Home/Applications/Compounding Extrusion Line Application · Plastic Modification Compounding Extrusion Line: 50–4,000 kg/h Compounding covers everything from 20% glass fibre in PA6 to 3% additive in PP. The first question is never tonnage but whether the formulation needs side feeding and devolatilization — that decides L/D. A reference compounding extrusion line page from Kerke. Updated 6 […]
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Home/Applications/Plastic Modification Line Application · Plastic Modification Plastic Modification Line: Filled, Reinforced, Toughened, FR Filled, reinforced, toughened and flame-retardant compounds can run on one platform — the difference is where the additives enter the barrel and how much vacuum you pull afterwards. A reference plastic modification line page from Kerke. Updated 6 November 2026 Output […]
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Home/Applications/MAH Grafted PP/PE Application · Plastic Modification MAH Grafted PP/PE: Continuous Melt Grafting Maleic anhydride grafting is a reaction with a narrow window: below 190 °C the initiator never breaks down, above 230 °C the graft level falls as fast as it rose. A reference mah grafted pp page from Kerke. Updated 6 November 2026 […]
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Home/Applications/TPU Reactive Extrusion Application · Plastic Modification TPU Reactive Extrusion: Continuous Polymerization TPU is polymerized inside the extruder, which makes it the one product where moisture is not a quality issue but a stoichiometry error: one gram of water consumes isocyanate and caps molecular weight. A reference tpu reactive extrusion page from Kerke. Updated 6 […]
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Home/Applications/3D Printing Filament Pellets Application · Plastic Modification 3D Printing Filament Pellets: PLA, ABS, PETG Filament pellets need two things that masterbatch lines do not: a tight pellet-size distribution and filtration fine enough that a 0.4 mm nozzle never sees a particle. A reference 3d printing filament pellets page from Kerke. Updated 6 November 2026 […]