Is LDPE plastic biodegradable?

Plastic Ldpe

One of the solutions to the problem of pollution is the use of biodegradable and/or compostable raw materials, but since they have a high cost, plastic producers prefer to stay away from this type of raw materials, hence the importance of biodegradable additives.

“BSP-P200TM is an organic and renewable material that reduces the carbon footprint from the time the shell is produced until the product waste made from it is generated. It can be used to make biobased with the combination of stony plastics, making them anaerobic and aerobic. Products made with BSP in abandonment in nature or in landfills biodegrade easily in short periods of time”.

Alloys with PET (Polyethylene Terephthalate), HDPE (High Density Polyethylene), PVC (Polyvinyl Chloride), LDPE (Low Density Polyethylene), PP (Polypropylene), PS (Polystyrene), among others, are possible with this resin, helping all plastic articles not to impact the planet’s pollution, the executive mentions.

Ldpe properties

Other objects in which this material is used include pipes, toys, cables, plastic containers and caps, milk cartons (as one of the insulating layers), containers for detergents and other chemical products, automobile parts, etc. It is very common to find containers for the cosmetics and health sectors made of LDPE/LDPE. The properties of high density polyethylene HDPE/PEAD make it ideal for manufacturing objects as varied as pipes, bottles of cleaning products, caps for containers of all kinds or plastic tables and chairs.

XVI Flexible Packaging Forum online on February 25Collection of packaging saves more than 7,000 tons of CO2 for fertilizer, biostimulant and seed companiesEasier to recycle single-material jugsFrom golf ball container to cardboard insect reaches more than 6 million people to promote the good use of plastic

Ldpe characteristics

Project Description LOW DENSITY POLYETHYLENE (LDPE)Low Density Polyethylene resins are more than general purpose resins, since they combine transparency, stiffness and density, they are preferred by converters to reduce thickness. Typical applications include coatings, outerwrapping, consumer bags, industrial bags, transparent shrink and containment films, laminating films, agricultural films, extrusion coatings, caps and closures, and various durable products such as toys.

They offer rigidity and toughness, and can be processed by the same forming methods as thermoplastics: large-part blow molding and injection molding, extrusion, film and a variety of injection molded articles.

READ MORELinear Low Density Polyethylene LLDPE LLDPE resins are ideal for thin lids and a variety of parts such as industrial containers. It has higher tensile strength than LDPE.

Low density polyethylene pdf

Nowadays it would be difficult to do without plastics, not only because of their usefulness but also because of the economic importance of these materials. This is reflected in the growth rates of this industry which, since the beginning of the last century, has outpaced almost all other industrial activities and material groups. Plastics are cheap and seem to last indefinitely. They are present in packaged goods, transportation, buildings, sports equipment and medical technology, among other areas.

Plastics are organic substances that are obtained by chemical reactions between different raw materials of synthetic or natural origin and can be molded or processed into a wide variety of shapes by applying heat and pressure. More than 700 types of plastics are currently produced, including polystyrene, nylon, polyurethane, polyvinyl chloride (PVC), bakelite, silicones, epoxy resins, and polyamides. They are said to be polymers (from the Latin “poli = many” and “meros = parts”) because they are made up of long chains of molecules (monomers) linked together containing mainly carbon and hydrogen in their structure. Polymers can be natural or synthetic.