Fiberglass cloth processing equipment

Abstract

A fiberglass cloth processing apparatus is disclosed. This apparatus is suitable for processing a fiberglass cloth and includes a carbon dioxide supply system and a fiberglass cloth processing system. The carbon dioxide supply system provides carbon dioxide. The fiberglass cloth processing system includes a processing tank fluidly connected to the carbon dioxide supply system and a liquid carbon dioxide disposed within the processing tank. The processing tank includes an internal space suitable for containing the fiberglass cloth and the liquid carbon dioxide. The temperature of the internal space is -56 to 31°C. The pressure of the internal space is 5.2 to 73.8 bar. The novel invention is characterized by the fact that the temperature and pressure of the internal space allow the carbon dioxide to remain in a liquid state, and using this liquid carbon dioxide to process the fiberglass cloth results in more uniform overall properties of the fiberglass cloth.

Claims

1. A fiberglass cloth processing apparatus suitable for processing a fiberglass cloth, comprising: a carbon dioxide supply system capable of supplying carbon dioxide; and a fiberglass cloth processing system including a processing tank fluidly connected to the carbon dioxide supply system, and a liquid carbon dioxide disposed in the processing tank, the processing tank including an internal space suitable for containing the fiberglass cloth and the liquid carbon dioxide, the temperature of the internal space being -56 to 31°C, and the pressure of the internal space being 5.2 to 73.8 bar.

2. The fiberglass cloth processing equipment as described in claim 1, wherein, The carbon dioxide supply system includes a carbon dioxide source and a carbon dioxide tank spaced apart from each other, and a pump in fluid communication between the carbon dioxide source and the carbon dioxide tank.

3. The fiberglass cloth processing equipment as described in claim 2, wherein, The carbon dioxide supply system also includes a cooling unit that is fluidly connected to the pump.

4. The fiberglass cloth processing equipment as described in claim 1, wherein, The processing tank includes a tank body defining the space inside the tank, a shaft cylinder disposed in the tank body and adapted for winding the fiberglass cloth, and a fan blade disposed in the shaft cylinder.

5. The fiberglass cloth processing equipment as described in claim 4, wherein, The fiberglass cloth processing system also includes a motor that plugs into the fan blade and drives the fan blade to rotate.

6. The fiberglass cloth processing equipment as claimed in claim 5 further includes a control system, the control system including a temperature control module signal-connected to the processing tank and a motor control module signal-connected to the motor.

7. The fiberglass cloth processing apparatus as claimed in claim 1 further includes a carbon dioxide recovery system fluidly connected to the fiberglass cloth processing system, the carbon dioxide recovery system being capable of receiving carbon dioxide flowing out of the processing tank.

8. The fiberglass cloth processing equipment as described in claim 7, wherein, The carbon dioxide recovery system includes a carbon dioxide separation unit fluidly connected to the processing tank and a carbon dioxide collection unit fluidly connected to the carbon dioxide separation unit. The carbon dioxide separation unit can convert the liquid carbon dioxide from the processing tank into gaseous carbon dioxide.

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