FAQ

A Recycled paper uses recovered paper fibers, while bamboo paper and sugarcane paper use fibers derived from bamboo and sugarcane, respectively. Their environmental impact and functional performance depend on the raw materials, manufacturing process, energy use, and other factors. When sourcing these products, ask for the fiber composition, relevant environmental documentation, and technical specifications required for your application.

A Cotton watercolor paper is made with cotton fibers and is often chosen for its handling characteristics in demanding watercolor techniques. Wood pulp watercolor paper can offer a practical alternative for students, hobbyists, and other applications, depending on the grade. Actual absorbency, durability, surface texture, and performance vary with fiber composition and manufacturing methods, so compare the technical details and sample results before choosing.

A Watercolor paper should be selected according to the painting technique, water usage, desired surface texture, and artist preference. Paper composition, GSM, sizing, and surface finish all influence water absorption, pigment behavior, and sheet stability. Artists working with heavy washes may have different requirements from those using light washes or detailed illustrations. Check the product specifications and test samples before placing a bulk order.

A Pearl paper generally has a pearlescent sheen, metallic paper creates a reflective or metallic-like appearance, and glitter paper features visible sparkling particles or effects. Each option produces a different visual result and may be suited to gift packaging, invitations, crafts, premium stationery, or decorative printing. Request samples to compare the appearance, surface feel, and compatibility with your intended production process.

A Kraft paper is commonly associated with a natural paper appearance and is used in packaging, wrapping, and various paper products. White cardboard is often selected when a lighter-colored surface is preferred for printing, presentation, or packaging designs. Their strength, stiffness, printability, and finishing characteristics depend on the specific grade and construction. Compare the technical specifications and intended use before selecting either material.

A Start with the printing method, final product design, and required appearance. Consider paper weight, surface smoothness, color consistency, stiffness, and compatibility with finishing processes such as folding, cutting, or embossing. For commercial packaging, also evaluate the structural requirements of the finished product. Testing a representative sample with your actual printing and converting process can help confirm suitability.

A Paper and cardstock are often distinguished by their weight, thickness, and intended application, although the terminology varies by market and supplier. Lighter paper is commonly used for writing, printing, and inner pages, while heavier cardstock is often selected for cards, covers, invitations, and packaging components. When sourcing materials, confirm the actual GSM, thickness, stiffness, and intended converting process rather than relying on the product name alone.

A GSM stands for grams per square meter and indicates the weight of paper per unit area. In general, a higher GSM means heavier paper, but it does not automatically mean greater stiffness or better performance. Paper composition, thickness, density, and surface treatment also influence how a sheet feels and performs. Select GSM according to the product's intended use and processing requirements.

A The right specialty paper depends on its intended use, required appearance, printing method, and performance requirements. For packaging, consider stiffness, folding performance, and surface finish. For art and drawing, focus on paper texture, weight, and absorbency. For office and printing applications, check smoothness, opacity, and compatibility with your printing equipment. Providing your application details helps identify a suitable paper grade.