Thick Sheet Thermoforming Also known as thick-walled thermoforming, this is a common plastic molding method. It can mold thick-walled plastics and plastic parts with complex shapes. The principle of thick sheet thermoforming is that the plastic raw material is heated and formed into the required plastic part using relatively low air pressure. Thick sheet thermoforming has the advantages of low cost, low investment, and rapid production, which can greatly improve production efficiency and provide new technical means for industrial production.

　　The principle of thick sheet thermoforming is to heat the plastic raw material and use low-pressure gas to draw it into a mold to form the required plastic part. Thick sheet thermoforming needs to consider factors such as the melt flow of the plastic raw material, the structure of the mold, the gas flow characteristics, and the heat transfer characteristics. The main steps of thick sheet thermoforming are: first, heat the plastic raw material to make it highly molten; then, use low-pressure gas to push the molten plastic into the mold to form the required plastic part.

　　The advantages of thick sheet thermoforming are that it can quickly produce complex plastic parts, which is more advantageous than other common plastic molding methods, saving a lot of production costs and improving production efficiency. In addition, thick sheet thermoforming can be used for various plastics, such as polyvinyl chloride, polyethylene, polypropylene, polystyrene, etc., and can produce plastic parts with relatively large thicknesses to meet different customer needs.

　　In general, the principle of thick sheet thermoforming is that the molten plastic raw material is pushed into the mold with the help of low-pressure gas and formed into the required plastic part in the mold. It has the advantages of low cost, low investment, and rapid production, which can greatly improve production efficiency and provide new technical means for industrial production.

　　 Thick Sheet Thermoforming It is an improved thermoforming process with higher hardness and structural strength, so it can be used to manufacture various complex models and practical parts. Thick sheet thermoforming has the following uses:

　　First, thick sheet thermoforming can be used in the manufacture of automotive and electronic product housings, helping to improve product appearance and structural strength, and also avoiding environmental pollution. In addition, thick sheet thermoforming can also be used in the manufacture of electronic device controllers or connectors to meet user requirements for equipment safety and reliability.

　　Secondly, thick sheet thermoforming can be used to manufacture building facilities, such as drainage pipes, exhaust pipes, walls, etc., which are more durable and corrosion-resistant than ordinary plastics, ensuring the safety and stability of building facilities. In addition, thick sheet thermoforming can also be used to manufacture furniture, making furniture more wear-resistant and structurally strong, providing users with a safer environment.

　　 Thick Sheet Thermoforming It can also be used to manufacture food containers, ensuring food safety and freshness, and also improving the stability of the container, helping to maintain food freshness and thus ensuring food safety.

　　In summary, thick sheet thermoforming has many uses, not only can it be used in the manufacture of automotive and electronic product housings, but also in building facilities, furniture, food containers, etc., which can improve product safety, stability, and service life, making it more practical to use.