The Advantages Of Industrial Chain Integration Are More And More Obvious, And The Regional Distribution Of Polyester Industry Is Concentrated In Zhejiang, Jiangsu And Fujian

With the continuous improvement of market share and the continuous growth of domestic polyester production capacity, a number of leading enterprises, due to their strong capital strength and obvious cost advantage of industrial chain integration, began to speed up the production capacity layout. Under the situation of more and more obvious capacity concentration, the discourse power of leading enterprises in the industry has been continuously enhanced.

At present, the domestic polyester industry has formed an industry pattern dominated by seven enterprises (groups), including Hengli, Rongsheng, Tongkun, Hengyi, Shenghong, xinfengming, Sanfangxiang and Sinopec, supplemented by a number of small and medium-sized enterprises.

According to statistics, by the end of 2020, the total polyester production capacity of Hengyi, Tongkun, xinfengming, Hengli, Shenghong and Rongsheng was 25.88 million tons / year, accounting for more than 40% of the total domestic polyester production capacity.

From the later stage of production, there are still many large plants in the head. Tongkun has a certain plant commissioning plan in Nantong Yangkou, Suqian Shuyang, Xinjiang alar, Hengyi in Xiaoshan, Suqian high tech Zone and other places, and xinfengming in Pinghu of Jiaxing and Xinyi of Xuzhou. The capacity of domestic pet industry's leading enterprises will enter the fast track of production in the later stage. It is estimated that by 2023, the capacity of domestic pet enterprises will enter the fast track of production, The production capacity of six domestic polyester factories will exceed the domestic 50% level. With the increasingly obvious advantages of industrial chain integration, the regional distribution of polyester industry is concentrated in Zhejiang Province, Jiangsu Province and Fujian Province, and also presents the characteristics of industrial gradient transfer.