Precautions for Thick Sheet Thermoforming:

　　1. Pay attention to thickness

　　 Thick Sheet Thermoforming Generally refers to thermoforming materials with a thickness of 0.2mm or more. These materials can be used to produce special thermoformed products, such as flexible thermoformed packaging boxes and book covers. However, when using thick sheet thermoforming, the thickness of the material should be noted. The thickness of the material determines the quality and performance of the thermoformed product. Therefore, when using thick sheet thermoforming, appropriate thickness should be selected.

　　2. Pay attention to the mold

　　The mold for thick sheet thermoforming is also very important. Not only should the material of the mold be considered, but also the precision of the mold. The precision of the mold directly affects the quality and performance of the thick sheet thermoformed product. Therefore, when using thick sheet thermoforming, attention should be paid to the selection of the mold to ensure that the precision of the mold meets the requirements.

　　3. Pay attention to temperature

　　The temperature of thick sheet thermoforming is also very important. Too high a temperature will cause the thermoformed product to melt, and too low a temperature will cause the thermoformed product to deform. Therefore, when using thick sheet thermoforming, attention should be paid to temperature control to ensure that the temperature is within the correct range.

　　4. Pay attention to pressure

　　The pressure of thick sheet thermoforming is also very important. Too much pressure will cause the thermoformed product to deform, and too little pressure will cause gaps in the thermoformed product. Therefore, when using thick sheet thermoforming, attention should be paid to pressure control to ensure that the pressure is within the correct range.

　　5. Pay attention to shrinkage

　　 Thick Sheet Thermoforming Shrinkage is also very important. Too much shrinkage will cause the thermoformed product to deform, and too little shrinkage will cause gaps in the thermoformed product. Therefore, when using thick sheet thermoforming, attention should be paid to shrinkage control to ensure that the shrinkage is within the correct range.

　　Thick sheet thermoforming is a special thermoforming material. When using thick sheet thermoforming, attention should be paid to the thickness of the material, the precision of the mold, temperature control, pressure control, and shrinkage control. Only by correctly mastering these techniques can high-quality thermoformed products be produced.

　　Thick sheet thermoforming is a new type of packaging material, mainly made of polyethylene (PE) or other plastic materials. It has good heat resistance and corrosion resistance, and is widely used in various industries such as food, medicine, textiles, and electronics. Thick sheet thermoforming has multiple advantages:

　　First, thick sheet thermoforming has good heat resistance and corrosion resistance, can withstand high temperatures and strong corrosive substances, is durable, has a long lifespan, and is unmatched by traditional materials. Second, thick sheet thermoforming has good transparency, allowing products to be displayed to consumers, attracting consumers' attention, and increasing the added value of products. In addition, thick sheet thermoforming also has tensile resistance, can withstand external mechanical impacts, effectively protects products from damage, and ensures the integrity of products.

　　Thick sheet thermoforming has multiple advantages and is widely used in various industries such as food, medicine, textiles, and electronics, and is favored by many consumers. Its superiority makes it increasingly popular in the market, and it will surely achieve greater development in the future.