In 2017, the total apparent consumption of polypropylene in China reached 2,276,700 tons, which was 6.99% higher than the apparent consumption in 2016. In the past two years, some policies have also benefited from the steady maintenance of polypropylene consumption. Since 2016, China has further strengthened restrictions on the import of “foreign waste”, the reduction of imports of waste plastics, and the substitution of recycled materials for new materials has been greatly reduced. Under the severe supply shortage of imported materials, domestic materials have become the mainstream source of goods, and new materials have replaced renewable materials, which also provides opportunities for the growth of apparent consumption of PP.

With reference to the prediction of polypropylene production capacity and production volume, combined with the further increase of China's polypropylene self-sufficiency capacity and the slow decline of total import volume, it is predicted that China's apparent consumption in 2018 will be around 24 million tons, and China will be apparent by 2020. Consumption is expected to reach around 32 million tons.

From the perspective of consumption areas, East China, North China (including Shandong) and South China are China's largest producers of plastic products, and also the main polypropylene consumption area in China. In recent years, the proportion of consumption in these three regions has exceeded 80%. East China, where the economy is developed and the economy maintains rapid growth, is the largest consumer area for polypropylene. The polypropylene consumed in this region accounts for more than 30% of the total polypropylene consumption in mainland China. There are many companies engaged in plastic processing. The plastic products in these areas are not only large in output, but also high in grade. The demand for raw materials is also diversified and specialized. It can be said that the plastics processing industry in these areas represents the current technical level of China's plastics processing industry.

From the perspective of consumption structure, the consumption of polypropylene is not limited to the fields of plastic knitting, injection molded parts, biaxially stretched film, etc., and the growth of special materials such as fiber, pipe, automobile and electrical appliances is obvious. But for polypropylene (PP), aging is a major drawback.

The aging of PP mainly comes from: the structural characteristics and residual impurities of PP material itself; various auxiliary additives such as inorganic fillers and additives in the formulation; the processing temperature and the thermal oxygen aging and screw shear caused by oxygen during processing Mechanical degradation; the use of sunlight, especially ultraviolet light, in the use of oxygen, caused by the combined action of oxygen; the use of environmental conditions such as airborne pollutants caused by gas yellowing and so on.

After PP aging, the visual changes in appearance are mainly characterized by discoloration, pulverization, brittle fracture, etc. The change in macroscopic performance is mainly manifested in the sharp drop in impact toughness, resulting in a greatly shortened service life of PP products.

In order to meet the individual requirements of different processing conditions, use environment and service life, the development of corresponding anti-aging masterbatch will become the choice of more and more related enterprises.

The advantages of anti-aging masterbatch are:

First, it has better dispersion uniformity, production stability and quality stability than direct additive, which is extremely important for woven products, spinning products and film products;

Second, it is more environmentally friendly and dust-free. It is undoubtedly beneficial to people's own health, to the improvement of the production environment and to the improvement of the company's own image.

Among them, the anti-aging anti-aging masterbatch adopts imported high-efficiency and stable hindered amine light stabilizer, which can effectively prevent the chemical bond of ultraviolet rays in the polymer called polypropylene during the process called photodegradation, and is a polyolefin. Provide long-term thermal stability to achieve good polymer anti-aging purposes.

Non-woven anti-aging masterbatch is mainly used in PP woven silk, PP fiber filament, PP staple fiber, PP non-woven fabric and other industries. Non-woven anti-aging masterbatch has good anti-aging effect on polyethylene and other products.

In addition to the fields of agriculture, greening, geotechnical construction, industry, etc., such non-woven fabrics also have broad application prospects in products and fields such as sun hats, umbrellas, outdoor billboards, tents, outdoor backpacks, and outdoor sportswear.

Ruize focuses on the development and production of high-quality non-woven anti-aging masterbatch, and is committed to breaking through the new heights of the industry and helping the masterbatch industry to flourish. Choose Ruize, colorful!

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Yancheng Ruize Masterbatch Co., Ltd. mainly produces and operates: Non-woven masterbatch, Non-woven antibacterial masterbatch,antistatic masterbatch, polypropylene filament masterbatch, Polypropylene filament masterbatch, Non-woven masterbatch,  polypropylene spunbond non-woven masterbatch, Polypropylene fiber masterbatch, chemical masterbatch, Non-woven masterbatch, polypropylene masterbatch, Soft hydrophilic masterbatch.