NEWCOBOND marble-patterned aluminum composite panels (ACP) stand out as a high-performance and stylish decorative material, blending the luxury of natural marble with unparalleled practicality. Crafted with precision, these panels replicate the exquisite textures and elegant aesthetics of natural marble flawlessly, boasting a consistent appearance without the color variations or uneven grain that often plague genuine stone. With a diverse range of designs—from classic black, white, and gray tones to unique, niche patterns—NEWCOBOND marble-patterned ACPs seamlessly complement various interior and exterior styles, including modern, minimalist, and luxury, adding a touch of sophistication to any space.
Beyond their striking looks, NEWCOBOND marble-patterned ACP excel in physical performance. Weighing only about one-fifth of natural marble, they are lightweight and easy to install, significantly reducing construction time and building load-bearing pressure. Built to last, these panels feature excellent water and moisture resistance, fire retardancy, and resistance to scratches, corrosion, and deformation, ensuring long-term durability with minimal maintenance. Their inherent flexibility also allows for bending, cutting, and shaping, making them ideal for custom designs such as curved walls, special-shaped decorations, and intricate installations that natural marble cannot easily achieve.
What truly sets NEWCOBOND apart is its outstanding cost-effectiveness. Offering the high-end visual appeal of natural marble at a fraction of the price, these panels deliver exceptional value for money, enabling cost-efficient luxury in both commercial and residential projects. Versatile in application, NEWCOBOND marble-patterned ACPs are perfect for interior and exterior walls, ceilings, feature walls, shop counters, storefront facades, and more, balancing aesthetic charm with reliable functionality to meet diverse decorative needs.Regardless of the standard or color you want, NEWCOBOND® can deliver a satisfying solution for your projects. We accept OEM and customisation requirements.
NEWCOBOND used recyclable PE materials that imported from Japan and Korea, composite them with pure AA1100 aluminum, it’s totally non-toxic and friendly to environment.
NEWCOBOND ACP has good strength and flexibility, it’s easy to transform, cut, fold,drill, curve and install them.
Surface treatment with high-grade ultraviolet-resistant polyester paint (ECCA) request, guarantee 8-10 years; if use the KYNAR 500 PVDF paint, guaranteed 15-20 years.
NEWCOBOND can supply OEM service, we can customize size and colors for clients. All RAL colors and PANTONE colors are available
| Aluminum Alloy | AA1100 |
| Aluminum Skin | 0.18-0.50mm |
| Panel Length | 2440mm 3050mm 4050mm 5000mm |
| Panel Width | 1220mm 1250mm 1500mm |
| Panel Thickness | 4mm 5mm 6mm |
| Surface treatment | PE / PVDF |
| Colors | All Pantone & Ral Standard Colors |
| Customization of size and color | Available |
| Item | Standard | Result |
| Coating Thickness | PE≥16um | 30um |
| Surface pencil hardness | ≥HB | ≥16H |
| Coating Flexibility | ≥3T | 3T |
| Color Difference | ∆E≤2.0 | ∆E<1.6 |
| Impact Resistance | 20Kg.cm impact -paint no split for panel | No Split |
| Abrasion Resistance | ≥5L/um | 5L/um |
| Chemical Resistance | 2%HCI or 2%NaOH test in 24hours-No Change | No Change |
| Coating Adhesion | ≥1grade for 10*10mm2 gridding test | 1grade |
| Peeling Strength | Average ≥5N/mm of 180oC peel off for panel with 0.21mm alu.skin | 9N/mm |
| Bending Strength | ≥100Mpa | 130Mpa |
| Bending Elastic Modulus | ≥2.0*104MPa | 2.0*104MPa |
| Coefficient of Linear Thermal Expansion | 100℃ temperature difference | 2.4mm/m |
| Temperature Resistance | -40℃ to +80℃ temperature without change of color difference and paint peel off,peeling strength average dropped≤10% | Change of glossy only.No paint peel off |
| Hydrochloric Acid Resistance | No change | No change |
| Nitric Acid Resistance | No Abnormity ΔE≤5 | ΔE4.5 |
| Oil Resistance | No change | No change |
| Solvent Resistance | No base exposed | No base exposed |