Precision Titanium Anode Baskets
Custom titanium mesh baskets, perforated anode baskets, hook-type baskets, frame-mounted baskets, and titanium basket assemblies for electroplating, metal finishing, PCB plating, electrowinning, and electrochemical production lines.
Titanium Anode Baskets Built Around Your Plating Process
More than just containers, titanium anode baskets feature precision-engineered geometry, mesh, and hooks that optimize current transfer, bath operation, and maintenance.
In electroplating and metal finishing, basket design must be carefully matched to your specific bath chemistry, current load, tank dimensions, and operating environment.
Hele Titanium delivers fully customized anode baskets manufactured to your exact drawings and specifications, ensuring seamless integration into your systems.
Basket Geometry Review
Review rectangular, cylindrical, frame-mounted, or custom basket geometry according to tank layout.
Mesh / Perforation Selection
Select mesh opening, perforated sheet, or expanded titanium structure according to solution flow and anode material size.
Hook & Busbar Contact
Customize hooks, hangers, contact areas, and connection structures for reliable installation.
Anode Bag Compatibility
Review basket shape, surface condition, and edge treatment for anode bag fitting when required.
Titanium Anode Basket Series for Plating & Electrochemical Processes
Choose from titanium mesh baskets, perforated titanium baskets, rectangular baskets, cylindrical baskets, hook-type baskets, frame-mounted baskets, basket assemblies with anode bags, and fully custom titanium anode basket designs according to bath chemistry, anode material, current load, tank layout, and installation requirements.
Titanium Mesh Anode Baskets
Nickel plating, copper plating, metal finishing, and plating tanks requiring open solution flow.
Options: Expanded titanium mesh, custom dimensions, welded frame, hooks, lids, and bag-compatible edges.
Review Factors: Mesh opening, anode material size, current load, tank position, hook design, and anode bag use.
View Mesh Baskets →
Perforated Titanium Anode Baskets
Applications requiring stronger basket walls, defined hole patterns, and controlled anode material containment.
Options: Round holes, slot holes, custom perforation, reinforced edges, welded frame, and hook structures.
Review Factors: Hole size, open area, wall thickness, basket size, anode material size, and solution flow.
View Perforated Baskets →
Rectangular Titanium Anode Baskets
Plating tanks, rack plating lines, PCB plating, and systems requiring flat vertical basket placement.
Options: Custom length, width, depth, hooks, covers, reinforced frames, and anode bag support.
Review Factors: Tank depth, working area, anode spacing, busbar height, current distribution, and filling volume.
View Rectangular Baskets →
Cylindrical Titanium Anode Baskets
Special plating setups, round tank layouts, barrel plating support, and compact electrochemical systems.
Options: Custom diameter, length, mesh body, perforated body, top cap, bottom cap, and hanger design.
Review Factors: Diameter, height, filling volume, flow path, hanging method, and anode material compatibility.
View Cylindrical Baskets →
Hook-Type Titanium Anode Baskets
Plating lines requiring easy hanging, quick replacement, and stable busbar contact.
Options: Single hook, double hook, reinforced hook, custom hanger angle, and contact surface design.
Review Factors: Busbar size, hanging direction, contact area, basket weight, current load, and installation space.
Discuss Hook Design →
Frame-Mounted Titanium Anode Baskets
Large plating tanks, long baskets, heavy anode loading, and systems requiring stronger structural support.
Options: Reinforced titanium frames, welded ribs, cross supports, custom mounting points, and heavy-duty hooks.
Review Factors: Basket length, loading weight, frame stiffness, welding design, tank layout, and installation method.
View Frame Baskets →
Titanium Anode Baskets with Bags
Plating systems that require anode bags for sludge control, particle reduction, and bath cleanliness.
Options: Bag-compatible edges, removable bags, custom bag size, reinforced openings, and smooth edge finishing.
Review Factors: Anode bag material, basket edge finish, bag fit, sludge control, solution flow, and maintenance access.
