Vesconite Bearings, an innovator in bearing technology, is thrilled to announce a significant achievement – the creation of its thinnest-walled product to date.
This groundbreaking accomplishment is attributed to Vesconite Bearings’ unparalleled technical ingenuity and advanced CNC programming capabilities.
The focal point of this achievement was the production of close-to-paper-thin
The leading global copper producer has achieved exceptional results through the implementation of Vesconite Hilube wear-resistant bushings on load haul dump machines (LHDs).
Departing from traditional bronze bushings, the mining company’s adoption of Vesconite Hilube on Sandvik and Caterpillar LHD booms has led to an unprecedented increase in bushing lifespan, exceeding their initial expectations.
Previously, the company relied on bronze bushings
Vesconite’s ability to withstand various chemicals has been proven in an ultrasonic cleaning application, where bushings made from the chemically-resistant material were fitted to an ultrasonic cleaning machine designed to handle 170,000 parts per day.
The bushings were fitted to the transport cages on the conveyor.
When engineers at Hoover Dam determined that the original cast iron lantern rings built into some of its turbines needed to be replaced, they were looking for a solution to help them overcome the corrosion issues they experienced with the cast iron.
The maintenance team also faced another challenge. The Colorado River serves as a water source for the Hoover Dam hydropower station, and the
Concrete vibrators are used to remove the air bubbles from concrete mixes to reduce the number of voids, making stronger concrete that is less prone to cracking.
Various vibrator designs are used, including vibrators attached to the outside of steel moulds into which concrete is poured to obtain concrete pre-cast elements.
The concrete vibrator manufacturer that eventually tested Vesconite Superlube had a pneumatic vibrator design that was attached to moulds. The proprietary design used
Vesconite wear rings should be considered for many of the horizontal split-case pumps operating in the harsh ining and metallurgical environment.
The company’s wear rings are chemically inert in many cases.
A hydro turbine company based in Portland, Maine, USA, has chosen Vesconite Bearings’ lowest-friction material for the thrust bearings on its free-stream turbines.
The material, Vesconite Superlube, has one of the lowest coefficients of friction of any plain bearing material available, with a coefficient of friction lower than virgin PTFE (polytetrafluoroethylene).
“Thrust bearings made from this material were first
Hydro turbine bearing components machined from Vesconite Hilube have been installed at Water Turbine and Sawmill Projects in Europe.
The consultant on hydro-electric turbine design and maintenance on the project had first heard about Vesconite bearing materials in 2021, when the restoration projects were still in the conception stage.
The company sent an inquiry for wicket gate bushings and wear rings for
Labyrinth seals are now available from Vesconite as a sealing device.
This follows the supply and successful use of Vesconite labyrinth seals by several large pump original equipment manufacturers in multiple labyrinth seal designs over the past 10 years.
Labyrinth seals are provide a long path for water to flow through to prevent leakage. As the name suggests, these seals may be composed of a large number of grooves acting as
