PBS - Ceramic Core Leaching
From Casting Technologies
We offer technology for removing ceramic cores in a leaching autoclave that removes the ceramic cores in castings for demanding applications in the aviation and power engineering industries.
- Quicklock® Door - patented design, quick and safe operation
- Electric heating - cost-effective, efficient, clean and low-maintenance solution
- Programmable control system
- Integrated wash cycle
amount of 80% for the leaching, due to the aggressive potassium hydroxide lye (KOH) with a concentration of 38–42 %.We can leach parts up to a maximum diameter of 500 mm and a maximum height of 460 mm, with a maximum running time of 3 days for one process. For standard and verified parts, the time requirements can be reduced by up to several hours.
The use of this device will provide greater efficiency, better thrust and economic efficiency of turbine operation, especially for those using complex parts with complex cavities that make cleaning very problematic, where the leaching technology is often the only option for meeting these demanding customer requirements.
This technology was developed as part of the project 'Innovation of the production process of precision castings of hot parts of aircraft engines, stationary gas turbines and radial turbocharger wheels'.
- Technical Parameters: Values
- Operating pressure: 900 – 100 psi
- Operating temperature: 140 – 160 °C
- Operating cycle: 6 h
- Chamber diameter: 600 mm
- Chamber height: 1 200 mm
- Maximum casting dimensions: diameter: 500 mm
- Maximum casting dimensions: height: 380 mm
- Maximum load: 180 kg
- Lye: 40 % KOH
Effective removal of ceramic cores
We offer a quick ceramic core removal system using potassium hydroxide in a Quicklock leaching autoclave equipped with several safety mechanisms to ensure safe operation.
Reduced length of leaching cycles from days to hours
In comparison with leaching in classic tubs, the process is considerably accelerated, because the entire cycle using the autoclave only takes 6 hours.