Every year, millions of tons of PE film — shopping bags, stretch wrap, agricultural mulch and packaging film — end up in landfills or oceans. Meanwhile, recyclers equipped with a reliable pe film recycling machine are turning this troublesome waste stream into steady income. This guide breaks down the real costs, profit margins and setup tips you need before launching your own PE film recycling project.

Polyethylene (PE) is one of the most widely used plastics in the world. It is commonly found in flexible packaging, agricultural films, industrial wrapping, and everyday plastic bags. This naturally raises an important question for manufacturers, recyclers, and investors: can polyethylene be recycled efficiently on an industrial scale? The answer is yes. Pure, properly sorted waste PE film can be recycled through mechanical processes. However, reprocessing waste PE film is not as straightforward as recycling many rigid plastics. Its physical properties and contamination levels create several practical challenges, which help explain why the global recycling rate for flexible PE waste remains relatively low. For modern recycling plants, a properly designed plastic film washing line a reliable and pe film recycling machine are therefore important parts of an efficient recycling system.

When a Chilean PVC pipe manufacturer needed proof that a recycling line could handle real defective pipe, KiTech put its AGR800 system through a live factory trial. The numbers were clear: 500 kg/h on 320 mm pipes and 300 kg/h on 630 mm pipes, both inside the 300–500 kg/h design window. Below we explain what happened, why it matters, and what a PVC pipe shredder can do for a plant that wants to recover its own scrap.

Our customer in Poland runs a recycling company focused on PE film recycling and plastic pelletizing. They process around 150 tons of material every month, with a stable customer base and steady growth.

Their main material is washed, and squeeze-dried film from the washing line. This material is pre-washed, but it still carries traces of impurities. For that reason, the customer set high requirements for filtration precision, devolatilization and long-term durability.

Based on the material characteristics, capacity planning and future upgrade needs, KITECH designed a customized KCP120 Plus+150 double-stage plastic pelletizing line. It has now moved on to the most critical step before delivery — the factory trial run.

PP raffia is extruded polypropylene flat yarn widely used for woven jumbo bags and packaging fabrics. Polypropylene raffia recycling and PP Woven Recycling turn post‑consumer bulk bags into reusable pellets. Jumbo bags recycling gains momentum amid EU plastic regulations, creating a booming circular‑economy market with growing demand for clean, high‑quality recycled PP pellets.

From heavily contaminated waste pipes to clean, high-value material, KITECH has completed pre-shipment testing of a customized HDPE pipe recycling line for a Chilean pipe manufacturer serving the fishery and aquaculture industries.

The customer required a plastic pelletizing equipment with a target capacity of 200–300 kg/h. Because the recycled material was related to medical packaging production, the customer paid close attention to laser filtration accuracy, fine-contaminant removal, black-spot control, material loss, and pellet consistency.

Before shipment, the customer arranged a Factory Acceptance Test (FAT) at KITECH's factory.

This report focuses on the fiber recycling business of post-consumer polypropylene bulk bags (FIBC/raffia). This business generates positive cash flow, has a payback period of approximately two years, and demonstrates strong profitability. Under conservative assumptions, the unit gross profit is approximately $78-92/ton. A 500 kg/hour production line has an EBITDA of approximately $78-92/ton, resulting in an annual EBITDA of approximately $180,000. The net payback period is 1.6-1.9 years.

Learn the key differences between raffia grade PP and ordinary PP in pp raffia recycling. Master professional processing parameters for PP raffia washing line and PP raffia pelletizing line to avoid production faults and improve recycled pellet quality and profit.

Between mid-May and mid-June 2026, Kitech Machinery sales managers James and Tom are currently on a 30-day client roadshow across Brazil, Uruguay, Argentina, Paraguay and other countries. The pair visited 22 local soft plastic recycling plants face-to-face, focusing on post-consumer PE/PP flexible waste processing. After auditing daily production logs and interviewing plant operators on-site, we pinpointed the biggest profit-killing bottlenecks for Brazilian FIBC (flexible intermediate bulk container, widely called ton bags locally) recyclers, and rolled out targeted retrofitting and turnkey solutions with our 5G KCP PLUS continuous self-cleaning pelletizing line.

Soft plastic waste including PE film, woven bags, plastic yarns and flexible fabric scraps is among the most common recyclable materials across the plastic industry. Converting these waste materials into reusable plastic pellets relies heavily on a well-matched extrusion pelletizing machine. For recycling plant operators, picking a proper extrusion pelletizing machine directly impacts production output, final pellet quality and overall operational costs.

Across the global plastic recycling pelletizing machine, A European brand has long stood as the undisputed market leader. Its recycling lines are engineered with proven core technologies and reliable operational performance, paired with rigorous melt purification capabilities. As the industry benchmark for high-end plastic recycling solutions, these systems are widely deployed for processing waste films, plastic flakes, synthetic fibers and recycled plastic material . Favored by mid-to-high tier recyclers worldwide, has become the gold standard for premium recycling and pelletizing line.