Автоклав высокой температуры и высокого давления марки Синонак разработан и изготовлен специально для технологии отверждения композитных материалов на основе полиимидной смоляной системы. Продукт полностью решает технические проблемы процессной стабильности всех соответствующих деталей и узлов в условиях высокой температуры и высокого давления. Проектирование и изготовление корпуса автоклава, теплоизоляционные материалы и их конструкция, система нагрева, система охлаждения, система циркуляции горячего воздуха, система повышения и сброса давления, вакуумное устройство, конструкции для монтажа всех датчиков и другое оборудование разработаны по оптимизированной схеме с полным учетом условий высокой температуры и высокого давления. Это гарантирует, что продукция этой серии обладает такими характеристиками, как безопасность и надежность, высокая эффективность, энергосбережение и экологичность, удобство обслуживания, долговечность, полностью автоматическое интеллектуальное управление.

• Specially designed connection pipeline,reduces heat loss, lowers the outer wall temperature,ensures safety.

  Many pipeline interfaces on the body,if no special measures,interface parts will form a thermal bridge to conduct the heat inside,causing a large amount of heat loss.Sinomac composite autoclave has taken insulation measures for all pipeline interfaces to prevent heat loss.

• Internal insulation and hot air circulation system

  Nano spraying+nano air gel felt+high-density ceramic fiber,excellent thermal insulation performance,remarkable energy-saving effect.

  Elliptical air guide device+circular air duct structure, ensuring smooth airflow and good temperature uniformity.

  All sealing plates are made of stainless steel material, with pressure joints and large thermal expansion allowance to prevent high-temperature rivet cracking.

• Installation of flange cooling for doors, body, and motors

  Ensure all flange forgings operate within the design temperature range.

  Extend the service life of the sealing ring.

  Reduce heat transfer, especially for motor connection flanges, to ensure stable operation.

• Vacuum collection and execution system

  The condenser tube with extended design is made of copper material to ensure stable sensor operation and improve service life.

  The outer wall of the vacuum collection pipeline is equipped with bypass water cooling to ensure that high-temperature gas is forcibly cooled in case of vacuum leakage.

  The front valve group, pipeline, and sleeve joints are all designed with temperature and pressure resistance, with a temperature resistance of 450C and a pressure resistance of over 4Mpa.

• Unique cooler water drainage structure

  Unique U-shaped structure.

  The U-shaped bent end can freely expand and contract, avoiding problem of water drainage weld cracking caused by thermal expansion and contraction.

  During installation, the inlet end is connected with a high-pressure resistant corrugated expansion pipe, with reserved allowance for thermal expansion and contraction.

• Sleeve sealed electric heating element

  The electric heating element is installed at the rear of the autoclave,connected with a sleeve,easy to disassemble and has reliable sealing performance.

  All wiring connectors are located outside to ensure safety and reliability under high temperature and pressure.

  The electric heating element has surface temperature monitoring and overload protection during operation.

• Pre-cooling with atomized water

  During pre-cooling, compressed air atomizes the cooling water.

  Ensure cooling rate control during the high temperature stage and execute according to the process curve.

  Reduce the impact of the cooler at high temperatures and protect its service life.

• Inlet and exhaust section

  Both automatic proportional valves and manual valves are of high temperature and high pressure type.

  All external pipelines are wrapped in ceramic fiber felt and covered with aluminum foil to prevent burning.