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Split Small Precision Twin-Screw Extrusion Granulation Line

Description:
The split small precision twin-screw extrusion granulation line consists of a split small precision twin-screw extruder, a screen changer, a granulation mold, a cooling water tank, an air drying device and a pelletizer. The extrusion mixing system has a split integral barrel and parallel meshing co-directional twin screws, which have better matching accuracy and smaller gaps. Through the combination of threaded elements, high-performance mixing and extrusion of materials with different characteristics can be achieved. It is mainly used for laboratory processing such as filling, blending, and modification of polymer materials. It is an ideal experimental equipment for the research and development of new materials. *The screw is driven by a servo motor, with stepless and precise speed regulation, stable plasticization and good consistency *The building block screw can be combined according to the needs of the experimental process *Split barrel, quick-open head, screen changer, faster material cleaning *Compact integrated vacuum exhaust and cooling system *PLC-based measurement and control system and friendly operation interface, easy to operate and more powerful *Real-time measurement and graphic display of important experimental data, convenient observation *Optional melt pump can achieve precise and high-pressure extrusion Application range *Filling, blending, modification, and reinforcement experiments of polymer materials *Preparation of new materials reinforced with glass fiber and carbon fiber *Pelletization of new organic/inorganic materials such as masterbatch, carbon powder, and magnetic powder *Research and development of new materials for ultra-high molecular weight polyethylene diaphragms
Informations générales:
Vendu par:	POTOP Co., Ltd. (0 / # 0) Rang POTOP Co., Ltd.
Email:	guangzhoupotop@hotmail.com
Detail de l'annonce
Annonce No:	729312
Annonce consultée:	15
Annonce expirant:	2025.12.31 (dedans 119 Jours)
Date:	2025.09.02
Evaluation actuelle	(Après 0 votes) Rang