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Glossary
Cu Mg Trolley Wire for High-Speed Trains
Minimising reaction
Controlling solidification
Naturally “Oxygen-Free” environment
Resistance heated stand-alone graphite furnaces
Simple, safe and forgiving
Low voltage graphite resistance heating
Rautomead Quick Die Change (QDC) technology
Horizontal Casting Machines
Graphite crucible
Current Range of Horizontal Machines
Long production run capability
Rautomead Upwards Vertical Casting Machines
Common attributes
RDG machines up to 30,000 tonnes per year
Complete continuous casting flexibility
Reliable production
The production of oxygen-free copper rod and some recent Rautomead developments
Graphite Furnace Technology
High Speed Casting
Optimising of Thermal Balance
Withdrawal Design
Remote Plant Monitoring
Failsafe Procedures
Electrical Power
Cooling Water
Oxygen-free Nitrogen Inert Gas
Compressed Air
Production of Copper Alloys
Cathode Feedstock
Electro-refining (ER) vs Electro-winning (SXEW)
Electro-refined Cathode (ER)
The economical manufacture of semi-finished brass rod for forging & machining applications
Feedstock Preparation, Storage and Feeding to Melting Furnace
Induction Melting
Metal Transfer
Continuous Casting
Hydraulic Shaving
Bar Straightening, Storage and Racking
Quality Control and Testing
Fume Extraction
Water System
Rod from Scrap (RFS) Continuous Casting Machine
Electrical Resistance Heating
In-built efficiencies
Minimised Operating Costs
Space Requirements
High Quality Copper Redraw Rod
Electrolytic Tough Pitch - CU-ETP
Versatile Production - Oxygen-Free High Conductivity - CU-OF
Greater Versatility