, we don’t pass along the headaches common with distributed brands—delayed technical support, uncertain origin of formula tweaks, or warranty disputes. Technical reps from our own production team visit job sites, troubleshoot with applicators, and gather direct feedback to inform incremental upgrades. Our process isn’t fixed in the lab; it evolves on construction sites and remodels, where the realities of dust, impact, and spills require more than theoretical durability.
Porcelain’s reputation comes from centuries of use—not just for pretty surfaces but for hardness, chemical resistance, and sanitation. Surface treatments that merely ‘look’ like porcelain often reveal their limits in kitchens, bathrooms, healthcare lobbies, and stairwells, where dropped coffee, cleaning agents, and trolleys quickly highlight subpar performance. We learned to prioritize washable rigidity based on callbacks and complaints from specifiers tired of soft overlays or chalky residues left by after-market products.
In our factory lab, we replicated everyday stains: red wine, oil-based markers, iodine, and food sauces. Panels cured with our coating cleaned up fully with water and standard detergents, without needing special solvents or abrasive pads. We measure the real value of a surface not in how it looks on day one, but how it endures years of service with minor, regular maintenance. This principle shaped every design decision, from choosing binder chemistry to specifying cure temperature thresholds. Where earlier imitation products flaked or dulled under scrutiny, the rigid film strength of our porcelain-like finish holds up, enabling specifiers to reduce touch-up cycles and repainting frequency.
Manufacturing at scale, we see up close the compromises made when companies outsource formulas or chase thinner, cheaper layers. Some competing products rely heavily on plasticizers or low-grade fillers that feel hard at first but develop flex cracks or color blotches within months. Imitation tiles and thin film vinyl covers claim refractory texture, but their softness invites surface marring, especially in high-traffic spots. Our rigid imitation porcelain coating forms a dense, consolidated network of cured resins, which resists scuffing and contact indentation far better than plasticized acrylics.
Importantly, the coating behaves more like engineered stone than softened polymers. Conventional wall paints, even the semi-gloss “washable” offerings, lose shine and pick up micro-scratches whenever strong cleaners come into play. In our surface gloss loss tests, typical premium wall paint drops by 10–15% in a year under routine scrubbing. Our rigid coating drops by less than 2%. Furthermore, mass-market options often cut corners on UV stability—leaving “porcelain” whites to yellow after a season of window exposure. By using titanium dioxide and specialty UV absorbers, our finish maintains its tone for years without fading, backed by field installations since 2017.
Respected interior designers also report differences in holdup after moving displays or reconfiguring store shelves. Rigid coatings don’t gouge, peel, or distort the way soft overlays do. Building managers appreciate that routine maintenance—such as pressure-washing elevator lobbies or disinfecting medical suites—doesn’t degrade the surface, letting facilities run longer between scheduled repaints. This feedback prompted us to intensify abrasion resistance without sacrifcing application speed.
We run our own production with strict batch control and full material traceability, certifying each drum and pail for VOC compliance and heavy metal content. By working solely as a manufacturer, not a reseller, we know the material in each batch comes from verified sources and that adjustments for climate or performance are designed by people who see the consequences on real projects.
Sustainability discussions inform our batch planning from raw input through clean-up. Our washable rigid imitation porcelain coating lets users maintain visual hygiene with plain water and mild cleaners, reducing reliance on harsh solvents. It eliminates the need to tear out and landfill plasticized overlays or delaminating wall tiles every few years. Some of our clients have extended lifecycle repaints by two to three times versus their older wall systems, cutting both costs and environmental burden. In our plant, we recover and reuse rinse water, filter particulates, and package in recyclable containers to minimize our own waste stream.
We remain accountable to architects, building owners, and installers because we control both formula and production. If a batch ever under-performs, we have the records to pinpoint what happened, and the means to prevent recurrence. Having our technical team available—often on-site—means product refinements are driven by real feedback, not just internal labs. In the long run, responsible manufacturing sustains trust, and our company’s growth depends on delivering reliable protective surfaces project after project.
Over the years, our coating has found its way into office atriums, medical clinics, schools, kitchens, transit stations, and hotel corridors. These are not sites chosen for easy catalogs—these represent performance environments where our team has monitored surfaces under daily stress. Hospital maintenance teams, for example, rely on washability and infection control, so our factory responded with enhanced chemical resistance to oxidizing disinfectants. School districts, concerned about vandalism, trialed the coating on hallway wall boards and found graffiti could be removed with a soft cloth soaked in ethanol.
Store planners and owners of high-traffic restaurants look for surfaces that don’t lose luster after cleaning cycles or up-level events. They use our PC-20 model on protective kick plates and restroom partitions, returning year after year for matching touch-up kits. In some regional transit shelters, our rigid imitation porcelain system shields columns and benches from sharp impacts, UV, litter, and the mess of public use. Facilities teams share stories of how routine damp mopping keeps surfaces bright, dry, and fresh without needing specialized marble or granite polishes.
These lessons shaped our belief in evidence-based performance over marketing claims. Each upgrade we launch—faster curing, slip-resistance, antibac options, larger pail sizes—grew out of real application settings and months of follow-up.
Surface coatings, even those labeled “premium,” struggle with problems like bubble formation, uneven gloss, color drift, poor edge bonding, and sensitivity to weather during installation. Nearly everything on the market looks impressive during a trade show demo but reveals flaws over months of real use. In our own plant, we’ve tackled these problems by adjusting catalyst ratios, modifying pigment particle size, and re-sequencing the resin addition steps to improve dispersion and eliminate micro-voids. Our QA team measures gloss, hardness, and color with every production shift, not just per batch, catching issues before they reach application. Should painters run into issues due to poor substrate prep, we have detailed guides and person-to-person support to work through it step-by-step, drawn from countless in-field troubleshooting visits.
Some projects require rapid turnaround, especially during refits or fast-track construction. Our PC-12 system offers a workable balance: quick surface drying in standard conditions with a full through-cure within a day—fast enough for next-day moves, slow enough to prevent major roller marks and trapped solvent bubbles. For wet areas, the PC-20 sheet achieves a denser, non-slip texture through mineral bead inclusion without creating a “sandpaper” roughness that traps dirt. Builders no longer need to choose between polished design and long life.
Longevity matters everywhere we ship. The rigid film structure engineered into our system resists chalking and yellowing where lower-cost laminated foils or overlays fail. As a factory, we’ve learned that installation is only part of the story—shop-floor mistakes, inconsistent mixing, and environmental variables require vendor support that only a direct manufacturer provides. Our technical staff supply site mixes in both factory-packaged and field-tintable versions to support custom jobs, corrections, or post-installation color matching. Genuine partnership grows from taking responsibility well beyond the shipping dock.
Over many years of direct engagement with users, we’ve found most refinements come not from conferences or trade magazines, but from feedback relayed by painters, facility supervisors, and property managers. The tough questions asked—how long until we repaint, does it resist backpack scuffing, does bleach kill the color?—drive our next round of product improvements. Our team tracks each request and sees them ripple into formula adjustments, packaging tweaks, and new colors.
We continue to invest in field observations, sending reps to monitor sample installs and log cleaning cycles alongside project leads. By maintaining control of manufacturing and technical support, every lesson from customers becomes a source of growth and reliability. Where older imitation porcelain products developed cracks or softened from soap exposure, ours carry years of proven use, documented through partnered maintenance programs and side-by-side competitor trials.
In the end, a washable rigid imitation porcelain coating serves its purpose when it disappears into the background—strong, easy to clean, and beautifully consistent through years of daily life. Our factory stands behind every can, shaped by generations of real jobs, expert feedback, and a commitment to honest, lasting service.