Name: Micro Titanium Gas Sparger For Electroplating Stirring And Oxidation Customized Suppliers, Manufacturers - Free Sample - TOPTITECH Metal Materials
Brand: TOPTITECH
SKU: 287045044

Toptitech's Micro Titanium Gas Sparger is a micro gas diffusion stone precision-engineered from Gr1 pure titanium via powder sintering technology. Its signature 10µm micro-pore structure is specifically designed to withstand harsh electroplating environments. By introducing compressed air or process gases, it generates a uniform, dense cloud of fine bubbles at the bottom of the plating tank, enabling highly efficient fluid agitation. This agitation effectively eliminates concentration and temperature gradients, ensuring consistent plating thickness and quality. Additionally, as bubbles ascend, they gently oxidize certain metallic impurity ions, helping to purify the plating solution. It is a critical component for enhancing electroplating quality and process stability.

Featuring a monolithic titanium construction-including a dense 3mm connector rod and a porous functional section-this diffusion stone offers revolutionary reliability. The pure titanium material provides exceptional corrosion resistance, allowing long-term endurance against strong acids, alkalis, and various chemical additives, thereby eliminating the risk of solution contamination due to component degradation. Its purpose-engineered miniature footprint enables precise, localized gas dispersion-ideal for discreet integration within compact plating cells, specialized rack fixtures, and benchtop experimental setups where space and control are critical. It delivers an ideal solution for high-precision electroplating and specialized surface treatment processes.

Product Specifications

Material: Gr1 Titanium

Diameter: 14mm

Length: 20mm

Pore size: 10µm

Connector length: 90mm

Connector diameter: 3mm

Processing method: Sintering, Welding

Drawing of Micro Titanium Gas Sparger for Electroplating Stirring and Oxidation

Product Features

Monolithic Construction for Leak-Proof Reliability

Fabricated in one piece from titanium powder via sintering, this diffuser has no glued or welded seams. This seamless design eliminates the common failure point of gas leakage at connections, guaranteeing dependable long-term operation.

Ultra-Fine, Uniform Micro-Bubbles for Efficient Agitation

Its three-dimensional network of interconnected micropores efficiently breaks down gas into a dense cloud of uniformly sized micro-bubbles. This ensures consistent, gentle agitation across the tank bottom to eliminate stratification.

Titanium Gas Sparger for Electroplating Stirring and Oxidation

Pure Titanium Material for Zero Solution Contamination

Made from high-purity titanium, it withstands all aggressive acids, alkalis, and plating additives. It will not corrode, absolutely preventing bath contamination and associated plating defects caused by component degradation.

Inherent Structural Integrity for Long-Term Use

The sintered titanium forms a monolithic matrix where porosity and strength are intrinsically combined. This unified structure resists deformation under physical and hydraulic stress, ensuring lasting performance unmatched by conventional materials.

Clog-Resistant Design for Easy Maintenance

The material's surface properties and optimized pore structure minimize clogging from solids or organic buildup. Performance is easily restored with simple cleaning, reducing maintenance efforts and downtime.

Engineered for Acoustically Sensitive Environments

The microporous structure acts as an integrated suppressor of turbulent airflow noise, transforming it into near-silent, laminar streams. This ensures operationally quiet performance, making it ideal for integration into laboratory settings, cleanrooms, or production areas where noise control is a priority.

Micro Titanium Gas Sparger for Electroplating Stirring

Product Applications

1. High-Precision Electronics Plating: Ideal for plating semiconductor components, micro-connectors, and HDI circuit boards. Its stable micro-bubble agitation eliminates concentration polarization, ensuring uniform, defect-free metallic coatings on complex geometries-critical for yield and reliability in advanced electronics manufacturing.

2. Biomedical Implant Coating Deposition: Engineered for electroplating bioactive coatings (e.g., hydroxyapatite) onto orthopedic and dental implants. The pure titanium construction guarantees zero bath contamination, while gentle bubble streaming enables consistent, high-integrity coating adhesion required for medical device performance.

3. Precious Metal & Specialty Alloy Plating: Optimized for gold, palladium, nickel-based alloys, and other high-value or process-sensitive baths. Ensures deposit uniformity and composition control while reducing precious metal waste and additive consumption-directly lowering production costs without compromising quality.

4. Targeted Agitation for Complex Parts: Can be integrated directly into plating racks to provide directed airflow into deep recesses, blind holes, and localized areas of intricate components. Solves traditional tank-bottom aeration limitations, improving plating uniformity in hard-to-reach geometries.

5. Process Fidelity from Development to Production: It delivers identical gas dispersion characteristics at any scale, ensuring that precision plating results achieved in the laboratory can be faithfully and reliably replicated in full-scale manufacturing environments.

6. Long-Term Performance in Aggressive Chemistry: Built to withstand highly corrosive plating environments containing strong acids, complexing agents, or high-chloride solutions. Offers complete replacement of polymer and stainless-steel diffusers, eliminating batch failure risks caused by component degradation and bath contamination.