The classification of silicone masterbatches is mainly based on their performance and application. The following is a detailed summary of the classification of silicone masterbatches:
First, classification by performance
Organic color masterbatch
Features: Complete color range, bright colors, good transparency, and high tinting strength.
Scope of application: Widely used in various silicone products that require bright colors.
Organic fluorescent color masterbatch
Features: The color is extremely bright and it can glow under UV ultraviolet light. However, it has poor weather resistance and heat resistance, and its tinting strength is also relatively low.
Scope of application: It is applicable to silicone products that require special fluorescence effects.
Inorganic color masterbatch
Features: High temperature resistance, good dispersibility, excellent weather resistance, and strong covering power. But the tinting strength is relatively low.
Scope of application: Particularly suitable for silicone products that require high-temperature processing or long-term outdoor use.
Second, classify by use
Universal color masterbatch
Features: Suitable for coloring various silicone products and has a wide range of applications.
Scope of application: Coloring of general silicone products.
Special color masterbatch:
Features: Color masterbatches designed for specific uses or silicone products, featuring better compatibility and coloring effects.
Scope of application: Such as food-grade silicone products, medical-grade silicone products and other silicone products with special performance requirements.
Third, classify by color
White masterbatch
Feature: Provides a white coloring effect.
Scope of application: Silicone products that require a white appearance.
Black masterbatch
Feature: Provides black coloring effect.
Scope of application: Silicone products that require a black appearance.
Color masterbatch
Features: Offers a variety of color coloring effects.
Scope of application: Silicone products that require selection based on specific color requirements.
Fourth, classification by carrier
Although this classification method is more commonly applied to general plastic masterbatches, there is a similar concept in the field of silicone masterbatches, that is, in addition to pigments or dyes, the masterbatch also contains silicone components as carriers. Different carriers may affect the dispersion, compatibility and processing performance of color masterbatches.
In conclusion, the classification of silicone masterbatches mainly depends on factors such as their performance, application, color and carrier. When choosing silicone masterbatches, a comprehensive consideration should be made based on specific application requirements and the characteristics of silicone products.
