What is the difference between different brands of BOPP color thermal synthetic paper?

Different brands of BOPP color thermal synthetic paper have significant differences in many aspects, and these differences may be due to the production process, raw material selection, coating formulation, and quality control. Here's a breakdown of the differences:

1. Raw materials and production process

Raw materials: Different brands may use different raw materials, such as BOPP film quality, thickness, tensile strength and other characteristics of the substrate may be different. High-quality BOPP films usually have better physical properties and thermal sensitivity, which affects the printing effect and durability of the final product.

Production process: The advanced nature and stability of the production process is also a key factor in determining product quality. Some brands may have more advanced production equipment and technology that can more precisely control the thickness and uniformity of the coating, thus ensuring product stability and consistency.

2. Coating formula and color rendering effect

Coating formula: The color rendering effect of BOPP color thermal synthetic paper mainly depends on its coating formula. Different brands may use different combinations of colorless dyes and color developers, and the selection and ratio of these chemical components will directly affect the color brightness, stability and durability of the printed color.

Color rendering effect: Therefore, different brands of BOPP color thermal synthetic paper may have significant differences in color rendering effect. Some brands may have products with richer color layers and more natural color transitions, while others may focus more on color stability and durability.

3. Physical performance and application scenarios

Physical properties: Different brands of BOPP color thermal synthetic paper may also differ in physical properties. For example, some brands of products may have higher wear resistance, scratch resistance and chemical resistance, which make them better suited for use in harsh environments.

Application scenario: According to the differences in physical properties, different brands of BOPP color thermal synthetic paper are suitable for different scenarios. For example, some brands of products may be more suitable for label printing, ticket printing and other scenarios that require higher printing effects and durability; Other brands may be more suitable for packaging materials, advertising and other scenarios where cost and appearance requirements are more concerned.

4. Brand reputation and quality assurance

Brand reputation: Brands that enjoy a high reputation in the market usually have stricter quality control and a more perfect after-sales service system. These brands are often able to provide more stable and reliable products and build a good reputation among users.

Quality assurance: Therefore, choosing well-known brand products can reduce the purchase risk to a certain extent, and obtain better use experience and after-sales service guarantee.

Illustrate by example

Take a few common brands on the market for example:

Brand A: May be favored by users for its excellent color rendering effect and rich color layers, especially suitable for scenes requiring high-quality color printing.

Brand B: May pay more attention to the durability and stability of the product, suitable for long-term use in harsh environments, such as outdoor advertising, industrial labels and other fields.

Brand C: As an established enterprise in the industry, it may rely on its rich production experience and strict quality control system to provide stable and reliable products and services.

In summary, different brands of BOPP color thermal synthetic paper have significant differences in raw materials, production processes, coating formulations, color rendering effects, physical properties and brand reputation. Users should be based on their own needs and budget when choosing a comprehensive consideration to find the most suitable for their own products.