LYXQL Bearing Standout Performance: Pitch & Yaw Bearings Surge from 1.5MW to a Remarkable 26MW in Capacity

As wind power equipment accelerates its evolution toward massive scale, the load-bearing capacity of core components has emerged as the focal point of industry competition. On April 9, 2026, during an investor relations event, LYXQL unveiled its latest technological breakthroughs and strategic roadmap, demonstrating its deep-rooted expertise in the field of large-scale slewing bearings.

In response to the industry-wide trend of wind turbine upscaling, LYXQL has delivered an impressive performance: the capacity of its pitch and yaw bearings has surged from an early-stage 1.5MW to a staggering 26MW. This monumental leap signifies not merely a physical increase in product dimensions, but—more importantly—a comprehensive upgrade across core technologies, including materials science, heat treatment processes, and precision assembly. To address the heavy-load challenges posed by multi-megawatt turbine units, the company is strategically prioritizing the R&D and industrialization of large-megawatt main shaft bearings, striving to engineer heavy-duty products with extended lifespans and enhanced reliability through continuous process optimization.

Beyond bolstering its technical "soft power," LYXQL is also accelerating the "hard construction" of its production capacity expansion. The company has explicitly stated its intention to simultaneously expand its manufacturing capabilities for high-power main shaft bearings, thereby seizing the historic opportunity for the domestic substitution of imported main shaft bearings in the offshore wind sector. By enhancing the independent and controllable capabilities of its local supply chain, LYXQL is gradually breaking down foreign monopolies; the company aims to further consolidate and expand its market share in the wind power bearing sector, driven by the dual engines of technological superiority and production capacity advantages.