Method for reforming a liquid crystal resin composite

A method for remanufacturing a used composite resin of liquid crystal polymer and thermoplastic resin, comprising the steps of:

• providing a used molding product of a composite resin of thermoplastic resin and liquid crystal polymer having a crystal transition temperature higher than a minimum moldable temperature of the thermoplastic resin;
• crushing said used used molding product into particles or pieces;
• heating said particles or pieces at a temperature higher than a phase transition temperature of said liquid crystal polymer to obtain a molten composite resin;
• extruding said molten composite resin at a temperature higher than the phase transition temperature of the liquid crystal polymer to obtain a new moldable composite material;
• and
• forming said new moldable composite material into a molding product in a given shape at a temperature higher than the phase transition temperature of the liquid crystal polymer.

A method of making a molded product of liquid crystal polymer and thermoplastic resin and then remanufacturing the molded product after use of the molded product, comprising the steps of:

• mixing the thermoplastic resin and the liquid crystal polymer having a crystal transition temperature higher than a minimum moldable temperature of the thermoplastic resin to obtain a mixed material;
• heating the mixed material at a temperature higher than a phase transition temperature of the liquid crystal polymer to obtain a moldable material;
• forming the moldable material into a molded product in a given shape at a temperature lower than a phase transition temperature of the liquid crystal polymer;
• using the molded product;
• crushing the used molded product into particles or pieces;
• extruding said crushed product at a temperature higher than the phase transition temperature of the liquid crystal polymer to obtain a moldable used material;
• and
• forming the moldable used material into another new molded product in a given shape at a temperature lower than the phase transition temperature of the liquid crystal polymer.

A method of making a molded product of liquid crystal polymer and thermoplastic resin and then remanufacturing the molded product after use of the molded product, comprising the steps of:

• mixing the thermoplastic resin and the liquid crystal polymer having a crystal transition temperature higher than a minimum moldable temperature of the thermoplastic resin to obtain a mixed material;
• heating the mixed material at a temperature higher than a phase transition temperature of the liquid crystal polymer to obtain a molten composite resin;
• extruding said molten composite resin at a temperature higher than a phase transition temperature of the liquid crystal polymer to obtain a moldable material;
• forming the moldable material into a molded product in a given shape at a temperature lower than the phase transition temperature of the liquid crystal polymer;
• using the molded product;
• crushing the used molded product into particles or pieces;
• heating said particles or said pieces at a temperature higher than the phase transition temperature of the liquid crystal polymer to obtain a molten used composite resin;
• extruding said molten used composite resin at a temperature higher than the phase transition temperature of the liquid crystal polymer to obtain a new moldable material;
• and
• forming the new moldable material into another new molded product in a given shape at a temperature higher than the phase transition temperature of the liquid crystal polymer.

A method of making a molded product of liquid crystal polymer and thermoplastic resin and then remanufacturing the molded product after use of the molded product, comprising the steps of:

• mixing the thermoplastic resin and the liquid crystal polymer having a crystal transition temperature higher than a minimum moldable temperature of the thermoplastic resin to obtain a mixed material;
• heating the mixed material at a temperature higher than a phase transition temperature of the liquid crystal polymer to obtain a molten composite resin;
• extruding said molten composite resin at a temperature higher than a phase transition temperature of the liquid crystal polymer to obtain a moldable material;
• forming the moldable material into a molded product in a given shape at a temperature higher than the phase transition temperature of the liquid crystal polymer;
• using the molded product;
• crushing the used molded product into particles or pieces;
• heating said particles or said pieces at a temperature higher than the phase transition temperature of the liquid crystal polymer to obtain a molten used composite resin;
• extruding said molten used composite resin at a temperature higher than the phase transition temperature of the liquid crystal polymer to obtain a used moldable material;
• forming the used moldable material into another new molded product in a given shape at a temperature lower than the phase transition temperature of the liquid crystal polymer.

A method of making a molded product of liquid crystal polymer and thermoplastic resin and then remanufacturing the molded product after use of the molded product, comprising the steps of:

• mixing the thermoplastic resin and the liquid crystal polymer having a crystal transition temperature higher than a minimum moldable temperature of the thermoplastic resin;
• heating the mixed material at a temperature higher than a phase transition temperature of the liquid crystal polymer to obtain a molten composite resin;
• extruding said molten composite resin at a temperature higher than the phase transition temperature of the liquid crystal polymer to obtain a moldable material;
• forming the moldable material into a molded product in a given shape at a temperature higher than the phase transition temperature of the liquid crystal polymer;
• using the molded product;
• crushing the used molded product into particles or pieces;
• heating said particles or said pieces at a temperature higher than the phase transition temperature of the liquid crystal polymer to obtain a molten used composite resin;
• extruding said molten used composite resin at a temperature higher than the phase transition temperature of the liquid crystal polymer to obtain a used moldable material;
• forming the used moldable material into a new molded product in a given shape at a temperature lower than the phase transition temperature of the liquid crystal polymer.