NonPET Glitter Pearl Pigment Factory

How do non-PET glitter pearlescent pigments compare to PET-based glitter pigments?
Non-PET glitter pearlescent pigments differ from PET-based glitter pigments in the following main aspects:
Material composition:
Non-PET glitter pearlescent pigments: Usually use non-PET (polyethylene terephthalate) materials as the substrate, such as polyethylene (PE), polypropylene (PP), etc. These materials may have better biodegradability or recyclability and are relatively environmentally friendly.
PET-based glitter pigments: Use PET as the main substrate. PET is a common plastic material with poor biodegradability and is not conducive to environmental protection.
Environmental impact:
Non-PET glitter pearlescent pigments: Because they may have better biodegradability or recyclability, they have less impact on the environment than PET-based glitter pigments. This makes non-PET glitter pearlescent pigments have greater advantages in some applications, such as consumer products and packaging materials with strong environmental awareness.
PET-based glitter pigments: The use of PET may cause plastic pollution problems, especially when handling and disposing of waste, which may have a negative impact on the environment.
Application characteristics:
Non-PET glitter pearlescent pigments: In terms of performance, non-PET glitter pearlescent pigments may have some special physical and chemical properties due to different substrates. For example, it may affect its compatibility and stability in certain coatings or plastic processes.
PET-based glitter pigments: PET-based glitter pigments usually have good performance in color stability and application stability due to their wide application and mature process.
Market and regulatory requirements:
With the improvement of environmental awareness and the tightening of environmental regulations, the demand for degradable materials and environmentally friendly materials has gradually increased. Non-PET glitter pearlescent pigments may be popular in some regions or industries with stricter market and regulatory requirements due to their environmental characteristics.

Are non-PET glitter pearlescent pigments biodegradable?
Non-PET glitter pearlescent pigments usually have good biodegradability. This characteristic makes it receive more and more attention and application in the context of increasing environmental awareness and increasing environmental protection requirements. Here are some key points regarding the biodegradability of non-PET glitter pearlescent pigments:
Substrate selection:
Non-PET glitter pearlescent pigments usually use base materials different from PET, such as polyethylene (PE), polypropylene (PP), etc. These plastic materials are more easily degraded by microorganisms or recycled in the natural environment, in contrast to PET (polyethylene terephthalate), which breaks down more slowly in nature.
Environmental friendliness:
Due to its good biodegradability, non-PET glitter pearlescent pigments have significant advantages in reducing plastic pollution and environmental burden. When used in consumer products, packaging materials or other high-volume applications, these pigments can reduce the potential environmental impact of plastic waste.
Application areas:
The biodegradability of non-PET glitter pearlescent pigments makes them particularly suitable for applications that require environmental protection and sustainable development. For example, materials used in areas such as food packaging, daily necessities, cosmetics and personal care products are increasingly turning to materials with good biodegradability.
Performance and stability considerations:
Although biodegradability is an advantage of non-PET glitter pearlescent pigments, it is still necessary to pay attention to its performance stability and compatibility in coatings, plastics and other processes when applying. The stability of the material and the reliability of long-term use are still factors that need to be comprehensively considered when selecting and using non-PET glitter pearlescent pigments.