News and Information

Structural imbalances in the industry are becoming increasingly pronounced: low-end capacity is oversupplied, while the domestic substitution of high-end precision fasteners is accelerating.

Release date:

2026-08-14

Author:

Litian Hardware

China is the world’s largest producer of fasteners, accounting for more than 40% of global annual output of screws, nuts, and bolts. The sector boasts a vast number of market players, yet it has long grappled with a structural imbalance: “low-end oversupply and high-end shortages.” Over 80% of domestic production capacity is concentrated in ordinary standard fasteners below Grade 8.8, leading to fiercely competitive pricing and steadily eroding profit margins. Meanwhile, high‑strength Grade 12.9 bolts, specialty alloy nuts, and miniature precision screws required for aerospace, semiconductor equipment, offshore wind power, and advanced medical devices are produced domestically at a rate of less than 30%, with many critical components still reliant on overseas imports.
The causes of supply-demand imbalances are multifaceted. On the one hand, technological barriers persist in foundational material smelting, precision heat treatment, and advanced surface‑treatment processes. High‑end fasteners demand exceptionally high steel purity, stable heat‑treatment temperatures, and uniform plating—any minor process variation can lead to critical defects such as hydrogen embrittlement and fatigue failure. On the other hand, certification cycles for premium customers are lengthy; in some equipment sectors, supplier approval can take three to five years, leaving domestic manufacturers with limited opportunities for sustained, long‑term testing and validation. Moreover, average R&D investment across the industry remains low, with many small and medium‑sized firms prioritizing production over research and development, making it difficult to support continuous product innovation and iteration.
In recent years, policy initiatives have steadily driven the upgrading of the basic components industry, encouraging research and development in high‑strength, corrosion‑resistant, and non‑standard precision fasteners. Coupled with the growing demand for supply‑chain self‑reliance and controllability, the pace of domestic substitution has accelerated markedly. Many manufacturers have established laboratories, acquired equipment such as spectrometers, carbon–sulfur analyzers, hardness testers, and salt‑spray chambers, and built comprehensive physicochemical testing capabilities to align their production processes with international standards. Meanwhile, downstream equipment manufacturers have proactively opened up testing opportunities, helping local fastener suppliers obtain necessary certifications.
Industry analysts point out that the ongoing industry reshuffle will continue to accelerate, with low‑end production capacity—relying solely on low prices to drive volume—facing ever‑shrinking margins. Companies’ path to differentiation is clear: steer clear of the cutthroat competition in standardized, commoditized components; deepen expertise in niche segments; focus on non‑standard, custom‑made and high‑performance specialty fasteners; establish a comprehensive end-to-end quality‑traceability system; leverage consistent quality to penetrate high‑end supply chains; and gradually close the technology gap with international brands.

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