Giansun Precision Technology Co., Ltd.

001400 · XSHE · Aluminum · China

Market Capitalization7.62B CNY

Trailing P/E60.28 CNY

52-Week Change47.49 CNY

Forward Annual Dividend Yield0.60%

Giansun Precision Technology Co., Ltd. specializes in the manufacturing and distribution of precision metal products. As a key player in the industrial manufacturing sector, the company focuses on supplying high-quality precision components that are integral to various technological applications. This includes components for the automotive industry, electronics, and aerospace, demonstrating a diverse range of applicability across critical sectors. Giansun's products are utilized by manufacturers who prioritize precision and reliability in their end products, making the company an essential link in complex supply chains. Driven by a commitment to technological advancement and manufacturing excellence, Giansun Precision Technology Co. has established a strong presence in both domestic and international markets. Its role in the financial market is underscored by its contribution to the broader industrial and technology ecosystem. By supporting key industries with its high-precision metal products, Giansun enables innovation and maintains robust connections with leading global enterprises. The company’s focus on precision manufacturing also aligns with market demands for improved efficiency and sustainability in industrial practices.

Industry

Aluminum

Basic Materials sector · China

Stories

Structural patterns identified in Giansun Precision Technology Co., Ltd.

No stories identified yet.

Key Metrics

Market Capitalization

7.62BCNY

NormalMar 17, 2026

Trailing P/E

60.28CNY

AboveNormalMar 17, 2026

Revenue (TTM)

1.02BCNY

NormalMar 17, 2026

Coordination

Placeholder CorpCoordination

Example HoldingsCoordination

Sample IncCoordination

Supply Chain

Aluminum Supply Chain

The aluminum supply chain is governed by three structural constraints that set it apart from most metals: electricity dependency is so extreme that smelters locate near cheap power rather than near raw materials, making aluminum effectively a solidified form of electricity; the bauxite-to-alumina-to-aluminum conversion is a three-stage process where each stage is concentrated in different geographies, creating long and fragile handoff chains; and recycling uses roughly five percent of the energy of primary production, splitting the industry into two structurally distinct systems — primary and secondary aluminum — with different cost floors, geographies, and competitive dynamics.