As intelligent manufacturing and green mobility accelerate globally, efficient, reliable, and compact drive systems have become critical enablers.

In today’s households, robotic vacuum cleaners silently glide across living room floors, air purifiers continuously deliver clean airflow, and smart fans automatically adjust speed based on ambient conditions.

In today’s wave of industrial transformation—toward intelligence, sustainability, and higher performance—high-performance magnetic materials serve as the “heart” of motors, sensors, and new-energy equipment.

In modern households, small appliances like robotic vacuum cleaners, air purifiers, and smart fans have become everyday essentials.

In modern industrial automation, automotive electronics, and intelligent equipment fields, dual-channel sensors are highly favored for their ability to provide redundant, reliable, and high-precision position feedback.

As a key component controlling vehicle power output, the precision and reliability of a motorcycle's throttle sensing system directly impact riding safety and user experience. Traditional throttle sensing systems often use mechanical or conventional magnetic components, which suffer from issues such as rapid wear, insufficient signal stability, and weak environmental adaptability.

In the realm of modern home lighting, continuous technological advancements are constantly driving innovations in the performance, design, and functionality of lighting products.

In the era of rapid industrial automation development, ultra-short-distance high-precision sensors are becoming a key element driving technological progress. Innovative breakthroughs in this technology are bringing new solutions and development opportunities to multiple industries.

Against the backdrop of the rapid development of the modern food industry, technological innovation is bringing about transformative changes. Injection-molded magnets, as materials with unique properties, are demonstrating their distinct value in areas such as food packaging, processing, and safety detection.

With the widespread application of electronic devices, Electromagnetic Interference (EMI) has become an increasingly prominent issue, severely affecting equipment performance and reliability.

Plastic magnets Plastic magnets, fully known as plastic-bonded magnets or bonded magnets, are functional composite materials formed by blending magnetic powder (such as ferrite, neodymium iron boron, etc.)

Injection molded magnets are magnetic components produced by combining ferrite or neodymium iron boron magnetic powder with engineering plastics using injection molding technology.

Injection molded ferrite magnets are magnetic composite materials produced by blending ferrite magnetic powder with polymer resins (e.g., PA6, PA12, PA66, PPS) and forming them via injection molding.