Showing 1–12 of 25 results
Half Shell Zinc Bracelet Anode (Tapered End, Bolted)
YUXI's zinc bracelet anode is cast in low-iron, high-purity zinc alloys which is effective in seawater and saline mud where temperatures are limited to 120 degrees F. Our bracelet
Half Shell Zinc Bracelet Anode (Tapered End, Welded)
YUXI's zinc bracelet anode is cast in low-iron, high-purity zinc alloys which is effective in seawater and saline mud where temperatures are limited to 120 degrees F. Our bracelet
Half Shell Zinc Bracelet Anode (Square End, Bolted)
YUXI's zinc bracelet anode is cast in low-iron, high-purity zinc alloys which is effective in seawater and saline mud where temperatures are limited to 120 degrees F. Our bracelet
Half Shell Zinc Bracelet Anode (Square End, Welded)
YUXI's zinc bracelet anode is cast in low-iron, high-purity zinc alloys which is effective in seawater and saline mud where temperatures are limited to 120 degrees F. Our bracelet
Zinc Ribbon Anode
Extruded around a centralised galvanized steel wire core, our zinc ribbon anode is ideal for unattended applications, where impressed current cathodic protection systems or
Zinc Earthing Cell (Single Unit)
YUXI's zinc earthing cell is mainly composed of a cast zinc stick with steel rod insert. It is widely used for mitigating corrosion on well coated metallic structures requiring
Zinc Earthing Cell (Dual Unit)
YUXI's zinc earthing cell is mainly composed of a cast zinc stick with steel rod insert. It is widely used for mitigating corrosion on well coated metallic structures requiring
Prepackaged Zinc Anode
YUXI's packaged zinc anode is mainly composed of a cast zinc anode centrally packed in a permeable cotton bag or cardboard tube with highly hygroscopic backfill mixture. This type
High Temperature Zinc Anode (Round Type)
It is known that common zinc alloys have a tendency to fail at temperatures above 60°C. Above this temperature, zinc alloys can suffer from intergranular corrosion, especially
High Temperature Zinc Anode (Square Type)
It is known that common zinc alloys have a tendency to fail at temperatures above 60°C. Above this temperature, zinc alloys can suffer from intergranular corrosion, especially
High Temperature Zinc Anode (Rectangular Type)
It is known that common zinc alloys have a tendency to fail at temperatures above 60°C. Above this temperature, zinc alloys can suffer from intergranular corrosion, especially
