Forklift parts supply chain and domestic substitution

Introduction

The global forklift industry stands at a critical inflection point in 2026. As the world's largest forklift market and manufacturing base, China has undergone a profound transformation in its parts supply chain ecosystem. What began as an assembly-oriented industry heavily dependent on imported core components has evolved into an increasingly self-sufficient manufacturing powerhouse. This article examines the structural evolution of China's forklift parts supply chain, the progress and challenges of domestic substitution across critical component categories, and the strategic implications for global material handling equipment markets.

The Structural Foundation: From Assembly to Integration

China's forklift industry has historically operated within a tiered supply chain architecture. At the upstream level, core components—including hydraulic systems, drive motors, electronic controllers, precision sensors, and high-grade steel—were predominantly sourced from foreign suppliers or joint ventures. Midstream assembly was dominated by domestic players such as Anhui Heli and Hangcha Group, while downstream distribution and after-sales service remained fragmented.

This dependency structure created significant vulnerabilities. During supply chain disruptions—whether geopolitical tensions, pandemic-related logistics bottlenecks, or raw material price volatility—Chinese manufacturers faced production delays, cost inflation, and technological bottlenecks. The imperative for supply chain resilience has driven an accelerated domestic substitution strategy that is reshaping the industry in 2026.

Leading manufacturers have responded by pursuing deep vertical integration. Anhui Heli, often described as the foundational pillar of China's industrial vehicle sector, has extended its manufacturing footprint beyond complete vehicles into upstream core components including transmissions, drive motors, electronic controls, and even battery pack assemblies. This comprehensive vertical integration has proven invaluable during periods of chip and battery cell supply volatility, providing both cost control and supply security advantages.

Hydraulic Systems: The Heart of Lifting Operations

Hydraulic systems represent one of the most technically demanding and strategically important component categories in forklift manufacturing. These systems encompass hydraulic pumps, multi-way control valves, cylinders, and integrated power units that directly determine lifting capacity, operational precision, and energy efficiency.

Historically, high-performance hydraulic components for forklifts were dominated by European and Japanese suppliers. However, significant progress has been achieved in domestic substitution. Hefei Changyuan Hydraulic Co., Ltd. has emerged as a pivotal player, establishing itself as the only domestic enterprise capable of providing complete forklift hydraulic component配套. The company has built an integrated manufacturing system spanning casting, forging, electroplating, heat treatment, precision machining, and assembly testing—creating a fully autonomous supply chain from raw materials through finished hydraulic systems.

In 2026, Changyuan Hydraulic is strategically pivoting toward electro-hydraulic integration, transitioning hydraulic products from electronically-assisted to electronically-dominated architectures. The company is developing ultra-high-pressure hydraulic power elements for premium forklifts, addressing a historical gap in domestic high-end配套. Critical control components—including load-sensing valves, brake valves, speed-limiting valves, and electro-hydraulic proportional valve assemblies—are being upgraded to serve specialized applications in cold chain logistics, chemical handling, and high-density warehousing.

The technical trajectory is clear: hydraulic technology is rapidly evolving toward electro-hydraulic integration, extreme energy efficiency, and intelligent control. Core technology autonomy has become the central competitive proposition in this domain. For domestic manufacturers, the challenge lies not merely in replicating foreign specifications but in achieving the reliability and durability standards demanded by heavy-duty, continuous-operation environments.

The "Three Electrics" Revolution: Motors, Controllers, and Batteries

The electrification of forklifts has elevated the importance of the "three electrics" system—drive motors, electronic controllers, and power batteries—to paramount strategic significance. This transition has simultaneously created new substitution opportunities and exposed persistent technological gaps.

Drive Motors and Controllers

The electronic control system has long represented one of the most significant bottlenecks in China's forklift industry. For an extended period, AC drive controllers were monopolized by foreign brands such as Curtis and ZAPI, creating both cost premiums and supply vulnerabilities for domestic manufacturers.

Breakthrough progress has been achieved through sustained R&D investment. In 2019, Hangzhou Hangcha Axle and Gearbox Co., Ltd. received the CITIA (China Industrial Truck Innovation Award) Gold Prize for its high-performance compact electric drive axle—a fully integrated unit combining power transmission, braking, differential, and load-bearing functions with sensor interfaces for intelligent control. The wet brake application substantially improved drive axle reliability, while the compact design enabled 40% increases in battery capacity within unchanged vehicle dimensions.

Similarly, Fanji Technology (Suzhou) Co., Ltd. developed the FJ-D1 high-efficiency AC controller and M1 intelligent instrument components, while Zhengzhou Jiachen Electric Appliance Co., Ltd. advanced industrial vehicle intelligent terminals and fleet management systems. These developments collectively demonstrated that domestic enterprises could achieve competitive performance in electronic control systems.

In 2025, China's central government allocated RMB 12.8 billion for forklift intelligent technology research, with RMB 6.3 billion specifically directed toward domestic substitution projects for lithium forklift electronic control systems. This policy support has accelerated validation and commercialization timelines.

