Fixed Profile Thrust
Kingsbury now offers a standard line of plain thrust bearings, sometimes called land bearings, in addition to our proven tilting […]
Kingsbury
Kingsbury, Inc. is known for its firsts—the first fluid film bearing installed in a hydro turbine, the first horizontal tilting pad bearing, the first leading-edge groove directed lubrication tilt pad bearing (LEG), and many others. The company prides itself on providing tailored solutions for unique applications, backed by customer-focused service and a comprehensive toolkit of capabilities that begins with engineering and R&D, progresses into manufacturing, and continues through extensive aftermarket support. As machines become larger and faster, and as applications become more challenging, new designs are essential. The shifting demand for cleaner fuels and more energy-efficient processes necessitates innovative thinking. The Kingsbury team is diligently working on proposing solutions to meet the future’s needs. Their bearings can be found in power plants, refineries, and major industrial operations around the globe. With the growing demand for more environmentally responsible energy sources, such as cleaner-burning fuels, renewable technologies, and distributed energy plants, Kingsbury is well-positioned to offer expert bearing solutions, just as it has for over 100 years. Wherever superior performance is required, the Kingsbury name can be found.
Fixed Profile Journal Bearings
Kingsbury standard sizes and designs make the selection process easy and efficient. All standard parts are babbitt-lined, steel-backed and manufactured
Journal Bearing
Kingsbury designs and manufactures many sizes and styles of hydrodynamic journal bearings, all of them resulting from decades of laboratory
Directed Lubrication Journal
Rotating equipment is evolving and so are Kingsbury’s directed lubrication journal bearing products. These bearings direct oil from an opening
Journal Bearing, Model PJ, Flooded Lubrication Type
As rotating machinery has evolved, many types of bearings have come and gone. Today, rotational speeds and power density levels
