PP self-adhesive label
PP self-adhesive material is one of the most common basic consumables in advertising design. Depending on the coating, it can be printed with three types of black inks: weak organic solvent black ink, pigment ink, and dye ink. Among them, self-adhesive polypropylene printed with weak organic solvent black ink is also often referred to as outdoor self-adhesive or oil-soluble self-adhesive, which can be used outdoors without a secondary film; when printed with color paste ink, it is known in the market as a moisture-resistant adhesive. It does not require a base film and is only used indoors; products printed with dye ink are water-soluble self-adhesives and are not moisture-resistant. The coating will dissolve when exposed to water, therefore, it must be covered with a base film for indoor applications.
The temperature resistance range of the labels is -20℃ to +80℃, with a minimum label application temperature of 7℃.
Characteristics of PP self-adhesive labels
PP self-adhesive labels exhibit excellent waterproof and oil-resistant properties. Due to the inherent characteristics of polypropylene (PP) material, these labels can maintain good stability and readability in wet or oily environments, without easily falling off or deforming.
PP self-adhesive labels are tear-resistant, tough, and durable. The polypropylene base material has high strength and toughness, making the labels less prone to tearing or damage during use and able to maintain their complete form.
PP self-adhesive labels also have good printability. Their smooth and flat surface can clearly present printed text and patterns, ensuring accurate information transmission. At the same time, PP material also has good coloring properties, allowing for the production of labels in various colors as needed.
PP self-adhesive labels are also environmentally friendly. Polypropylene material can be recycled, meeting modern environmental requirements, making these labels more environmentally sustainable during use.
PP self-adhesive label material
PP self-adhesive labels, also known as PP synthetic paper adhesive labels, are synthetic paper labels with polypropylene (PP) as the base material. These labels possess various excellent characteristics such as waterproof, oil-resistant, and tear-resistant properties, enabling them to maintain good stability and readability in various environments. Specifically, the surface material of PP self-adhesive labels can be transparent, glossy white, or matte white, with the paper being relatively tough and not easily torn, while also being able to resist the corrosion of water, oil, and chemicals.
PP self-adhesive labels have a wide range of applications, including food packaging, pharmaceutical packaging, electronic product labeling, logistic barcode labeling, and are also commonly used for identifying bathroom products and cosmetics. Their environmental friendliness is also noteworthy, as PP materials can be recycled, meeting environmental requirements. Additionally, PP self-adhesive labels have good printing effects, capable of clearly presenting text and patterns, ensuring accurate information transmission.
PP self-adhesive material
PP self-adhesive material is a special material made from polypropylene (PP), a thermoplastic plastic. Polypropylene is a semi-crystalline thermoplastic resin with high impact resistance, strong and tough mechanical properties, and resistance to various organic solvents and acid-base corrosion. Through special process treatment, the surface of PP self-adhesive material acquires self-adhesive properties, allowing for convenient bonding operations.
This material is characterized by good transparency and ease of adhesion, making it widely used in packaging, labeling, advertising, and other fields. PP self-adhesive material has a wide temperature resistance range and can usually maintain stable performance in environments ranging from -20℃ to 120℃, therefore, it is also one of the common choices for microwave-safe plastics. It should be noted that the performance of PP self-adhesive material may vary depending on the specific formula and processing technology.
