Seven (7) units of melting furnaces, each of 25 metric tonnes capacity, all linked to heat regenerating burner systems that can both enhance energy conservation and increase productivity and one (1) unit of 30 metric tonnes hydraulically tilting holding furnace for better control of melt temperature, hence improving product quality and productivity.
One (1) unit of 30 metric tonnes hydraulically tilting furnace for better control of melt temperature, hence increasing product quality and productivity.
Four (4) units of 35 metric tonnes homogenising furnaces with two (2) units of air cooling booths.
Three (3) units of fully automated vertical direct chilled hydraulic controlled casting system.
Wagstaff AirSlip Air Casting Process Mold
Aluminium billets cast with Wagstaff “Airslip” billet casting mould system have a shallow molten metal sump and a thin-shield, uniform-grained composition that is beneficial to the extrusion process.
Hot Top Mold
Hot Top Molds forms the support system.
In-line degasser to remove dissolved hydrogen in molten aluminium hence improving the aluminium billets quality.
Billet Sawing Machines
Seven (7) units of billet cutting saws to shorten the cutting process and thus ensure speedier delivery of products.
“An eye for Quality Control”
Through close interaction with our customers, we deliver Quality Products that not only meet but exceed their expectations
Light Emission Spectrometer
Two (2) units of Light Emission Spectrometer to verify the alloy composition of the molten metal during the entire casting process.
Alscan Hydrogen Analyser
One (1) unit of Alscan Hydrogen Analyser. AISCANis a reliable quantitative technique to directly monitor the dissolved hydrogen content in molten aluminum. This technique is fast, accurate over a broad measurement range and offers outstanding reproducibility. The AISCANis recognized by the industry worldwide.
Ultrasound Fault Detector to check all billets for internal cracks and faults
Optical Microscope to determine the quality achieved in the casting and homogenizing process from aluminium samples taken for metallurgical studies.