The production of this cushioning paper utilizes a mixed pulp blend-comprising mercerized wood pulp, softwood pulp, and hardwood pulp-as its primary fibrous raw material, supplemented by the addition of various auxiliaries such as wet-strength agents, silicone emulsions, and reinforcing agents. The main manufacturing stages encompass raw material feeding, pulping, refining, additive mixing, sheet formation on the wire, pressing, drying, reeling, slitting, and packaging. The cushioning paper produced through this process offers a host of advantages, including superior dry and wet strength, excellent air permeability, high compressive resistance, and exceptional resistance to high-temperature yellowing; furthermore, it demonstrates outstanding cushioning performance under conditions of high temperature and pressure, while also boasting a long service life.
As an eco-friendly, lightweight packaging material endowed with excellent cushioning properties, this paper enjoys a remarkably broad range of applications. It is primarily utilized in e-commerce packaging-providing protective transit support for items such as electronic goods, glassware, ceramics, and handicrafts-as well as in industrial packaging, where it serves to dampen shock and secure instruments, meters, and mechanical components. Additionally, it is widely employed for wrapping and filling items during household moves, serving as internal lining for gift packaging, and within warehousing and logistics operations to fill voids inside shipping cartons, thereby preventing cargo shifting and collision. Moreover, cushioning paper plays a pivotal role in the packaging of fragile or high-value products, including cosmetics, artworks, and precision electronic and mechanical equipment.