“Introduction to Environmental Protection Tableware”

Raw materials for primary color pulp molding are taken from natural primary pulp, and bamboo, bagasse, reed, straw and corn stalk are widely used as main raw materials. The products are prepared by unique green, low-carbon and recycling technology, which are widely used in the fields of pollution-free green products such as lunch boxes and fast food take-away packaging containers. Primary pulp is unique because of its clean, strong internal bonding and good biodegradability, and stands out in the field of plastic material substitutes (food tableware). The molded products of primary color pulp adopt the "Shengquan" pulping process, and the product yield reaches 100% by using the integrated way of biomass refining.

Product features: Natural color without bleaching, 100% natural fiber; Has good waterproof and oil resistance, without deformation or leakage; The overall structure has excellent strength and stiffness, low density, and good protection and buffering; Raw materials are biodegradable and compostable, taken naturally and used naturally, environmentally friendly, hygienic, non-toxic, and harmless;

The product is widely used in fields such as family gatherings, food delivery, baking, and light food. The function of pulp molded products is to contain and protect packaged products, making them convenient and practical. Inclusion and protection of packaging products are the primary functions of pulp molded products. Pulp molded products should be able to reliably accommodate the packaged products specified in the packaging, so that the packaged products are not damaged during transportation, loading and unloading, and use, and meet the strength, stiffness, and stability requirements themselves. The materials used in pulp molded products are also safe for the packaged products and do not interact with each other. The structure of pulp molded products should be user-friendly for easy use. The structure and shape of pulp molded products should not harm the human body and should be suitable for human operation and handling during use. Furthermore, pulp molded products extend the corresponding time and absorb external energy by modifying their own special structure during loading, thereby reducing the impact and vibration of the packaging. It is different from the buffering mechanism of foamed plastic packaging products. Because foam products have a large number of compressible bubbles inside the materials, regardless of the shape of the products, they have good buffering performance. If pulp plastic film materials and foamed plastic are used to make a large plane respectively, it is obvious that the former can buffer, while the latter cannot. So for pulp plastic film products, A good structural design is the basic guarantee for protecting the interior and improving the shock absorption capacity during transportation and handling. The designed structural performance will directly affect the strength, stiffness, stability, and practicality of packaging components, that is, the structure of pulp molded products directly affects the realization of their packaging functions.