Discuss Bag Compatibility →
Custom Titanium Anode Basket Assemblies
OEM plating equipment, special tank designs, non-standard anode materials, and project-specific electrochemical systems.
Options: Drawing-based fabrication, custom mesh, perforation, hooks, covers, lids, frames, welding, and labeling.
Review Factors: Application, drawing, bath chemistry, anode material, dimensions, current load, and documentation.
Upload Custom Basket Drawing →Choose Titanium Anode Baskets by Plating Process
Different plating and electrochemical processes require different basket structures, mesh openings, hook designs, anode bag compatibility, and current contact details. Use the guide below to match electroplating anode baskets with your bath chemistry and production setup.
Nickel Plating
Recommended Basket Type
Titanium mesh baskets, rectangular anode baskets, hook-type baskets, and anode baskets with bags.
Key Design Factors
For nickel plating anode baskets, consider nickel rounds or pellets size, anode bag fit, sludge control, current load, busbar contact, basket depth, and tank layout.
Copper Plating
Recommended Basket Type
Perforated titanium baskets, mesh baskets, rectangular baskets, and custom frame-mounted baskets.
Key Design Factors
For copper plating anode baskets, consider copper ball or nugget size, solution flow, current distribution, basket strength, hanging method, and maintenance access.
PCB Plating
Recommended Basket Type
Flat rectangular titanium anode baskets, frame-mounted baskets, and bag-compatible baskets.
Key Design Factors
For PCB plating baskets, focus on uniform current distribution, basket spacing, bath cleanliness, anode bag use, contact reliability, and process consistency.
Metal Finishing Lines
Recommended Basket Type
Hook-type titanium baskets, rectangular baskets, mesh baskets, and custom basket assemblies.
Key Design Factors
For metal finishing baskets, prioritize fast replacement, easy maintenance, busbar compatibility, basket size, anode loading, and batch production needs.
Electroforming / Electrorefining
Recommended Basket Type
Custom titanium anode basket assemblies, perforated baskets, frame-supported baskets, and heavy-duty anode baskets.
Key Design Factors
Current load, metal source material, process duration, electrolyte compatibility, structural strength, and documentation.
Custom Electrochemical Systems
Recommended Basket Type
Drawing-based titanium anode baskets, cylindrical baskets, special frame baskets, and custom welded assemblies.
Key Design Factors
Tank geometry, electrolyte chemistry, anode material, installation space, current requirement, and connection design.
Need help selecting the right basket material, mesh pattern, frame design, or hook type?
Our engineers can analyze your bath chemistry and load demand to recommend the optimal solution.
Custom Anode Basket Fabrication
Mission-Critical Plating Lines Demand More Than Standard Sizes.
Standard off-the-shelf baskets often fail to optimize current density or fit proprietary tank dimensions. We partner with surface-finishing engineers to manufacture fully customized anode baskets, precisely tailored to your specific electrolyte chemistry and operational parameters.
Material & Coating Options
- CP Titanium Gr1 / Gr2 for standard plating use
- Zirconium, Niobium, and Tantalum for extreme chemistry
- MMO coating options for specialized electrochemical applications
Geometry & Structure
- rectangular, cylindrical, spiral, or bespoke tank-fit forms
- expanded mesh, perforated sheet, or custom open-area structures
- reinforced frames, side channels, and solid bottoms
Electrical Integration
- custom hook lengths and profiles
- Ti-clad copper hooks for high-amperage transfer
- optimized contact design to reduce hot spots and power loss
Gain full control over current efficiency, structural fit, and process stability.
Strategic Value Across Your Operations
From chemical engineering to global procurement, Hele Titanium delivers purpose-built basket solutions designed to resolve the specific challenges of every stakeholder in your facility.
Process & Chemical Engineers
Objective: Process Purity & Stable Deposition
Ensure zero contamination and maximize anode utilization with certified titanium grades and engineered current distribution.
Talk to Our EngineersPlant Operations & Maintenance
Objective: Higher Uptime & Lower Maintenance
Drastically reduce cleaning cycles and prevent deformation with heavy-gauge, TIG-welded construction built for continuous operation.
