Product Introduction

Woodfree Paper

Woodfree Paper is a premium-grade paper made from chemically processed pulp, which removes lignin and other impurities typically found in wood pulp. This results in a smooth, bright, and durable paper that is ideal for various applications where a high-quality finish is required. Unlike coated papers, Woodfree Paper has a natural, uncoated surface that provides excellent ink absorption and a soft, tactile feel. It is widely used in printing books, stationery, business forms, and marketing materials.

Product Features

Product Name

Woodfree Paper

Item No.

 

Specification

60-140 gsm

Thickness

60-140 µm

Tension Stress(MD)

30-90 N/15mm

Size

Roll

Color

White

Applications

book printing, office paper, magazines

 

High Brightness and Opacity

Provides a bright white surface with minimal show-through, making it perfect for double-sided printing.

Smooth, Uncoated Surface

The uncoated finish offers a natural texture and excellent ink absorption for crisp, clean print quality.

Eco-Friendly

Often made from sustainable sources and fully recyclable, making it an environmentally responsible choice.

Durability

Chemically treated pulp enhances the paper’s strength and longevity, ensuring it holds up well over time.

Versatility

Suitable for a wide range of printing methods, including offset and digital printing, as well as for writing and drawing.

 

Application Area

Books and Publications: Frequently used for high-quality books, magazines, and educational materials due to its readability and print quality.

Stationery: Ideal for letterheads, envelopes, and other business stationery, offering a professional look and feel.

Business Forms: Commonly used for invoices, forms, and other office documents where print clarity and durability are important.

Marketing Materials: Excellent for brochures, flyers, and other promotional materials that require a clean, professional finish.

Notebooks and Diaries: Preferred for notebooks, journals, and diaries due to its smooth writing surface and durability.