Turbine blades and gas turbine segments are two of the main components that PBS's foundry produces for our international clients around the world. Our process, which takes anywhere from 10 weeks to months or years, involves five steps
strictly adhered to in order to produce the highest quality products for our customers. Once we have the drawings and 3D modeling, complete we can begin the actual process of creating a wax model, followed by a ceramic shell, then the melting and casting of superalloys. Once removed from the mould, all turbine blades and gas turbine segments much pass intense quality inspection, visually and with several instruments such as a FPI and X-ray.
The PBS foundry uses state-of-the-art equipment and adheres to strict production conditions, which give customers a guarantee of high-quality castings for any use. In PBS, we use Rapid Prototyping methods, we design and manufacture molds for wax casting, design optimal casting technology, and provide heat treatment, subsequent precision machining, and coating. We have our own leaching line
for removing ceramic cores in blades with a cavity. We provide castings of gas turbine blades as well as complete gas turbine sets.
We cast rotor and stator blades for industrial gas turbines. The gas turbine blades are made of EEQ 111, IN 738LC, MAR M247 and IN 713LC.