Request Technical AdviceProcurement & Supply Chain
Objective: Lower Total Cost of Ownership
Slash MRO spend and eliminate supply uncertainty with direct-factory scalability and extended operational lifespans.
Request a QuoteOEM Equipment Designers
Objective: Seamless System Integration
Integrate flawlessly into proprietary equipment with dedicated DFM support and bespoke basket geometries.
Send Your DrawingsReady to optimize your surface-finishing line?
What Affects Titanium Anode Basket Design & Quotation?
A reliable titanium anode basket quotation requires more than overall size. Bath chemistry, anode material, basket geometry, mesh opening, hook design, current load, anode bag use, welding structure, and documentation all affect design and cost.
1. Bath Chemistry
Nickel, copper, tin, zinc, precious metal, PCB, or special electrolyte conditions should be reviewed before design.
2. Anode Material Size
Pellets, balls, nuggets, plates, or other soluble anode materials affect mesh opening, perforation, and basket volume.
3. Basket Geometry
Rectangular, cylindrical, frame-mounted, or custom geometry should match tank depth, spacing, and working area.
4. Hook & Busbar Contact
Hook style, contact surface, busbar size, and hanging method affect installation and current transfer.
5. Mesh / Perforation Pattern
Opening size, open area, sheet thickness, and flow requirements affect basket structure and bath circulation.
6. Anode Bag & Maintenance
Bag fit, edge finish, sludge control, cleaning access, and replacement convenience should be considered.
Buyer Note
The lowest basket price is not always the best operating choice. Correct basket structure, contact design, mesh opening, and anode bag compatibility can help reduce maintenance problems and improve bath operation stability.
Request Design & Cost Review
Provide your application details and our engineering team will get back to you promptly.
Why Electroplating Lines Use Titanium Anode Baskets
Titanium anode baskets are widely used in plating and electrochemical processes because titanium offers corrosion resistance, low weight, formability, and compatibility with custom fabricated basket structures.
Corrosion-Resistant Basket Material
Titanium can be reviewed for many plating and electrochemical environments where corrosion resistance is required.
Lightweight Handling
Titanium baskets are lighter than many traditional metal structures, making installation and maintenance easier.
Custom Formability
Titanium mesh, perforated sheet, rods, plates, and frames can be fabricated into custom basket shapes.
Good Solution Flow
Mesh or perforated structures can support electrolyte circulation around soluble anode materials.
Anode Bag Compatibility
Smooth edges and basket geometry can be designed for anode bag fitting and sludge control.
Long-Term Manufacturing Support
Custom basket drawings, repeat orders, labels, packing, and documentation can be supported for production lines.
Application Note: Material suitability can be reviewed based on bath chemistry and according to operating conditions.
Why Choose Hele Titanium as Your Titanium Basket Supplier?
Selecting a proven manufacturer directly impacts process efficiency, maintenance overhead, and plating quality. We go beyond standard supply—delivering precision-engineered, application-specific anode baskets backed by verifiable material data and stringent quality control.
Custom Mesh, Shape & Hook Engineering
Tailored dimensions, expanded mesh profiles, and custom hook configurations engineered precisely for your specific tank geometry and current density requirements.
TIG-Welded Reinforced Fabrication
Advanced TIG welding techniques paired with structural reinforcements to prevent bulging, warping, or weld failure under heavy anode loads and thermal stress.
Grade 1 / 2 / Zr / Ta Material Support
Extensive inventory and machining capabilities for Grade 1 and Grade 2 Titanium, Zirconium, Niobium, and Tantalum to withstand highly aggressive chemical baths.
Ti-Clad Copper Hook Capability
Seamless integration of titanium-clad copper hooks, ensuring maximum electrical conductivity above the bath while maintaining absolute corrosion resistance.
Documentation & Traceability Support
Complete material test reports (EN 10204 3.1), precise dimensional inspection records, and strict batch traceability provided for every basket delivered.
