Which is better to stick PVC, PC or PET on the film surface from factor school Watch Video

⏲ Duration: 1:46
✓ Published: 08-May-2024

Description:
Which is better to stick PVC, PC or PET on the film surface<br/><br/>These three materials, PVC, PC and PET, have a wide range of applications in the film veneer, each with different characteristics and advantages, so it is impossible to simply say which is better. The choice of material mainly depends on the specific application scenario, performance requirements and budget considerations.<br/><br/>The price of PVC material is relatively low, so it is suitable for the production of civilian popular products to reduce production costs. It has good ductility and can be made into three-dimensional graphics. However, PVC material is less stable at high temperatures and has a softer texture, so it is not suitable for more demanding application scenarios. In addition, PVC material is not easy to degrade, and its environmental performance is relatively poor.<br/><br/>PC material has excellent physical and chemical properties, such as high light transmittance, high impact resistance, etc. It is an environmentally friendly material, degradable, suitable for a variety of high-end application scenarios. The smooth version of the PC material is particularly suitable for applications such as liquid crystal displays that require high light transmission. However, the price of PC materials is relatively high, which may increase production costs.<br/><br/>PET materials are also environmentally friendly and degradable. It has the characteristics of good transparency, light weight and softness. PET material also has excellent temperature resistance and waterproof properties, so it is suitable for food packaging, electronic product protection and other fields. In addition, the recycling rate of PET materials is high, which meets the requirements of sustainable development.<br/><br/>In summary, the three materials of PVC, PC and PET have advantages and disadvantages in the film surface pasting, and the choice of which material needs to be weighed according to specific needs. On the basis of considering factors such as cost, performance, environmental protection and application scenarios, the selection of the most suitable materials can ensure the quality and competitiveness of the product.