ZHEJIANG BHS JOURNAL BEARING CO.,LTD. located in FengXian District of ZheJiang, the company's brand "BHS", is a professional tilting pad thrust bearings manufacturers and Tilting pad bearings factory...
Introduction to Thrust Pad Bearing Functions Thrust pad bearings are essential components in turbines, marine propulsion systems, and industrial machinery. Their primary function is to support axial loads while ensuring smooth rotational movement, minimizing friction, and reducing wear. Modern indus... read more
Pad Composition: The Core Element of Flexible SupportThe ingenuity of tilt pad bearings lies in their unique pad structure. They typically consist of three to five, or even more, curved pads that can freely tilt on pivot points. These pads are not fixed, but rather, like agile dancers, constantly ad... read more
The Critical Role of Turbine Bearings in Modern Power Generation In the evolving landscape of energy production, turbine bearings have emerged as pivotal components that directly influence the operational efficiency, reliability, and lifespan of turbines across steam, gas, and hydroelectric power pl... read more
Adaptive load bearing: How do pads perform mechanical ballet?At the core of high-speed rotating machinery, tilting pad thrust bearings are redefining the axial load limit with exquisite dynamic design. The 12 independently suspended pads are like tacit dancers, and can automatically adjust the incli... read more
Terminology trio: each word is a technical declaration"Bearing" declares its core mission - to build a low-friction load transfer channel in high-speed rotating machinery. "Radial" accurately defines the battlefield boundary: specializes in force flow perpendicular to the axis, and distinguishes the... read more
Deconstructing the name: a technical declaration constructed with three layers of terms"Bearings" lays its core mission - carrying the radial load of rotating machinery and forming the key interface for power transmission. "Journal Bearings" accurately define its working mode: relying on the fluid d... read more