1. TITANIUM ELECTROCHEMICAL SYSTEMS

Titanium Anodes for Electroplating & Galvanic Deposition

Our activated titanium anodes replace traditional soluble anodes in modern electroplating systems, ensuring stability, efficiency, and long service life.

Applications

• Nickel, copper, gold, platinum, palladium plating

• Zinc-nickel alloy deposition

• Decorative chromium plating (trivalent chromium systems)

• Hard chrome plating (special geometries)

• Electrogalvanizing & electrotinning lines

Technical Advantages

Stable electrode potential and high current efficiency

Low overvoltage and reduced energy consumption

Dimensionally stable during long operation cycles

Compatible with IrO₂, RuO₂, SnO₂ coating systems

Custom coatings available for specific bath chemistries

Electrogalvanizing Optimization
Special coatings resist short-circuit-induced polarity reversals and protect the titanium base from localized corrosion and coating detachment.

Titanium Anodes for Metal Recovery (Electrowinning / Etching Liquids)

Copper Recovery

Chloride, sulfate, and mixed wastewater systems

Converts etching waste into reusable resources

Stable operation with corrosion resistance

Aluminum Processing Support

Oxygen/hydrogen evolution stabilization system

Prevents coil damage from roller contact discharge

Designed for continuous industrial lines

Key Benefit
Transforms hazardous etching wastewater into a controlled, environmentally safe electrochemical process.

Seawater Desalination Titanium Anodes

Designed for electrochlorination and seawater treatment systems.

Electrochemical Reactions

Chlorine evolution: 2Cl⁻ → Cl₂ + 2e⁻

Hydrogen evolution: 2H₂O + 2e⁻ → H₂ + 2OH⁻

Formation of NaClO / HOCl disinfectants

Features

Ruthenium/iridium mixed metal oxide coating

High chlorine evolution efficiency

Long-term dimensional stability

Recoatable electrode surfaces

Energy-saving operation with low overpotential

Applications

Desalination plants

Cooling tower disinfection

Boiler feedwater treatment

Seawater electrochlorination systems

Titanium Anodes for Sodium Hypochlorite Generators

Advanced diaphragm-free electrolysis systems for on-site disinfectant production.

Performance

Stable NaClO generation from low-concentration brine (5–10%)

Compact electrolyzer design

High current efficiency (1280–1500A customizable)

Safe alternative to chlorine gas systems

Working Principle
NaCl + H₂O → NaClO + H₂↑

Applications

Water treatment

Food sterilization

Agriculture and produce disinfection

Swimming pools and sanitation systems

2. ELECTROCHEMICAL & INDUSTRIAL COMPONENTS

Titanium Cathode Plates / Electrowinning Mother Boards

Used in large-scale non-ferrous metal refining systems.

Metals Processed
Copper | Zinc | Nickel | Cobalt | Manganese | Gold

Key Features

Laser-welded titanium-steel composite structure

High mechanical strength hanger bars

Service life up to 10–15 years

Anti-deformation edge design

Compatible with auto-stripping systems

Material System

Plate: Gr1 / Gr2 titanium

Hanger bars: Cu-SS / SS-Cu / Ti-Cu composite systems

Titanium Machined Components

Titanium Impellers (OEM/ODM)

Material: Grade 2 titanium

Machining tolerance: ±0.02 mm

100% dimensional inspection

Applications: pumps, chemical equipment, marine systems

Titanium Reactor Systems (Composite / Lined Reactors)

Titanium-steel composite reactors combine corrosion resistance with structural strength and cost efficiency.

Specifications

Titanium lining or full titanium construction

Pressure: up to 6 MPa

Temperature: ≤400°C

Stirring: up to 1500 RPM (±1 RPM accuracy)

Applications

Petrochemical processes

Pharmaceuticals

Food processing

Polymerization, hydrogenation, nitration, alkylation

Titanium Vessel Heads (Pressure Components)

Used in pressure vessels, reactors, heat exchangers, and separation systems.

Types

Hemispherical heads

Elliptical heads (2:1)

Torispherical heads

Klopper heads

Conical and flat heads

Materials

Gr2 / Gr7 / Gr12 titanium

Titanium-steel clad materials

Manufacturing Process
Cutting → Forming → Welding → Heat treatment → Pickling → NDT inspection → QC

Key Advantages

High corrosion resistance

Lightweight structural performance

Excellent pressure distribution

Long service life in aggressive environments

3. FILTRATION & POROUS MATERIAL SYSTEMS

Titanium Sintered Porous Materials

Advanced filtration and functional material platform.

Forms

Sheets

Discs

Tubes

Performance

Filtration accuracy: 0.5–80 μm

Temperature resistance: up to 800°C

High mechanical strength (2–3 MPa)

Reusable and cleanable

Functions

Filtration & separation

Gas diffusion

Catalyst support

Heat exchange

Electrode substrate

Biomedical applications

Stainless Steel Filter Elements

High-performance industrial filtration components.

Specifications

Material: SS316L

Accuracy: 0.5–70 μm (typ. 15 μm)

Temperature resistance: up to 500°C

Pressure resistance: 0.6 MPa

Features

Uniform porosity distribution

High flow rate with low pressure drop

No particle shedding

Stable long-term performance

4. HEAT EXCHANGE & THERMAL SYSTEMS

Titanium Heat Exchangers for Swimming Pools

Designed for corrosive environments including saltwater pools and chlorinated systems.

Performance

Capacity: 3.8–26 kW

Flow range: 1.8–12 m³/h

Operating pressure: up to 5 bar (secondary circuit)

Advantages

4–5× corrosion resistance vs copper

Energy savings up to 80%

Anti-fouling flow design

Continuous 24/7 operation capability

Titanium Coil Evaporators (Refrigeration & Aquaculture)

Specifications

Tube OD: 9.52–50 mm

Temperature range: -50°C to 200°C

Pressure: up to 3.5 MPa

Applications

Seafood aquaculture temperature control

Refrigeration systems

Industrial cooling

• Distillation equipment

Refrigeration Titanium Evaporators

Dropwise condensation for high heat transfer efficiency

Anti-fouling smooth titanium surface

High strength-to-weight ratio design

5. DESALINATION & WATER TREATMENT SYSTEMS

Seawater Desalination Titanium Technology

Titanium is the preferred material for modern desalination systems due to its unmatched resistance to chloride corrosion.

Applications

Multi-stage flash evaporation (MSF)

Electrodialysis systems

Heat exchanger tubes

Condenser systems

Advantages

Long service life in seawater

Resistance to chlorine and brine corrosion

Reduced fouling rate (0.95–0.99 stability factor)

Lightweight and high-strength performance

6. ADVANCED MATERIALS

Medical Grade Titanium (Ti-6Al-4V ELI / ASTM F1472)

Used in surgical implants and biomedical devices.

Features

Excellent biocompatibility

High fatigue resistance

Non-magnetic and corrosion resistant

Elastic modulus ~116 GPa

Applications

Dental implants

Surgical instruments

Bone fixation devices

Orthopedic implants

Titanium Powder Sintered Filters

Uniform pore structure

High permeability

Chemical resistance to acids/alkalis

GMP-compliant for pharmaceutical use

Hot Tags: