UPCAST®
UPCAST® is the leading supplier of upward continuous casting technology for a wide range of non-ferrous applications.
Our legacy –
Original UPCAST®
The upward continuous casting method, better known as the UPCAST® system, was originally developed by the Finnish Outokumpu Group in the late 1960s. This innovation emerged from a combination of forward-thinking engineering and extensive production expertise, establishing the standard in continuous casting technology.
Always green.
Now greener.
UPCAST® technology in itself, has always been an environmentally friendly process. Just electricity, compressed air and a cooling water circulation are needed to keep the process running
The latest
at UPCAST®
CFCM: Copper Fabricators Competitive Monitor
Shifting perspective: In an interview with Cu2 Consulting, Janne Hosio, Managing Director of UPCAST, defines its company’s role, positioning, and strengths and outlines his market view and outlook.
Electricity in motorsports levels the playing field
UPCAST® copper rod is well-suited for all electrical applications and has become the preferred feedstock especially for fine and multi-wire drawing.
UPCAST contributes to electric transportation deployment
A single fully electric car can contain up to 80 kilos of copper, in addition to which copper is used in the charging points. UPCAST OY has a solution for the global demand.
CFCM: Copper Fabricators Competitive Monitor
Shifting perspective: In an interview with Cu2 Consulting, Janne Hosio, Managing Director of UPCAST, defines its company’s role, positioning, and strengths and outlines his market view and outlook.
Electricity in motorsports levels the playing field
UPCAST® copper rod is well-suited for all electrical applications and has become the preferred feedstock especially for fine and multi-wire drawing.
UPCAST contributes to electric transportation deployment
A single fully electric car can contain up to 80 kilos of copper, in addition to which copper is used in the charging points. UPCAST OY has a solution for the global demand.
Events
