Zinc Hull Anodes
Available to the specified alloy, dimensions, net mass, attachment details, inspection scope and approved project drawing.
SHIP HULL CATHODIC PROTECTION
Hull Anodes for Commercial Vessels and Marine Structures
Aluminum and zinc hull anodes manufactured in weld-on, bolt-on and drawing-based configurations for commercial vessels, workboats and marine structures.
Hull-anode replacement should be based on vessel area, coating condition, current demand, alloy, net mass, mounting centers, drydock plan and class or owner requirements.
Drawing-based manufacture
Alloy and mass control
Mounting interface review
Project documents by scope
PRODUCT DEFINITION
Hull Anodes Matched to Vessel Zone and Mounting
Hull anodes are selected and positioned to supply galvanic current to immersed steel areas. Bow, stern, rudder, propeller, sea chest and general hull zones can have different current demand and installation constraints. Alloy, anode mass, profile, insert, centers and weld or bolt details must match the approved vessel plan.
Engineering Review Starts With Inputs
- ✓ Protected asset and environment
- ✓ Coating condition and exposed area
- ✓ Current demand and design life
- ✓ Alloy and electrochemical criteria
- ✓ Geometry and mounting interface
- ✓ Drawings, ITP and documentation
PRODUCT RANGE
Available Configurations
Final construction follows the approved drawing, alloy specification, mass, attachment and quality plan.
Aluminum Hull Anodes
Available to the specified alloy, dimensions, net mass, attachment details, inspection scope and approved project drawing.
Weld-On Hull Anodes
Available to the specified alloy, dimensions, net mass, attachment details, inspection scope and approved project drawing.
Bolt-On Hull Anodes
Available to the specified alloy, dimensions, net mass, attachment details, inspection scope and approved project drawing.
TECHNICAL SPECIFICATION
Parameters to Confirm Before Purchase
Use project-specific values. A generic catalogue value is not a substitute for the approved cathodic-protection calculation or purchase specification.
| Vessel zone | Hull, stern, rudder, propeller area, sea chest or defined marine-structure location. |
|---|---|
| Alloy | Specified aluminum or zinc alloy with agreed chemistry and electrochemical acceptance. |
| Model and mass | Anode profile, net sacrificial-alloy weight, gross assembly weight and tolerance. |
| Mounting | Weld-on or bolt-on configuration, insert, stud centers, hole pattern and access. |
| Design basis | Coated area, coating breakdown, current demand, seawater conditions and target life. |
| Documents | Drawing approval, alloy record, weight and dimensional inspection, marking and class documents by scope. |
APPLICATIONS
Typical Protected Assets
Application labels help route the inquiry; the final anode selection still requires engineering inputs.
1
Commercial vessel hulls
2
Rudders and stern areas
3
Propeller-adjacent zones
4
Sea chests
5
Workboats and fishing vessels
6
Marine steel structures
MANUFACTURING AND QA
Control the Drawing, Alloy, Mass and Interface
Manufacturing review should confirm alloy charge control, mould and core arrangement, insert preparation, casting condition, dimensions, net mass, electrical continuity, marking and packing.
Inspection and document scope must be agreed in the purchase order. Any potential, capacity, efficiency or service-life statement should identify the governing test or calculation conditions.
Available Documentation by Order Scope
• Approved production drawing
• Alloy or chemistry record
• Net-weight inspection
• Dimensional inspection
• Insert or cable continuity
• Marking and packing record
• ITP and witness records
• Project-specific certificates
RELATED PRODUCTS
Continue to the Correct Product Family
FAQ
Technical and Procurement Questions
How is the correct anode type selected?+
Selection must start from the protected asset, electrolyte or soil, resistivity, temperature, coating condition, approved current demand, target life, governing specification and installation constraints.
Can HELE manufacture to a customer drawing?+
Yes. Manufacturability can be reviewed against the approved alloy, net mass, dimensions, insert or core, cable, mounting, tolerances, marking and inspection scope.
What performance values should be specified?+
State the required potential, capacity or efficiency together with the alloy standard, test method, electrolyte, temperature, duration and reference-electrode scale. Unqualified values are not directly comparable.
What determines service life?+
Service life depends on actual current demand, coating condition, environment, alloy capacity, utilization factor, net anode mass, anode resistance, placement and electrical continuity.
What quality documents are available?+
Depending on the purchase order, the document package can include approved drawings, alloy or chemistry records, weight and dimensional inspection, continuity checks, marking, packing and agreed ITP records.
What should I include in an RFQ?+
Provide vessel type, protected area and coating condition, approved current demand or anode schedule, preferred alloy, model and net weight, mounting centers or drawing, class requirements, drydock date, quantity and destination.
TECHNICAL RFQ
Send the Inputs Needed for a Useful Quote
Provide vessel type, protected area and coating condition, approved current demand or anode schedule, preferred alloy, model and net weight, mounting centers or drawing, class requirements, drydock date, quantity and destination.
HELE reviews manufacturability and supply scope. Final cathodic-protection design responsibility must be defined by the project parties.
Direct Contact
- sales@heletitanium.com
- 86-13857402537
- Titanium Valley, Baoji City, Shaanxi Province, China