Is BOPP colored synthetic paper biodegradable and how long is the degradation cycle?

BOPP colored synthetic paper is biodegradable, but its specific degradation cycle is affected by various factors, such as environmental factors (temperature, humidity, microbial species, etc.), the composition and processing technology of the synthetic paper. Therefore, it is impossible to provide an exact degradation cycle.

BOPP (biaxially oriented polypropylene) colored synthetic paper, as an environmentally friendly packaging material, has better degradation performance compared to traditional plastic packaging materials. Traditional plastic packaging materials are difficult to degrade and can easily cause environmental pollution. In the design and production process of BOPP color synthetic paper, its environmental performance is usually considered, using biodegradable raw materials or adding degradation aids to make it decompose faster in the natural environment.

However, it should be noted that although BOPP colored synthetic paper is biodegradable, its degradation rate is still slower compared to natural materials such as paper, wood, etc. In addition, there may be some intermediate products generated during the degradation process, and the environmental friendliness of these products also needs to be evaluated.

In order to promote the degradation of BOPP colored synthetic paper, some measures can be taken, such as placing it in a suitable biodegradable environment (such as composting, anaerobic digestion, etc.), or adding some microorganisms or enzymes that can promote degradation. At the same time, in the design and production process, the composition and processing technology of synthetic paper can be further optimized to improve its degradation performance and environmental friendliness.

In summary, BOPP colored synthetic paper is biodegradable, but the specific degradation cycle will be affected by various factors. In order to promote its degradation and reduce environmental pollution, appropriate measures need to be taken and its design and production processes need to be optimized.