Products

Hengfu's XAH95 Brushed vacuum cleaner motor is a core power solution specifically designed for demanding cleaning equipment. This motor utilizes classic series-wound motor technology, boasting extremely high speed and starting torque, capable of instantly generating powerful negative pressure suction.

The XA95 Brushed vacuum cleaner motor, launched by Hengfu, is a core power component designed specifically for modern, high-efficiency cleaning equipment. As the "heart" of the vacuum cleaner, this motor utilizes industry-leading series-wound motor (general-purpose motor) technology, boasting extremely high speed and starting torque.

Brushless DC motors are a core component of modern industrial power systems. Unlike traditional motors, they do away with physical brushes and utilise electronic commutation technology to achieve highly efficient conversion of electrical energy into mechanical energy. This design not only eliminates the maintenance issues associated with brush wear but also endows the equipment with an exceptionally long service life, low noise levels and high torque density.

Heshan Hengfu, a leading motor manufacturer with 30+ years of expertise, introduces the Orthogonal Brushless DC Motor. This high-efficiency BLDC motor utilizes high-performance permanent magnets to deliver a compact, energy-saving solution for precise speed control. Designed without carbon brushes for low noise and maintenance-free longevity.

Hengfu is a reliable manufacturer and supplier in China; this High-Speed Brushless DC Motor ships directly from our factory, eliminating intermediaries and offering reasonable pricing. If you'd like a custom solution, please feel free to contact us.

As a professional China manufacturer and supplier, Hengfu specializes in producing high-quality Parallel Shaft Brushless DC Motor with stable performance and strict quality control. Our factory is equipped with advanced production lines and an experienced technical team, ensuring every product meets international standards and buyer requirements.