China Dust Explosion-Proof Asynchronous Motor Manufacturer, Supplier, Factory

Yinchi's High Pressure Three Lobes Diesel Roots Blower are a type of positive displacement blower that utilize a diesel engine or a diesel-electric generator to power the blower. The diesel engine provides a constant and reliable source of power, making it an ideal choice for high-pressure applications where reliability is crucial.

Pneumatic Material Handling System for Bulk Material Handling are vital in industries like food processing, chemicals, and construction. Yinchi's systems, developed with cutting-edge technology, ensure seamless and dust-free material transfer.

Yinchi is China's High Pressure Dense Type Roots Blower manufacturer and supplier. With an experienced R&D team in this field, we can provide domestic and foreign customers with the most cost-effective products. As a factory in China, Yinchi has flexible capacity to customize the Roots Blower to customer requirements.

The double Row Tapered Roller Bearing from Yinchi factory is a common type of bearing, which works by allowing two tapered rollers to rotate between the inner and outer rings of the bearing, providing axial and radial support. This type of bearing has high bearing capacity and small volume, and is suitable for harsh working conditions such as high speed, heavy load and high temperature. Its working principle mainly relies on the geometric shape and motion characteristics of the tapered rollers. Through precise geometric design, it can achieve high precision and long service life of the bearing.

Our yinchi's Long-Lasting Direct Coupling Roots Blowers is an efficient equipment specially designed for high pressure conveying industry. It uses advanced roots blower technology to provide high pressure and high flow rate gas output, conveying materials from one place to another, improving production efficiency and quality.

Yinchi's dust Explosion-Proof Asynchronous Motor with competitive price is an AC motor that generates electromagnetic torque through the interaction between the rotating magnetic field in the air gap and the induced current in the rotor winding, thereby achieving the conversion of electromechanical energy into mechanical energy.