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News & Events

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All the most important and interesting things about the Huaci company. Learn about the company's new products, developments and major achievements.

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26 2026-02
Silicon Nitride Bearing Balls for Wind Turbine Systems: Managing Electrical and Mechanical Stress
Wind turbines operate continuously under fluctuating loads, varying speeds, and challenging environmental conditions. Bearings within generators and pitch control systems must endure both mechanical stress and electrical exposure. Silicon Nitride Bearing Balls are increasingly used in hybrid configurations to enhance operational durability.
26 2026-02
Silicon Nitride Bearing Balls in Aerospace Systems: Weight Reduction and Reliability Under Extreme Conditions
Aerospace mechanical systems operate under conditions that demand high reliability, low weight, and resistance to temperature extremes. Bearings used in aircraft engines, auxiliary power units, and flight control actuators must maintain dimensional stability while subjected to variable loads and harsh environments. Silicon Nitride Bearing Balls are increasingly specified in hybrid aerospace bearings to meet these requirements.
26 2026-02
Silicon Nitride Bearing Balls for CNC Spindles: Precision and Speed Optimization
CNC machining centers depend on high-speed spindle performance for dimensional accuracy and surface finish quality. As spindle speeds increase beyond 18,000 rpm, bearing stability becomes a limiting factor. Silicon Nitride Bearing Balls are commonly used in hybrid spindle bearings to improve precision at elevated speeds.
26 2026-02
Silicon Nitride Bearing Balls in EV Drive Systems: Improving Efficiency and Electrical Protection
Electric vehicle drive systems operate under combined mechanical, thermal, and electrical stresses. Bearings in EV motors must withstand rapid acceleration cycles, inverter-induced voltages, and continuous high-speed rotation. Silicon Nitride Bearing Balls provide targeted solutions for these challenges.
26 2026-02
Silicon Nitride Bearing Balls for High-Speed Electric Motors: Reducing Centrifugal Load and Heat
High-speed electric motors require bearing components capable of operating under elevated rotational stress and thermal gradients. When speeds exceed 20,000 rpm, rolling element mass becomes a critical factor. Silicon nitride bearing balls are widely used in hybrid bearings to address these mechanical constraints.
26 2026-02
Optimizing CNC Grinding Spindles with Silicon Nitride Ceramic Bearing Rollers
High-speed CNC grinding spindles require precise, durable bearings to maintain dimensional accuracy and surface finish quality. Silicon nitride ceramic bearing rollers offer superior performance for these demanding applications.
26 2026-02
Why Silicon Nitride Ceramic Bearing Rollers Are Essential for High-Efficiency EV Traction Motors
Electric vehicle (EV) traction motors operate under extreme rotational speeds, fluctuating torque, and inverter-induced electrical stress. Silicon nitride ceramic bearing rollers have become critical for optimizing performance, efficiency, and durability.
26 2026-02
Silicon Nitride Ceramic Bearing Roller for Aerospace Auxiliary Power Units
Auxiliary power units (APUs) in aircraft provide electricity, hydraulic pressure, and environmental control during ground operations. Bearings in APUs must withstand high rotational speeds, thermal fluctuations, and mechanical stress.
26 2026-02
Silicon Nitride Ceramic Bearing Roller for Industrial Robotics Automation
Industrial robots in assembly lines, packaging, and material handling require precise, durable bearings to maintain productivity. Silicon nitride ceramic bearing rollers meet these demands with advanced material properties.
26 2026-02
Silicon Nitride Ceramic Bearing Roller for Aerospace Actuation Systems
Aerospace actuation systems, including flight control surfaces and auxiliary mechanisms, demand lightweight, high-strength, and durable bearings. Silicon nitride ceramic bearing rollers provide exceptional performance in these critical applications.
Dedicated to the research and development and manufacturing of new silicon nitride ceramic materials

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