Co-rotating extruders
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State-of-the-art Co-rotating Twin Extruders

HP - v HIGHER FREE VOLUME D/d at 1,65 IMPROVED ENERGY SAVING • AC water cooled motor • New barrel insulating systems HP - t BOOSTED SPECIFIC TORQUE 18 N/m с

ICMA offers four class of co-rotating extruders within the MCM family. The HT extruders have speeds from 150 to 750 rpm and are available in sizes ranging from 30 to 140 mm. Standard high - and low-speed co-rotating extruders are available in ten different sizes, ranging from 40 Equipped with modified gearboxes and screw shafts, they can transmit up to 40% more torque than conven- to 220 mm. Extruders are normally configured for the specific process, and optimized to fully exploit the engi- tional extruders of the same size and screw speed. The HT line is designed especially for those...

HP family (HIGH PERFORMANCE) The HV (HIGH VOLUME) class The latest addition: the HP family, is top of the range in terms of performances. It is available in 2 distinct classes: HP-v that combines a boosted specific torque with a higher free volume available and the HP-t class instead characterized by the highest available torque. The innovation was not limited to the increase in the volume / torque values, but also a series of technological Designed and engineered to satisfy a specific market demand, the HV Series is based on high free volumes in the melting chamber. This concept allows for...

Screws diameter Motor power Average capacity

ADVANCED COMPOUNDING SYSTEMS THERMOPLASTIC RUBBER  Resin compounds with mineral, metallic, organic and fiber fillers  TPO polyolefin matrix, modified with EPDM  Masterbatches and masterbatch additives  TPV polyolefin matrix, modified with vulcanizable EPDM  Polymeric alloys  Techno-polymers  Flame retardant resins, including halogen-free (HFFR)  TPU (thermoplastic polyurethane)  WPC (Wood Plastic Compounds)  Bio-resins and compounds  Cross-linkable Polyethylene - XPE  Compounds for Hot Melt adhesive resins  Polymerization/extrusion of TPU  Cross-linkable, peroxide-based PE,...