Dimensions of Thick-Plate Thermoforming and Its Molding Process Requirements

　　There are two common types of blister packs for thick sheets: one is the thin-sheet blister, and the other is the thick-sheet blister; and… Thick-sheet thermoforming There are many types of materials used; the two most common are ABS thermoformed sheets and acrylic thermoformed sheets. Compared with these, ABS thermoformed sheets offer superior performance, making them the material of choice for manufacturers engaged in thermoforming operations. ABS sheets boast excellent mechanical properties, strong wear resistance, and good impact strength, and they can even withstand extremely low temperatures. They also exhibit excellent dimensional stability and oil resistance, making them suitable for applications involving moderate loads and rotational speeds—such as bearing supports. In addition to ABS, other options include PET, PVC, and PS thermoformed sheets.

　　Thick-sheet thermoforming products range in thickness from 0.14 to 8.0 mm, with research primarily focusing on injection-molded thermoformed items made from materials such as PVC, PP, PS, HIPS, PET (including APET and PETG), ABS, PC, PE, and PMMA. These thick-sheet thermoformed components are commonly used in applications like refrigerator liners, illuminated advertising light boxes, product display stands, pet cage bases, rear-projection TV back shells, and various control panels for construction machinery.

　　 Thick-sheet thermoforming The forming process of the product is primarily carried out by specialized thermoforming machines, which come in two distinct operating modes: automatic and manual. Automatic forming is particularly well-suited for production and processing, as it enables fully automated operations from raw materials to finished products, resulting in high efficiency and consistent quality.

　　Thick‑sheet thermoforming is limited by machine dimensions and can only produce parts in specified sizes. Manual forming is relatively simple but inefficient, with high labor intensity for operators. In addition to differences in the forming process, thick‑sheet thermoforming is further categorized into thermosetting and thermoplastic types. The key distinction is that the latter can be repeatedly manufactured, whereas the former lacks this capability—primarily due to the material properties employed by the manufacturer and related factors.

　　 Thick-sheet thermoforming Our product lineup primarily includes refrigerator liner thermoforming, polystyrene thermoforming, abdominal‑area thermoforming, shell‑type thermoforming, thermoformed shell components, thick‑sheet thermoforming, thick‑wall thermoforming, acrylic thermoforming, PMMA thermoforming, and more. These products are widely used in medical‑equipment manufacturing, food‑safety devices, instrument housings, electrical appliance casings, vehicle body protectors, pet trays, advertising light boxes, lighting fixtures, the refrigerator industry, the air‑conditioning sector, and as components for home‑appliance manufacturers. Thick‑sheet thermoformed products not only can replace injection molding—eliminating costly injection molds—but also can substitute traditional handcrafted items, offering advanced production processes, rapid turnaround, and reliable quality.