Stable Global Manufacturing Capacity
Robust production facilities capable of supporting both low-volume custom prototypes and high-volume OEM equipment rollouts with reliable global shipping.
Partner with Hele Titanium for verifiable quality, custom engineering, and scalable manufacturing excellence.
Quality Control for Titanium Anode Basket Fabrication
Titanium anode basket quality depends on titanium material selection, mesh or perforated sheet condition, welding quality, dimensional accuracy, hook alignment, edge finishing, surface cleaning, bag compatibility, and final packing.
Titanium Material Review
Titanium grade, sheet, mesh, rod, wire, and supporting components are reviewed according to order requirements.
Mesh / Perforation Inspection
Mesh opening, perforation pattern, sheet thickness, and surface condition are checked according to agreed specifications.
Welding & Frame Review
Welded joints, frames, ribs, hooks, and structural reinforcement are reviewed for fabrication consistency.
Dimensional Inspection
Basket length, width, depth, hook position, frame alignment, and installation dimensions are checked against drawings.
Edge & Surface Review
Edges, burrs, contact points, surface cleaning, and bag-contact areas are reviewed when required.
Packing & Documentation
Labels, packing list, MTC, inspection notes, export packing, and project-specific documents can be prepared when required.
Available Documents May Include:
- MTC
- Dimensional inspection record
- Welding / visual inspection notes
- Mesh or perforation inspection notes
- Packing list
- Product labels
- Project-specific QC documents
- Third-party inspection support when required
Titanium Anode Basket FAQ
Find quick answers regarding basket design, bath compatibility, customization, and operational best practices.
What is a titanium anode basket?
What are titanium anode baskets used for?
What is the difference between mesh and perforated titanium anode baskets?
Can you customize basket size and shape?
What information is needed for a titanium anode basket quote?
Can titanium anode baskets be used for nickel plating?
Can titanium anode baskets be used for copper plating?
Do titanium anode baskets need anode bags?
How do I choose hook design and busbar contact?
What titanium grade is used for anode baskets?
Can you manufacture baskets from drawings or samples?
What documents can be provided with titanium anode baskets?
Inside Our Manufacturing & Quality System
See how we produce, inspect, and document titanium products as a direct manufacturing partner.
Follow the complete fabrication journey of our titanium baskets, from raw titanium mesh and plate preparation to precision cutting, TIG welding, and final surface treatment.
Titanium Sheet & Mesh Preparation
Precision Mesh Cutting & Shaping
Argon Arc (TIG) Welding & Frame Reinforcement
Surface Sandblasting & Final Assembly
Take a look inside our specialized manufacturing facility, featuring dedicated zones for basket frame assembly, copper-cored hook integration, and secure export packaging.
Dedicated Titanium Basket Fabrication Zone
Multi-Station TIG Welding Area
Copper-Cored Titanium Hook Integration
Secure Packaging & Global Dispatch
Our rigorous quality control ensures every titanium basket meets exact dimensional tolerances, weld strength requirements, and hook conductivity standards before shipment.
Raw Material PMI & Thickness Verification
Weld Seam Penetration & Strength Test
Basket Dimension & Mesh Tolerance Check
Hook Conductivity & Final Visual Inspection
We provide comprehensive documentation for every batch, including EN 10204 3.1 Material Test Certificates (MTC), dimensional reports, and full traceability records for global compliance.
EN 10204 3.1 Material Test Certificate (MTC)
ISO 9001:2015 Manufacturing Compliance
Detailed Dimensional & Welding Reports
Full Traceability & Export Documentation
Need detailed production photos, inspection records, or custom basket design support? Contact our engineering team for direct factory assistance.
Engineering & Procurement Guide: Titanium Baskets
In electroplating, anodizing, and harsh chemical processing, the structural integrity and conductivity of your equipment directly dictate your production yield. Equipment failure isn't just an inconvenience—it's lost revenue. Poorly specified baskets lead to uneven plating, severe bath contamination, and frequent production halts.
