With the widespread application of plastic products in various industries, PLA sheets are favored for their advantages such as lightness and durability. However, in the actual production process, the problems of poor transparency and insufficient heat resistance of PLA sheets often occur, affecting the quality and market competitiveness of the products. In this regard, the use of advanced gravimetric blender to accurately control the dosage can not only significantly improve the transparency and heat resistance of PLA sheets, but also effectively reduce the waste of raw materials and promote the green and sustainable development of the plastic packaging industry.
Accurately control the dosage to improve transparency and heat resistance
Transparency and heat resistance are important quality indicators of PLA sheets, which directly affect the performance and appearance of the product. In the production process, by using high-precision gravimetric blender, the amount of raw materials can be accurately controlled to ensure the consistency of the formula of each batch of products, thereby improving the transparency and heat resistance of PLA sheets.
- Improve transparency
The transparency of PLA sheets is mainly affected by the purity of raw materials, the formula ratio and the processing technology. The use of gravimetric blender can accurately control the amount of each raw material, avoiding the decrease in transparency caused by improper raw material ratio. In addition, high-precision gravimetric blender can also reduce the mixing of impurities, improve the purity of the product, and further improve the transparency of PLA sheets. - Enhance heat resistance
Heat resistance is the key to maintaining stable performance of PLA sheets in high temperature environments. By accurately measuring and controlling the amount of heat-resistant additives added, the heat resistance of PLA sheets can be effectively enhanced to avoid the problem of insufficient heat resistance caused by uneven ratios. At the same time, optimizing the production process and strictly controlling parameters such as temperature and pressure can also help improve the heat resistance of products.
Reduce raw material waste and promote green and sustainable development
While improving product quality, the use of gravimetric blender can also significantly reduce raw material waste, reduce production costs, and promote green and sustainable development of the plastic packaging industry.
- Reduce production costs
Precisely controlling the amount of raw materials and avoiding raw material waste due to improper ratios can significantly reduce production costs. Especially in large-scale production, raw material costs account for a large proportion of the total cost. Reducing raw material waste can not only improve the economic benefits of the enterprise, but also enhance its market competitiveness. - Promote environmental protection
Reducing the waste of raw materials means reducing the generation of waste, which helps to reduce the burden on the environment. With the enhancement of environmental awareness, green production has become an important direction for the development of enterprises. The use of advanced gravimetric blender instruments can not only improve product quality, but also achieve environmental protection goals, which is an effective way for enterprises to achieve sustainable development.
In short, by introducing high-precision gravimetric blender, the transparency and heat resistance of PLA sheets have been significantly improved, while effectively reducing the waste of raw materials and promoting the green and sustainable development of the plastic packaging industry. In the future, with the continuous advancement of technology and the deepening of application, it is believed that PLA sheets will usher in a broader development prospect and provide more high-quality and environmentally friendly product solutions for all walks of life.
