Electrolytic Galvanizing Lines (EGL) for Carbon Steel Strip
Tenova EGL technology stands out due to the following distinctive features:
• Plating cells
• Improved plating process control
• Insoluble anodes
• Zinc dissolving plants
Tenova design for the circumferential plating cell allows:
- One side coating only / differential coating
- Narrow gap anode - strip (negligible zinc build up on edges, low voltage applied)
- Good control on fluid dynamics inside cell.
Anodes design (lead alloy) has been improved to achieve:
- Higher lifetime
- Complete insolubility (no lead pollution).
Anodes are made of titanium covered with noble metals (iridium, tantalum, ruthenium) and their oxides. Zinc coating thickness is controlled by Level 1 automation system through a precise relationship.
The automation system constituted of Level 1 & 2, HMI and fully integrated with measuring instruments and sensors allows the automatic set and control of:
- Strip coating thickness
- Strip speed
- Plating current
- Electrolyte chemical and physical characteristics
- Plating parameters
- Technological know-how transfer and operational training
Tenova at METEC 2019
Tenova technology insights will be at METEC 2019, with a special focus on Sustainability and Industry 4.0
Tenova technology insights at METEC 2019: a special focus on Sustainability and Industry 4.0
Castellanza, May 22, 2019 - Fossil-free steel production through hydrogen, large-scale metal powder production for Additive Manufacturing,...
Nachfolgeauftrag für LOI Thermprocess in Russland
OJSC MMK-METIZ, Magnitogorsk, Russland vergibt Nachfolgeauftrag über eine HPH® Haubenofenanlage für Drahtbunde an Tenova LOI Thermprocess
Processing Lines for Carbon Steels
Hot Dip Galvanizing/Galvalume Lines (HDG) for Carbon Steel StripCost-effective and high-performance Galvanizing Lines for architectural and structural applications.
Tinning Lines for Carbon Steel StripTenova proposes an innovative technology for the new generation of tin plating lines. Tenova state-of-the-art technology features the following: • Lowest tin consumption • More uniform coverage, better edges • Advanced Edge Masks design and control • Lowest coating thickness • Less drainage of electrolyte • Electrolyte always available • More flexible production campaigns • No anodes casting plant - No anodes handling • Much higher safety levelthe