Fiberglass and Natural Fiber Sheet Thermoforming Machine, This machine performs thermoforming of composite sheets made of fiberglass or natural fibers (NFPP, hemp, kenaf, jute, etc.). The process is: Sheet Heating The fiberglass or natural‑fiber composite sheet is heated until it reaches its thermoforming temperature (typically 160–220 °C depending on resin content). Transfer to Mold The softened sheet is transferred into a heated forming mold using a shuttle, robot arm, or manual loading. Forming / Pressing The mold closes and applies pressure, shaping the sheet into the final geometry. This step defines: thickness distribution surface finish structural stiffness Cooling & Stabilization The part cools inside the mold until it becomes dimensionally stable. Demolding The formed composite part is removed and sent to trimming, machining, or assembly. Industrial use: automotive interior panels, trunk liners, door panels, semi‑structural co...
Rating: 800kW, Electric Power: 800kWe Power factor (cos. phi): 1.0, 400 Volts, 3Ph, 50Hz, 1500 Rpm Altitude: max 1100m a.s.l., Ambient temperature: +5 up to +53 degC Engine: MWM 3016 V 16, 16 cylinders in V, water cooled, turbo charged with intercooler Alternator: 800kW / 400V synchronous, 3 phases, brushless, self-exciting, self-regulating, air cross flow ventilated, protection mode IP23, engine flywheel and generator shaft coupled, engine and generator coupled over SAE flange and fixed to one unit, genset mounted with vibration dampers. Control unit MMC consisting of: Electronic speed regulation for the engine, Cos. phi regulation for the engine, Complete engine monitoring and control, Complete generator monitoring, Display of all relevant data (voltage, frequency, power, temperatures, oil pressure, overload, power response, Regulation for constant genset power, or alternatively, regulation of genset power depending on effective usable power at point of net entrance, Observat...