Plastic scrap is widely used for recycling processes because of its versatile applications, low cost, durability, and lightweight nature. Its ability to be molded into various shapes and its resistance to moisture make it an essential material in modern manufacturing.
Plastic’s weight is significantly lower than alternative materials, allowing for efficient transport and energy savings across various industries.
We offer most grades of Plastic Scrap like PET (Polyethylene Terephthalate), HDPE (High-Density Polyethylene), PVC (Polyvinyl Chloride), LDPE, PP, PS, and Engineering Plastics (ABS/Acrylic) to various polymer manufacturers and recycled product suppliers.
Recycling plastic requires significantly less energy compared to producing new plastic from fossil fuels. For this reason, utilizing recycled resins helps reduce carbon emissions and keeps millions of tons of waste out of landfills and oceans. Used beverage bottles (PET) are the most common component of processed plastic scrap, and many are now being manufactured back into food-grade packaging, textiles, and even automotive parts.
Plastic recycling is the process by which scrap or waste plastic is recovered and reprocessed into functional and useful products. The process typically involves sorting the scrap by polymer type, shredding it into small flakes, washing it to remove contaminants, and melting it down into pellets or granules. These pellets are then used as raw material to manufacture new items, which is far more sustainable than creating “virgin” plastic from crude oil and natural gas.
Recycling plastic is a complex task because not all plastics are created equal. Unlike metals, different types of polymers cannot be melted together; a single PVC bottle in a load of PET can contaminate the entire batch. Furthermore, plastic degrades slightly each time it is reheated, which limits the number of times it can be recycled. Another major hurdle is “multi-layer” packaging, where different materials are bonded together, making them nearly impossible to separate through traditional mechanical means.
In the recycling process, cleaning is critical. Contaminants like food residue, adhesives, and paper labels must be removed to ensure the quality of the final resin. If not properly managed, the washing process can produce wastewater containing microplastics and chemical additives. These must be filtered and treated carefully to prevent them from entering the ecosystem and affecting aquatic life or groundwater.
Plastic is a highly resourceful material, and recycling it can save up to 80 percent of the energy required to produce virgin plastic from petroleum and natural gas. This significant energy reduction also leads to a decrease in greenhouse gas emissions. By repurposing existing plastic, we reduce the global demand for fossil fuel extraction, which is the primary raw material for nearly all plastic production today.
The recycling of plastic generally produces significant cost savings for manufacturers who use recycled resins (PCR) as a secondary raw material. Over the long term, large-scale economic benefits are realized through the reduction of landfill tipping fees and the mitigation of environmental cleanup costs. As circular economy initiatives grow, companies are finding that using recycled plastic improves brand loyalty among eco-conscious consumers.
