Demand for recycled PVC (rPVC) is closely tied to building and industrial products: windows, profiles, pipes, flooring, and other durable applications. These ma...
Two plants can both say they “recycle plastic” and still require very different equipment. The biggest divider is where the feedstock comes from: Post-indu...
Polystyrene recycling is often described as difficult, but the barrier is usually not chemistry—it’s collection and transport. Expanded polystyrene (EPS) fo...
Plastic washing lines move a lot of water. If you let water quality drift, you see the impact immediately: dirt redeposits on flakes, pumps clog, friction washe...
Plastic recycling machine prices range from $15,000 for a standalone shredder to over $500,000 for a fully automated pelletizing line. The exact number depends...
Plastic pelletizer pricing varies because pelletizers are built around the material. A line designed for clean post-industrial scrap is not the same machine as...
PVC recycling maintenance is often harder than PP/PE recycling maintenance for two reasons: abrasive wear (fillers, dirt, grit) and fine dust (especially in gri...
The value of recycled PVC depends less on where the scrap comes from and more on what you can reliably produce: mixed regrind, clean granules, or consistent pow...
Pipe extrusion plants generate long scrap: start-up material, off-spec lengths, color-change purge, and profile offcuts. Traditional recycling methods often for...
Long PVC pipes and profiles are awkward to handle with standard top-feed granulators. Many plants end up cutting scrap into short sections just to fit the hoppe...