High-End Fastener Market Set to Pass RMB 89 Billion in 2026
Executive Summary
China's high-end fastener market is expected to pass RMB 89 billion in 2026. Rapid growth in new energy, faster localisation of high-end equipment and released overseas demand form the three growth engines, while technical barriers, supply-chain volatility and standard differences remain challenges.
Table of Contents
An RMB 89 Billion Market and Three Growth Drivers
Entering 2026, China's high-end fastener market has reached a window of rapid growth, with market size expected to pass RMB 89 billion. The rise is no accident but the combined result of policy support, industrial upgrading and technical breakthroughs. New energy, faster localisation of high-end equipment and released overseas demand are the three core engines, bringing both opportunity and challenge to fastener companies.
Surging Demand from New Energy
Surging new energy demand is the core driver of the high-end fastener market. Rapid expansion of new energy vehicles, wind power and PV keeps raising performance requirements and drives demand in each segment. In new energy vehicles, fastener content per vehicle is more than 30% higher than in conventional combustion cars, and integrated bodies and battery packs keep pushing demand for high-strength bolts and locking fasteners; in 2025 alone, high-end fastener demand from domestic new energy vehicles exceeded 1.2 million tonnes, growing 18% a year. In wind power, an onshore turbine uses more than 20000 fasteners, while offshore units face harsher conditions and need more corrosion-resistant, fatigue-resistant parts; the wind segment's high-end fastener market passed RMB 4.5 billion in 2025 and is expected to keep growing above 20% in 2026. PV plants that must run steadily across extreme temperature swings are driving purchases of temperature- and UV-resistant fasteners up 25% a year.
Accelerating Localisation of High-End Equipment
Faster localisation of high-end equipment is opening substantial market space. For years the market has suffered a structural mismatch of surplus at the low end and shortage at the high end: localisation in key fields such as aerospace, nuclear power and semiconductors is only 38.2%, and imports of high-performance fasteners reached USD 2.87 billion in 2025, exposing supply-chain risk. In recent years the state has pushed hard on bottleneck technologies, and policies such as the plan for a high-quality standards system for industrial machine tools explicitly support localisation of high-end basic components, giving domestic companies policy support and market room. As domestic technology improves, more OEMs are choosing local fasteners first, and substitution is becoming an important growth driver; the localisation rate of high-end fasteners is expected to exceed 45% in 2026.
Overseas Demand Opens Up
Released overseas demand is widening the industry's growth boundary. The global fastener market reached USD 105 billion in 2024 and is expected to grow at a compound rate of 5.8%-6.3% from 2025 to 2030, passing USD 145 billion by 2030. Regional patterns diverge: Asia-Pacific leads with annual growth of 7.1%, and rising auto-parts exports from India and Vietnam are lifting fastener purchases there by 12% a year; North America benefits from reshoring, with aerospace and EV high-end fastener demand growing at a compound 6.5%; Europe, driven by green transition policy, sees wind fastener demand grow 8.2% a year. With cost advantages and better technology, Chinese companies are increasingly competitive abroad: high-end fastener exports grew 17% in 2025, and markets are extending from Southeast Asia towards high-end buyers in Europe and North America.
Challenges behind the RMB 89 Billion Opportunity
Alongside the opportunity come multiple challenges. Technically, high-end fastener production involves material composition control, precision cold heading and vacuum heat treatment, and the core process barriers are high. In supply chains, raw material volatility and overseas trade friction raise operating risk. On standards, differences between domestic and international systems mean high certification costs to enter high-end overseas markets. Companies with core technology, a complete supply chain and a global footprint will hold the advantage in the next round of industrial upgrading and will drive the industry towards high-quality development.
