Electroplating & Surface Finishing
📦 Electroplating Anode Baskets & Current Delivery Systems
Expanded mesh or perforated sheet formed into rectangular baskets, with welded knife-edge hooks and stiffener ribs, bottom plates with fine perforations for sludge retention
What is Electroplating Anode Baskets & Current Delivery Systems?
📦 Electroplating Anode Baskets & Current Delivery Systems represents a complete system of precision titanium components engineered for Electroplating & Surface Finishing applications. Expanded mesh or perforated sheet formed into rectangular baskets, with welded knife-edge hooks and stiffener ribs, bottom plates with fine perforations for sludge retention The system integrates 6 distinct component types manufactured through 3 specialized processes.
Key manufacturing processes for this system include CNC machining CP Ti for anode system geometry, TIG welding Ti filler with SPC sampling, Pickling and passivation with SPC sampling, Continuity test <1 mOhm with SPC sampling, TIG welding Ti filler with Class 6g gauge, each selected and qualified to meet component-specific requirements.
Engineering & Design Principles
Material: Grade 2 (CP-Ti) is the industry standard for anode baskets due to its excellent weldability, formability, and instant passivation in mineral acids. Grade 7 (Pd alloy) for severe crevice corrosion zone
Form: Expanded mesh or perforated sheet formed and welded into basket shapes. Copper-cored Ti busbars are explosively bonded or roll-bonded. All TIG welds must be argon-shielded with pure Ti filler wire.
Standards & Material Specifications
Standards: ASTM B265 Grade 2 sheet/mesh, TIG welded with ERTi-2 filler, 100% weld visual inspection + material cert
Engineering Solution Blueprint
High-End Outdoor & Adventure Gear
Consumer · Other
1 Part Feature Analysis
Thin-wall seamless tube for backpack frames, precision stamped/die-cut spike plates for crampons, CNC-profiled folding knife framelock scales with integral lock bar, centerless-ground water filter pump rods, stamped/micro-perforated camping stove burner rings, deep-drawn vacuum flask inner liners, turned ski binding pins, wire-formed scuba D-rings, Swiss-turned fishing reel spindles, forged/tapered tent stakes, turned compass bezels
- ⚠️ Sub-zero embrittlement of steel at -40C arctic conditions
- ⚠️ Saltwater corrosion of gear for coastal/marine users
- ⚠️ Weight penalty of steel on multi-day backpacking trips
- ⚠️ String (knife blade) play from worn pivot bushings
- ⚠️ Flavor contamination (metallic taste) from stainless steel water bottles
2 Material Selection Rationale
Grade 5 Ti-6Al-4V — General alpha-beta alloy, high strength
Grade 5 (Ti-6Al-4V) for crampons, knife scales, pump rods, ski binding pins, fishing reel spindles, and tent stakes — exceptional strength-to-weight, zero sub-zero embrittlement, and complete corrosion resistance. Grade 9 for backpack frame tubing requiring flexural compliance. Grade 1 for vacuum flask liners requiring deep drawability without cracking. Beta-Ti for carabiner gates requiring monolithic spring-arm design.
3 Form Selection Rationale
Round Bar / Rod — for turning, fasteners
Seamless tube for backpack frames via bending + welding. Laser sheet cutting + die stamping for crampons. CNC profiling + surface blasting for knife scales. Centerless grinding for pump rods. Deep drawing for flask liners. Forged rod tapering for tent stakes.
4 Manufacturing Process & Services
Core Processes:
Toll Processing Services:
Process Pitfalls:
- ⚠️ Folding knife pivot bushing wear must be <0.05mm after 1000 cycles — Grade 5 Ti bushings last 10x longer than brass
- ⚠️ Vacuum flask inner liner wall thickness must be >0.3mm for deep draw — thinner causes cracking at the radius corners
5 Procurement Specifications
ASTM B348 Grade 5 / Grade 9 / Grade 1 per component, 100% dimensional + corrosion tested, passivated per ASTM F86
Manufacturing Process Flow
Professional manufacturing process for titanium components. Expanded metal mesh production is performed by certified technicians following approved pr
Abrasive waterjet cutting of titanium uses a high-pressure stream of water mixed with garnet abrasive to erode material. The cold-cutting process prod
Gas Tungsten Arc Welding (GTAW/TIG) for titanium uses a non-consumable tungsten electrode with argon shielding at the torch face, trailing shield, and
Components in This System
| Component | Material |
|---|---|
| Titanium Anode Basket Bottom Plate | Grade 2 CP-Ti |
| Titanium Anode Basket (Expanded Mesh) | Grade 2 CP-Ti |
| Titanium Anode Basket Hook | Grade 2 CP-Ti |
| Titanium Anode Basket Stiffener Rib | Grade 2 CP-Ti |
| Titanium Copper-Cored Busbar | Grade 2 CP-Ti |
| Titanium Plating Rack Spline | Grade 2 CP-Ti |
Frequently Asked Questions
What titanium grades are used in Electroplating Anode Baskets & Current Delivery Systems systems?
What manufacturing processes are used for Electroplating Anode Baskets & Current Delivery Systems?
What quality standards apply to Electroplating Anode Baskets & Current Delivery Systems components?
What industries use Electroplating Anode Baskets & Current Delivery Systems?
Can you provide DFM feedback for Electroplating Anode Baskets & Current Delivery Systems designs?
Engineering Trends
- ▸ Process: Expanded metal mesh production
- ▸ Process: TIG welding of basket seams and hooks
- ▸ Process: Laser or waterjet cutting of perforated bottom plates
Related Manufacturing Capabilities
These specialized processes support Electroplating Anode Baskets & Current Delivery Systems component manufacturing.
One Metal. One Focus. Infinite Precision.
Founded in 2011 in Baoji's Titanium Valley, BOZE Metal is dedicated exclusively to titanium — from raw material to precision engineering. AS9100D, ISO 13485 & ISO 9001 certified with 500+ clients across Aerospace, Medical & Motorsport industries, we deliver end-to-end precision titanium CNC machining with full material traceability from source to component.
Boze CNC Ti is the dedicated titanium manufacturing center of Baoji Boze Metal Products Co., Ltd.