Seven textile enterprises and one individual were recognized in the latest national 'Two Excellences and One Pioneer' awards. This data reflects structural changes occurring at the industry frontline—party building is no longer merely an organizational activity but a direct driver of production efficiency, technological autonomy, and global expansion.
From Capacity Breakthroughs to Technological Autonomy
The Party Committee of Hengli Petrochemical (Dalian) Co., Ltd. completed a 20 million tons/year refining-chemical integration project in 19 months, breaking foreign monopolies; a global-largest 1.5 million tons/year ethylene project in 13 months; and simultaneously built the world's largest PTA base. These figures mean that deep integration of party building with engineering management has significantly compressed the timeline for domestic substitution in the chemical textile upstream. Jilin Carbon Valley Carbon Fiber Co., Ltd.'s Party Committee has propelled domestic carbon fiber into the global first tier, with raw yarn capacity reaching 190,000 tons, making it the world's largest producer. For downstream buyers, this directly lowers cost expectations for carbon fiber composites.
The case of Changzhou Hualida Garment Group Co., Ltd.'s Party Committee offers practical reference: its airbag production line turns out 130,000 finished units daily, and has shifted from imported fabrics to a fully integrated chain—from weaving, coating, to sewing and folding. This vertical integration has enabled small, lightweight airbag products to gain rapid traction in the new energy vehicle market. The company also targets 'billion-yuan sales,' with five factories in Vietnam employing 15,000 workers, coordinating domestic and overseas bases to accelerate global supply chain deployment.
Skill Transformation and Talent Retention Amid Upgrading
The practice of Mi Xuemei, Party branch member of Zhongshan Xiahushi Clothing Co., Ltd., reflects the transformation path of industrial workers amid the intelligent wave. She proactively organized skill training and hands-on guidance, pushing workers toward technical and knowledge-based roles, and delivered over 100 policy lectures. For textile factories, this offers a replicable 'party member + skill upgrade' model—how to retain veteran employees and cultivate new skills when automation replaces repetitive tasks is key to cost reduction and efficiency.
Data from Suzhou Inovance Technology Co., Ltd.'s Party Committee is also noteworthy: 62% of party members hold master's degrees, and 91% are under 40—a typical 'high-knowledge' organization. This talent structure means party member engineers in industrial automation control are becoming core forces in technical breakthroughs. For textile machinery and smart manufacturing enterprises, this suggests the potential impact of a 'red engineer' training system on R&D efficiency.
Green Manufacturing and Organizational Efficiency Linkage
Hengli Petrochemical's innovation in environmental protection sets an industry benchmark: pioneering 'embedded wastewater treatment' technology, achieving COD below 15mg/L and full water reuse, earning it a national 'Green Factory' designation. This technical path offers direct reference for high-water-consumption processes like dyeing and chemical fiber. Additionally, through 'Party Member Pioneer Posts' and 'Double Cultivation Double Promotion' projects, over 100 party members have become technical leaders, with 208 'golden ideas' adopted in three years and party members or applicants leading 75% of patent inventions.
This organizational efficiency transformation is also evident in the practices of Yueda Textile Group's Party Committee and Weihai Tuoxin Fiber Co., Ltd.'s Party branch. The deep integration of party building with production and management is evolving from 'institutional requirement' to 'efficiency tool.' For small and medium textile enterprises, this offers a low-cost organizational management upgrade approach: leveraging the demonstrative effect of party member backbones to drive technical improvements and cost control.