So, after the increase in paper prices, what kind of impact will it have on packaging and printing factories? What consequences will packaging and printing companies face? No matter what industry you are in, if you need custom packaging, this is something you must understand — because it will affect how you choose your packaging and printing supplier.

What Will Be the Trend of the Packaging and Printing Industry After the Rise in Paper Prices?

As paper prices continue to rise, the cost of raw materials for packaging and printing companies also increases. Does this necessarily mean that profits will keep shrinking and the industry will become unprofitable? Practice has proven that this assumption is incorrect.

Smaller, non-standardized packaging and printing factories will indeed see declining profits. Lacking the ability to gain profits from other dimensions, they maintain the status quo. After rounds of industry reshuffling, these factories will gradually exit the market and eventually be eliminated.
However, standardized and capable packaging and printing companies will instead benefit greatly from this trend, achieving continued growth and expansion in the future.

Why is there such a big difference? Because powerful and standardized factories, although unable to gain more profits from raw materials, benefit from the growing consumer preference for environmentally friendly paper products. Consumers are increasingly willing to accept packaging that combines eco-friendliness, aesthetics, and practicality — even paying a premium for it.
In addition, strong packaging and printing companies have standardized production processes, professional design teams, and skilled craftsmanship, which add substantial extra value to their packaging products.

Survival of the fittest — this is the law of nature.
For those who need custom packaging, it is essential to choose a packaging and printing factory that is standardized, capable, and has promising development prospects. Otherwise, your product sales could be negatively affected.

Despite the continuous rise in paper prices in recent years, Junye Packaging has been minimally affected. Our company follows a path of innovation and intelligent packaging, gradually overcoming adverse factors and achieving sustained profitability. In fact, our recent orders have continued to grow, earning widespread recognition and praise from our clients.

Currently, various sectors of society are increasingly recognizing the concept of green environmental protection, especially the strict management of waste plastic packaging products. The recycling of plastic packaging waste is considered an effective way to control environmental pollution, utilize resources efficiently, and save energy. So how should we deal with discarded plastic packaging boxes?

Blistering is a plastic processing technology that involves heating flat plastic sheets to soften them, then vacuum adsorbing them onto the surface of a mold, cooling them, and forming them. It is widely used in industries such as plastic packaging, lighting, advertising, and decoration. And vacuum formed paper packaging uses paper plastic composite products instead of plastic sheets for vacuum formed packaging.

Blistering is a plastic processing technology that involves heating flat plastic sheets to soften them, then vacuum adsorbing them onto the surface of a mold, cooling them, and forming them. It is widely used in industries such as plastic packaging, lighting, advertising, and decoration. And vacuum formed paper packaging uses paper plastic composite products instead of plastic sheets for vacuum formed packaging.

Transparent packaging boxes are a common type of outer packaging in today's professional world. Transparent packaging boxes have many advantages, such as environmental friendliness, low cost, and beautiful appearance.

Plastic is a synthetic polymer compound that can freely change its shape and style. It is a material synthesized or condensed from monomer raw materials, composed of Taiwanese resin and fillers, plasticizers, stabilizers, lubricants, pigments and other additives. Its main component is synthetic resin. The term resin originated from Named after lipids secreted by animals and plants, such as rosin, insect glue, etc. Currently, resin refers to high polymers that have not yet been mixed with various additives. Resin accounts for approximately 40% to 6-100% of the total weight of plastic. The basic properties of plastic packaging boxes are mainly determined by the nature of the resin, but additives also play an important role. Some plastics are essentially composed of synthetic resins with little or no additives, such as organic glass, polystyrene, etc. Therefore, the terms plastic and resin are often used interchangeably.

Early wooden box packaging was common, but as more and more products require packaging, expensive wooden boxes are becoming uneconomical. And paper packaging boxes only achieve the effect of wooden boxes, but the cost is lower. This perfectly meets the needs of some customers who want low prices and good results, so the first major difference between the two is cost. This is also the difference that most customers can see.

Transparent packaging, also known as porous plastic, is mainly made of resin and has numerous voids inside. Its structure resembles the combination of popcorn kernels. There are generally two types: hard and soft. The shape depends on the mold and is usually white. It has common characteristics such as lightweight, waterproof, thermal insulation, and shock absorption, and is particularly suitable for packaging fragile or liquid items. Due to its low thermal conductivity, it is also used for the preservation of fresh fruits and vegetables.

Many customers may purchase products that will not be used up in a short period of time, and some may simply purchase them in advance and store them in the warehouse for future use. Some products stored in the warehouse may break down or deform before they are ready for use. Especially for our plastic packaging box products, which belong to plastic processing and molding, we need to pay more attention to storage techniques.