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Thick-sheet thermoforming applications in the automotive industry primarily encompass interior components (such as instrument panels, centre consoles, door panels) and exterior components (such as body cladding, advertising light boxes, etc.), offering advantages including lightweight construction, environmental sustainability, and high production efficiency. ‌Interior Component Applications‌Lightweighting‌: Utilising materials like ABS and PC, density is reduced by over […]

Materials for Thick Sheet ThermoformingThick sheet thermoforming primarily employs various plastic materials, including ABS, acrylic, PETG, PVC, PC, PP, PE, and PS, as well as modified clear sheets, textured sheets, and transparent sheets. Applications of Thick Sheet ThermoformingThick sheet thermoforming finds applications across multiple sectors, such as manufacturing rear covers for rear-projection televisions, product displays,

Why choose thick-sheet thermoforming?Medical products typically involve low production volumes, meaning injection moulds have a relatively short service life. However, thick-sheet thermoforming excels in simple structures, meeting most requirements with stable performance and excellent surface finish. It accommodates screen printing in various colours (such as ABS material).

Injection moulding involves melting plastic raw materials and then injecting the molten plastic into a mould under high pressure using an injection moulding machine, where it cools and solidifies into shape. Thick-sheet thermoforming, conversely, is a method of shaping plastic components through heating, vacuum suction, and cooling. Regarding product suitability, injection moulding is ideal for