Battery Technology

China's dominance in lithium battery manufacturing has provided a natural advantage in forklift power systems. Contemporary Amperex Technology Co., Limited (CATL) has developed forklift-specific solid-state batteries with 30% higher energy density and charging times reduced to 30 minutes, pushing industry technology boundaries.

BYD's blade battery technology, adapted from its automotive applications, offers cycle lives exceeding 6,000 cycles under standard operating conditions, supporting five-year vehicle warranties and eight-year or 15,000-hour core component warranties. The technology demonstrates exceptional low-temperature performance, maintaining stable operation at -40°C in cold chain warehousing environments. In 2026, BYD further advanced the market by introducing the world's first mass-produced sodium-ion battery forklift, providing an alternative power solution addressing lithium resource supply volatility risks.

Transmission Systems: Mechanical to Electromechanical Evolution

Transmission systems represent another critical domain where domestic substitution has progressed significantly. Jindao Technology, a listed company specializing in gearboxes and mechanical transmission systems, has documented the industry's evolution from small-power general-purpose gearboxes toward medium-to-large power hydrostatic transmissions and electric transmissions for high-end applications.

Domestic manufacturers possess inherent advantages in proximity to assembly plants, rapid response capabilities, cost competitiveness, and flexible customization. These factors have enabled gradual penetration into core supply chains of leading domestic forklift OEMs. However, acknowledged gaps remain in product durability under heavy-load operating conditions and in integrated electronic-hydraulic matching capabilities compared with international leaders.

The company's strategic roadmap for 2026 includes substantial investment in research and production facilities for medium-to-large power forklift transmissions, with a total project investment of RMB 385 million. Additionally, a separate drive motor and hydraulic components construction project is being advanced through corporate funding, reflecting confidence in the domestic substitution trajectory.

Precision Components and Sensors

While significant progress has been achieved in major subsystem categories, certain precision components remain challenging. High-precision sensors for autonomous navigation, load weighing, and safety systems continue to exhibit import dependency. The autonomous forklift sector illustrates this divergence: obstacle-avoidance radar and drive wheels have achieved domestic dominance, controllers are experiencing rapid breakthroughs, while navigation radar systems remain substantially dependent on foreign suppliers.

For large-tonnage electric forklifts (above 10 tons), domestic substitution rates remain below 20%, with hydraulic systems showing import dependency rates of 65%. These statistics underscore that while small-to-medium tonnage segments have achieved substantial localization, heavy-duty and high-precision applications continue to present significant technological barriers.

The Aftermarket and Service Ecosystem

Domestic substitution extends beyond original equipment manufacturing into the aftermarket parts ecosystem. China's forklift connector industry has achieved comprehensive certification coverage, offering domestic alternatives that eliminate foreign brand premiums while providing shorter lead times and more responsive technical support.

The historical evolution of foreign brand forklift parts supply in China illustrates both the challenges and opportunities in this domain. Korean brands such as Daewoo, Doosan, Hyundai, and Clark established manufacturing in China but maintained dependence on imported performance components, creating aftermarket service difficulties when strategic adjustments led to production suspensions or supply chain disruptions. These experiences have reinforced the strategic imperative for domestic substitution—not merely for cost reduction but for supply chain resilience and service continuity.

Strategic Implications and Future Outlook

The domestic substitution trajectory in China's forklift parts supply chain carries profound implications for global markets. As localization rates for core components are projected to exceed 80% within the next one to three years, Chinese manufacturers are achieving both cost advantages and supply security that strengthen their competitive position in international markets.

The policy environment continues to reinforce this direction. National initiatives supporting equipment renewal, combined with environmental regulations accelerating the phase-out of older diesel forklifts, are creating substantial demand for domestically-produced electric and intelligent forklift systems. Regional programs, such as Zhejiang Lishui's initiative to replace old diesel forklifts with lithium battery and hydrogen fuel cell alternatives, provide financial subsidies that further incentivize adoption of domestically-developed technologies.

For international competitors, the evolving landscape presents both challenges and collaboration opportunities. While domestic substitution reduces market share for imported components in China, it also creates opportunities for technology partnerships, joint ventures, and participation in China's expanding export markets. The RCEP and Belt and Road initiatives are facilitating access to Southeast Asian markets where Chinese forklift manufacturers are achieving 25% annual growth rates in intelligent logistics equipment.

Conclusion

China's forklift parts supply chain has undergone a remarkable transformation from import dependency toward increasing self-sufficiency. Progress has been most pronounced in battery technology, electronic controllers, and basic hydraulic components, while gaps persist in heavy-duty hydraulic systems, high-precision sensors, and navigation systems for autonomous applications.

The trajectory is clear: domestic substitution is not merely a cost-reduction strategy but a fundamental restructuring of industrial competitiveness. As Chinese manufacturers achieve technological parity in an expanding range of component categories, the global forklift industry is experiencing a shift in competitive dynamics that will reshape supply chains, pricing structures, and innovation pathways for years to come.

The enterprises that thrive in this environment will be those that combine vertical integration depth with collaborative openness, leveraging domestic manufacturing strengths while maintaining global technological connectivity. For the forklift industry specifically, the transition from "made in China" to "created in China" is no longer aspirational—it is actively underway.