Product Overview
Our PET degradation catalyst is designed to solve the environmental problems of polyethylene terephthalate (PET) plastics. PET is a widely used plastic material that is widely used in packaging and insulation due to its durability and lightness. However, the high chemical stability of PET has also led to the environmental accumulation of waste PET plastics. Our catalyst is designed to convert PET into monomer raw material BHET through chemical recycling to achieve the recycling of polyester.

Technical Features
Green catalytic system: Our catalyst adopts ionic liquid system, which is green and environmentally friendly in terms of materials and the entire process. The catalyst cycle life is more than 50 times and has good economic efficiency.

High-efficiency catalytic performance: The catalyst has a degradation rate of 100% within 3 hours at 190℃, a yield of more than 95%, and a purity of more than 99%.

Ionic liquid catalyst: Our product uses ionic liquid as the catalytic active substance, and promotes PET degradation in the form of cations interacting with carbonyl oxygen (C=O) in esters, and then the oxygen in the hydroxyl group of ethylene glycol attacks the carbon cation in the ester group.

Magnetic nanoparticle loading: Ionic liquids are loaded onto magnetic metal nanoparticles, which also have a synergistic catalytic effect and facilitate the recovery of catalysts by magnetic separation.

Application areas
Our PET degradation catalysts are suitable for:

Chemical recycling of waste PET plastics
Environmentally friendly plastic degradation solutions

Performance advantages
High conversion rate: Our catalysts can achieve high conversion rates of PET, with product yields exceeding 95.0%

Reusable: The catalyst can be reused many times to maintain excellent catalytic performance

Environmentally friendly: The solvent-free catalytic system reduces the generation of chemical waste and is more environmentally friendly

Market prospects
With the increasing global attention to plastic pollution, our PET degradation catalyst has broad market prospects. It not only helps reduce plastic waste, but also creates economic value through chemical recycling.