This guide provides procurement managers and process engineers with a rapid, structured framework to specify the optimal titanium baskets, select the right hook configurations, and accurately prepare your RFQ to ensure you get exactly what your process demands.
Before Requesting a Quote, Confirm These 5 Inputs
Providing these exact details allows our engineering team to design a basket that maximizes your fluid exchange and electrical efficiency while preventing premature failure.
- 1. Process Type: Electroplating, anodizing, parts washing, or chemical handling? Dictates the baseline structural design and material grade.
- 2. Bath Chemistry: Specific acids, chlorides, and maximum operating temperatures. Crucial for preventing pitting and selecting the right titanium grade (e.g., Grade 2 vs. Grade 7).
- 3. Basket Dimensions: Required Length (L) x Width (W) x Height (H) relative to tank size. Ensures optimal anode-to-cathode ratio and proper fitment.
- 4. Mesh / Perforation Type: Expanded metal, woven wire, or solid plate. Balances the need for fluid flow with the requirement for structural strength.
- 5. Hook Type & Current Load: Standard titanium hooks vs. high-amperage Ti-clad copper hooks. Prevents dangerous overheating at contact points under high electrical loads.
1. Core Engineering Advantages
Titanium is the industry standard for advanced electrochemical applications. Understanding its inherent material properties helps justify the investment to your procurement team.
Passive Oxide Layer
Forms an instantaneous, self-healing film for near-absolute corrosion resistance in standard electrolytes.
Thermal Stability
Maintains structural shape and heavy load-bearing capacity under high operating temperatures.
Engineered Conductivity
Integration with Ti-clad copper hooks allows for high-efficiency current transfer to the anode.
2. Basket Configurations & Structural Types
Selecting the right structural design ensures your anodes dissolve evenly, fluid dynamics remain optimal, and daily loading/unloading operations run smoothly. We customize the build based on your specific application.
| Basket Type | Structural Details | Primary Advantage & Use Case |
|---|---|---|
| Anode Baskets | Expanded mesh sides, solid bottom, heavy hooks. | Uniform current distribution, easy anode replenishment. Best for: Continuous plating lines. |
| Mesh / Racking Baskets | Open woven or expanded mesh, lightweight frame. | Maximum fluid exchange, rapid draining. Best for: Batch processing and parts washing. |
| Sieve / Strainer Baskets | Fine perforated sheet or tight wire mesh. | Particulate capture in aggressive filtration media. Best for: Chemical purification systems. |
| Chemical Handling | Heavy-gauge solid or semi-perforated walls. | Extreme inertness, high load capacity. Best for: Heavy component pickling and etching. |
3. Selection & Customization Matrix
Every tank environment is unique. Use this matrix to understand the customization options available when designing your equipment with Hele Titanium.
Material Grade
- • Standard (Grade 1 / 2): The workhorse for 80% of standard plating and anodizing applications. Excellent balance of cost and durability.
- • Extreme Chemistry (Gr 7, Zr, Nb): Required for environments with high chlorides, extreme temperatures, or aggressive fluorides where Gr 2 would pit.
Hook Configuration
- • Standard Ti Hooks: Cost-effective solution for low to medium amperage processes.
- • Ti-Clad Copper Hooks: Essential for high-amperage efficiency. Combines the high conductivity of copper with the corrosion resistance of titanium to prevent catastrophic overheating.
Mesh Pattern
- • Expanded Metal: The industry standard. Offers excellent structural integrity while allowing adequate solution flow.
- • Woven Wire: Chosen when maximum fluid exchange and rapid draining are the top priorities.
- • Perforated Sheet: Used for heavy-duty applications requiring maximum structural rigidity over flow rate.
Anode Bag Sizing
- • Function: Captures anode sludge during dissolution, acting as a primary filter to prevent bath contamination and rough plating.
- • Sizing Protocol: Must be specifically tailored to basket dimensions. A bag too tight will restrict flow; too loose will get caught in agitation equipment.
