BIO-PET Sheet

BIO-PET is derived from biological extracts. It is a sheet made of raw materials from petroleum and sugarcane extracts containing up to 30% MEG, which greatly reduces the dependence on fossil fuel oil in the production process, and It can be completely recycled, which is basically the same as the performance of ordinary APET.

Features:

1. Environmental protection

2. Consistent with ordinary PET performance

Applications:

1. Food packaging

2. Toys or electronic packaging

3, mouse, keyboard and other computer accessories packaging

Form Parameters

Item	Conductive	Antistatic	Normal
Density(±0.02)	1.35g/cm³	1.35g/cm³	1.35g/cm³
Thickness(±0.015)	0.2mm-1.3mm	0.2mm-1.3mm	0.2mm-1.3mm
S. R.(Ω)	10^4-8	10^9-11	≧10¹²
Width Range (±1.0mm)	300mm-1000mm	300mm-1000mm	300mm-1000mm
Max.Weight(±0.5KG)	550KG	550KG	550KG

**Q: What is bioplastic PET?**

Bioplastic PET, also known as Bio-PET, is a type of plastic material made from renewable resources such as sugarcane, corn, or other plant-based materials. It is similar in composition to traditional PET plastic but has a lower carbon footprint and is considered more environmentally friendly.

FAQ

Is bio PET biodegradable?

Bio-PET is not biodegradable in the traditional sense as it requires specific conditions, such as high temperatures and humidity levels, to break down. However, it is considered more sustainable than traditional petroleum-based plastics because it is made from renewable resources and generates less greenhouse gas emissions during production.

Is bioplastic better than plastic?

Bioplastics are generally considered more environmentally friendly than traditional petroleum-based plastics because they are made from renewable resources and have lower carbon footprints. However, their environmental impact can vary depending on factors such as the raw materials used, the manufacturing process, and end-of-life disposal options.

What are the raw materials for bioplastics?

The raw materials for bioplastics can come from various sources, including crops such as corn, sugarcane, and potato starch, as well as agricultural waste, algae, and even certain types of bacteria. The specific raw materials used will depend on the type of bioplastic being produced and the intended application.