Polymer Stabilizer Market was estimated at USD 9.1 billion in 2022 and is predicted to reach USD 12.32 billion by 2028, with a CAGR of 6.2% from 2023-2028
Polymer stabilizers are employed as additives in the production of plastic components. They protect the polymer during plastic processing and ensure that finished plastic products retain their physical properties during use, thereby improving their longevity. It also contributes to the long-term aging of the product after its manufacture. Polymer stabilizers are employed as additives to make plastic products. They are employed directly or in combination to avoid oxidation, chain cleavage, uncontrolled recombination, and crosslinking reactions. Radiation from these sources initiates chemical reactions in plastics that result in degradation and loss of the chemical and physical properties of plastics. Particularly made polymer stabilizers shield the polymer throughout processing and make sure that the goods based on plastic store their physical characteristics throughout their employment, hence enhancing their life.
Plastics are efficient alternatives to wood, metal, and glass in major industries, like automotive and construction. This has augmented the call for the employment of stabilizers in polymers in the making of plastic goods. Polymer stabilizers are the best alternatives to conventional plastics materials in various end-user industries, which is an important driver for the expansion of the worldwide polymer stabilizer industry. The growing call for thermal stabilizers in the plastics industry and their intensive use in end-use industries like construction, automotive, and consumer goods are the main drivers of expansion in the global polymer stabilizers market. A recent trend observed is the escalating call for ecological alternatives in polymer stabilizers, which consist of low levels of phenol and VOC (volatile organic compounds) has led to several alternatives for lead and cadmium-based thermal stabilizers, like mixed metal, rare earth, and tin thermal stabilizers. In the packaging business, there has been a quickly escalating call for polymer stabilizers for polymer uses intended to add UV and heat-resistant features to polymer goods. These properties are important in the uses of packaging to protect the packaging material and the product stored in the material from degradation.
The main factor limiting the expansion of the global polymer stabilizer industry is the high cost of manufacturing the light stabilizer. Strict regulations for the use of raw materials in manufacturing due to their high volatility is another factor that is likely to hinder the expansion of the worldwide industry for polymer stabilizers during the foreseen period.
Industry players are investing heavily in customized products to gain a competitive advantage in the international market, which will accelerate the demand for polymer stabilizers in the anticipated period. Polymer stabilizer manufacturers have also concentrated on providing custom products for a competitive advantage in recent times. This has also contributed to an escalated use of polymer stabilizers due to their improved performance. These factors, in turn, have driven the expansion of the polymer stabilizer industry worldwide.
The industry for polymer stabilizers is very capital-intensive and the cost of labor and raw materials is high. The materials employed to make polymer stabilizers are highly volatile and must meet quality standards and government regulations. In addition, the chemical risk involved in the production and recycling of plastics makes it difficult to use plastic, which in turn prevents the expansion of polymer stabilizers.
REPORT METRIC |
DETAILS |
Market Size Available |
2022-2028 |
Base Year |
2022 |
Forecast Period |
2023-2028 |
CAGR |
6.2% |
Segments Covered |
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Various Analyses Covered |
Global, Regional & Country Level Analysis, Segment-Level Analysis, DROC, PESTLE Analysis, Porter’s Five Forces Analysis, Competitive Landscape, Analyst Overview on Investment Opportunities |
Regions Covered |
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Market Leaders Profiled |
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Antioxidant
Heat stabilizer
Light stabilizer
Others
The industry is dominated by the Thermal Stabilizers segment in value terms, primarily due to its wide use in almost all end applications to protect polymers from extreme heat conditions.
Packaging
Automotive
Building and Construction
Consumer goods
Others
The end-use packaging industry is predicted to grow to the highest CAGR in value terms during the foreseen period, due to escalated construction activity, escalated auto call,s and escalated trade. Population expansion and high disposable incomes are predicted to generate a high call for ready-to-eat and ready-to-eat packaged goods during the outlook period.
The Asia-Pacific region is predicted to be the fastest-growing industry in value terms during the calculated period due to rapid expansion in the automotive and construction industries in the countries like Japan, India, and South Korea. Rising infrastructure advancements are mainly responsible for the high call for the product. The increase in construction activity is predicted to result in an increase in the use of pipes, conduits, fittings, covers, and roofs during the same period, thus escalating the call for the polymer stabilizer employed in these products. China is the largest automaker in the Asia-Pacific region and is among the leaders in the worldwide automotive industry. Asia-Pacific is predicted to be the dominant industry for polymer stabilizers during the foreseen period, due to the rapid development of the packaging, automotive, and construction industries in the region. Infrastructure developments, escalated living standards, and escalated construction activities have escalated the use of pipes and fittings, and roofs, thus escalating the call for polymer stabilizers employed in these products. China, Japan, and South Korea, which are the leading automakers in this region, are the driving forces in the polymer stabilizer industry. North America and Europe are predicted to grow at a moderate pace during the anticipated period.
BASF Plastic Additives' core competency lies in stabilizing light, heat, and processes, allowing polymer producers and processors to maximize the retention and extension of the properties of plastics.
SONGWON Industrial Group, the world's second-largest manufacturer of polymer stabilizers, and Sabo S.p.A., the world leader in the development and manufacture of light stabilizers with hindered amines, today marked a new milestone in their long-term collaboration.
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