Recycling and Processing Blades for Regenerated Resources-5 are specialized cutting tools engineered for high-moisture and biodegradable regenerated materials—ideal for facilities processing wet biomass (e.g., food waste, agricultural leftovers), hydroponic plant scraps, or moisture-rich biopolymers (e.g., starch-based plastics). They address the unique challenges of these materials, such as clumping, corrosion risks, and uneven density, ensuring efficient breakdown without compromising blade performance or material quality.

Their core strength lies in moisture resistance and anti-clog design: Unlike standard blades that rust or gum up with wet materials, these feature corrosion-resistant coatings to withstand prolonged exposure to moisture and organic acids (common in food waste). Their edge geometry is optimized to prevent clumping—with smooth, low-friction surfaces that shed wet biomass instead of trapping it, reducing jams in shredders or cutters. For soft, wet biopolymers, they use sharp, wide edges to slice through without smearing or deforming the material.