Huai'an is the Jiangsu location in Jushi's six-base manufacturing network. The filing separately describes high-performance glass fiber production, a new electronic-yarn line and wind-power developments. These are connected activities with different physical and accounting scopes. The base grouping is not a single production line, and the operating wind business is not evidence that the new electronic-yarn line has entered commercial production.
At a glance
- Record type
- Manufacturing base
- Earliest source in this dossier
- FY2024
- Latest source in this dossier
- FY2025
- Company
- China Jushi / 600176
This dossier follows a manufacturing-base grouping across filings. Individual lines and projects retain separate records. A common base name does not establish that historical and modern assets occupy the same physical site.
Location and identification
Exact physical address and coordinates have not yet been verified for this record.
Verified site coordinates: unavailable. No city-centre point is displayed as a plant location.
Connected operating records
These associations are supported by the cited disclosure. A programme or base association does not establish a shared physical footprint.
Associated component
Huai'an 400,000-tonne high-performance glass fiber programme
Associated component
Huai'an supporting 200 MW wind-power project
Associated component
Huai'an 100,000-tonne electronic-grade glass fiber production line
Associated component
Huai'an 100,000-tonne electronic-grade glass fiber production line
Associated component
Huai'an 400,000-tonne high-performance glass fiber programme
Associated component
Huai'an 100,000-tonne electronic-grade glass fiber production line
The following sections retain the full available English descriptions and their source context. Associated business context describes its named product or base.
FY2025 / Disclosed developments
FY2024 / Disclosed developments
Management reports that phase I of the Huai'an zero-carbon intelligent manufacturing base entered full production in FY2024. Separately, the construction notes name a 400,000-tonne high-performance glass fiber programme operated by Jushi Group Huai'an Co., Ltd., with a closing construction-in-progress balance of RMB 264,736,810.10 and engineering progress of 75%. A first-phase commissioning statement does not mean the entire 400,000-tonne programme was complete, nor does a residual construction balance prove that the operating phase was idle.
Huai'an already had a reported operating milestone in 2024: phase I of the zero-carbon intelligent manufacturing base was fully commissioned, and its supporting 233 MW wind project was fully connected to the grid. The same passage separately discusses a 100,000-tonne electronic-grade glass fiber line and a supporting 500 MW wind project. The commissioned base phase and 233 MW wind assets therefore need to be tracked separately from the later electronic-yarn line and 500 MW construction project. 'Zero-carbon' is the company's project description in this source, not a life-cycle emissions certification established by this guide.
Sources and scope
What this guide establishes
- Reporting years identify the source filings. Actual event dates are retained in the text and may differ from the reporting year.
- The latest disclosure year for this object is not confirmation of its current operating status. Coverage is selected, not an exhaustive account of every report.
- Capacity, output, sales, construction progress and expenditure are separate measures. Programme and component capacities are not added together.
- Company contact addresses are location leads. They do not establish exact plant boundaries or the footprint of individual projects.
- This manufacturing-base grouping may encompass several sites or generations of equipment. Historical records are not proof that all assets occupy one unchanged physical site.
Chinese / A-share / Chinese Accounting Standards / Published 2025-03-20
PDF SHA-256: 6a70135e3651e1c5aac041ed072d4a8182d54ea459a9321d521de9731c983284
Chinese / A-share / Chinese Accounting Standards / Published 2026-03-20
PDF SHA-256: c71b2130cf3d5d9135b884f732d06767c6d2de03c6f7563920a2fc19ef73347f