PE coated paper, also known as polyethylene-coated paper, is a type of specialty paper that has undergone a process where it is coated with a thin layer of polyethylene. This coating provides several benefits, including improved printability, water resistance, and durability.
Where To Use PE Coated Paper
Food packaging, such as labels and bags.
Retail packaging for electronics and other products.
Labeling for bottles and cans.
Other industrial applications where durability and water resistance are required.
Key Features Of PE Coated Paper
Water-resistant and durable.
Improved printability for inkjet or laser printing.
Thin, flexible, and easy to cut.
Chemical resistant.
How To Use PE Coated Paper
Print or label on the coated side.
Apply a protective laminate for added durability if necessary.
Use in applications where water resistance and durability are required.
How PE Coated Paper Is Manufactured
The manufacturing process of PE coated paper typically involves several steps, including pulping, bleaching, and coating with polyethylene.
Technical Specification Of PE Coated Paper
Material Composition:
Polyethylene-coated paper, made from wood pulp or recycled fibers.
Applications:
Food packaging, retail packaging, labeling for bottles and cans.
Surface Finish:
Smooth and even, with a thin layer of polyethylene.
Weight:
Lightweight, but durable and resistant to water and chemicals.
The technical specifications of PE coated paper are designed to meet the requirements of various industrial applications, including food packaging, retail packaging, and labeling for bottles and cans. The material composition is made from wood pulp or recycled fibers, which provides durability and water resistance. The surface finish is smooth and even, with a thin layer of polyethylene that improves printability and protects against chemicals.
Description Of PE Coated Paper
PE coated paper is a type of specialty paper that has undergone a process where it is coated with a thin layer of polyethylene. This coating provides several benefits, including improved printability, water resistance, and durability.
