High Output Ldpe Pet Pp Pe Pvc Double Stage Plastic

High Output Ldpe Pet Pp Pe Pvc Double Stage Plastic Granulator Waste There are seven distinct types of plastic, each with its own characteristics and uses. the seven categories are pet or pete (polyethylene terephthalate), hdpe (high density polyethylene), pvc (polyvinyl chloride), ldpe (low density polyethylene), pp (polypropylene), ps (polystyrene) and other plastics. pet, which is sometimes referred to as. Here’s a breakdown of the 7 different types of plastics. pet or pete (polyethylene terephthalate) polyethylene terephthalate is one of the most common types of plastic. it’s used in soda bottles, water bottles, cooking oil bottles, and many other food and beverage containers. pet is also used to make synthetic fibers like polyester.

High Output Ldpe Pet Pp Pe Pvc Double Stage Plastic Granulator Waste 4. polypropylene (pp) this plastic material is a thermoplastic polymer and the world’s second most widely produced synthetic plastic. its widespread use and popularity are undoubted because polypropylene is one of the most flexible thermoplastics on the planet. although pp is stronger than pe, it still retains flexibility. Look at the recycling number stamped onto the bottom of any of the plastic containers in your house and you’re likely to find one of these: pe (including cousin materials ldpe and hdpe), pp, pet, pvc, pc, and petg. if recyclability is a concern, pet (#1) and hdpe (#2) are accepted most anywhere, and many jurisdictions also accept pp (#5). 4) ultra high density pe. high density & abrasion resistant; fit to make biomaterial for hip, knee, and spine implants, etc. 3. pp (polypropylene) non toxic, transparent. stronger than pe plastics. stable, flexible, tough & durable. impact resistant, wear resistant & heat resistant. Conclusion. the choice between pe and pet depends on the specific requirements of the application. pe excels in cost effectiveness and versatility, while pet stands out in terms of clarity and recyclability. understanding their respective strengths and weaknesses is crucial for making an informed material selection.