C2S Art Paper, also known as Coated Two Sides Art Paper, is a high-quality printing paper that is coated on both sides to provide a smooth, glossy surface. It is widely used in the printing and packaging industries due to its excellent image reproduction and professional finish.
Available Grammage Range
C2S Art Paper is available in a wide range of grammages to suit various printing needs. Common weights include:
80gsm, 105gsm, 128gsm, 150gsm, 157gsm, 170gsm, 200gsm, 250gsm, 300gsm, and 350gsm.
Lower grammages are typically used for inner pages of magazines or flyers, while higher grammages are ideal for covers, postcards, and packaging.
Key Features
Double-sided coating: Both sides of the paper are coated to ensure high smoothness and uniform printing results.
Excellent color reproduction: The coated surface allows for vivid colors and sharp image details.
High gloss and brightness: Enhances the visual appeal of printed materials.
Good stiffness: Especially in heavier grammages, the paper maintains its shape well.
Professional appearance: Ideal for high-end publications and commercial print products.
Typical Applications
C2S Art Paper is extensively used in:
Magazines and catalogs
Posters and calendars
Brochures and leaflets
Book covers and photo books
High-end packaging, tags, and labels
At China Paper, we offer a wide range of C2S Art Paper with consistent quality, competitive pricing, and flexible specifications to meet your printing needs. Whether you're producing a luxury magazine or a promotional catalog, our C2S Art Paper ensures a top-tier finish that stands out.
Feel free to contact us for more information, samples, or a quotation!
| glossy coated art paper | usage | → normal printing → magazine → wrapping flowers → notebook |
| Shipping | Normal by land, air, sea | 1. If you agent in China, we could send goods to yuor factory address 2. Our trade item is EXW, CIF, FOB 3. Goods lead time is 5 to 15 working days |
| Glossy Coated Art Paper | Feature | → coated → two side glossy → high whiteness → Smoothly surface |