4. Cross-Industry Applications
Hele Titanium's baskets are engineered to meet the strict compliance, safety, and performance standards of top-tier industries globally.
| Industry Sector | Primary Application & Benefit |
|---|---|
| Metal Finishing & Plating | Anode holding in Copper, Nickel, Zinc, and Chrome baths. Delivers highly stable current distribution for flawless surface finishes. |
| Aerospace & Defense | Hardcoat anodizing of critical aluminum flight components. Withstands high voltage requirements without arcing or degrading. |
| Chemical Processing | Handling bulk parts in hot acids/chlorides. A necessary upgrade that replaces rapidly failing Stainless Steel 316L. |
| Medical & Pharmaceutical | Ultrasonic cleaning of surgical implants. Completely non-toxic, non-contaminating, and easily sterilized. |
5. Maintenance Protocols for Maximum ROI
Titanium is incredibly durable, but proper handling and routine checks extend its lifespan from just a few years to decades. Implement these protocols to protect your investment.
-
Immersion Depth Control Ensure the titanium hooks sit above the solution level unless specifically designed and coated for full immersion. Submerging standard hooks can lead to current leakage and localized corrosion.
-
Electrical Load Monitoring Regularly touch-test or thermal-scan hook connections for excess heat. If the connection is hot to the touch, energy is being wasted as heat instead of plating. Upgrade to Ti-clad copper hooks immediately.
-
Routine Mesh Cleaning Clean the mesh regularly to prevent anode bridging, which restricts flow. Crucial: Avoid abrasive mechanical wire brushing that strips the protective passive oxide layer. Use chemical cleaning when possible.
-
Weld & Joint Inspection Periodically inspect TIG welds and hook joints during annual maintenance for signs of metal fatigue, arc damage, or heavy salt buildup.
6. Lifecycle Value vs. Alternatives
When budgeting for plant upgrades, procurement must evaluate initial cost against the Total Cost of Ownership (TCO). While stainless steel appears cheaper upfront, its rapid degradation in acidic or chloride-rich environments leads to massive hidden costs: ruined chemical baths, rejected product batches, and constant maintenance labor.
Upgrading to Hele Titanium equipment drastically reduces your MRO (Maintenance, Repair, and Operations) spend over a 5-year cycle.
| Evaluation Metric | Titanium Baskets (Gr 2) | Stainless Steel (316L) |
|---|---|---|
| Initial Procurement Cost | Moderate to High | Low |
| Lifespan in Acid/Chloride | 5 to 10+ Years | 3 to 12 Months (Severe Pitting) |
| Maintenance & Downtime | Minimal (Self-healing oxide protects structure) | High (Frequent line stops for replacement) |
| Total Cost of Ownership (5 Yr) | Lowest | Highest (Up to 10x replacement cost) |
Ready to Transition from Specification to Production?
Hele Titanium provides comprehensive engineering support to help enterprise buyers balance process performance, corrosion resistance, electrical efficiency, and budget. Contact our engineers with your 5 RFQ inputs to get a tailored quote.
Headquarters: Room 1206, Building 1, Huaxia Yue World
Get Your Custom Titanium Anode Basket Solution
Tell us your plating process, bath chemistry, anode material, basket size, mesh or perforation requirement, hook design, anode bag needs, and documentation requirements. Hele Titanium will help review the suitable titanium anode basket design and quotation path.
- Custom Mesh, Perforated & Welded Basket Fabrication
- Hook, Frame, Busbar Contact & Anode Bag Support
- Drawing-Based Manufacturing & Inspection
- Factory-Direct Export Documentation
Direct Contact
sales@heletitanium.com
Room 1206, Building 1, Huaxia Yue World
Request a Quote
Request an Engineering Quote
Share your drawings, application, material grade, coating requirement, quantity, and delivery target. Our team will review your request within 1 business day.
Email Us
sales@heletitanium.comWhatsApp / Call Us
+86 13857402537Factory & Engineering Center
Titanium Valley, Baoji City, Shaanxi Province, China
