Anodizing | Aerospace, automotive metal finishing | Titanium Grade 1 Mesh (99.6% purity), Withstands 50+ chemical exposures (ASTM D543) ▲▲ (Industry: 30 exposures) | Superior corrosion resistance for harsh environments, customizable via bending/welding | Higher cost than standard anodes; requires specialized handling (e.g., pH control) |
Electrode Production | Battery manufacturing, fuel cells | 0.015 ohm/cm² electrical resistance (IEC 60050), Brush-coated surface for uniform conductivity ▲ | Enhanced conductivity improves energy efficiency, durable in acidic/alkaline electrolytes | Heavier than plastic electrodes; needs precise installation for optimal performance |
Electrolysis Systems | Industrial chemical production | 99.6% titanium purity (ISO 3944), Operates at 2.5A/cm² current density (ASTM F1473) | High current tolerance for large-scale production, low maintenance due to corrosion resistance | Higher upfront cost than carbon-based anodes; requires regular voltage monitoring |
Electroplating | Decorative/functional metal plating | Microporous mesh structure (孔径 ≤0.5mm), 99.6% Ti purity ensures uniform plating ▲ | Consistent plating thickness, resistant to plating solution corrosion | Limited to conductive substrates; post-treatment may be needed for smooth finishes |
Water Electrolysis | Hydrogen production, water treatment | 43 dBA noise level (ISO 3744) ▲ (Industry standard: 50 dBA), 99.6% Ti purity for chlorine resistance | Quieter operation than competitors, withstands chloride-rich environments | Requires high-purity water to prevent mesh clogging; energy-intensive process |
Coating Applications | Protective coatings for metals | Brush coating finish (ASTM D3359 adhesion grade 5B), 285 GSM mesh density (ISO 3801) ▲ | Strong adhesion for durable coatings, lightweight yet rigid structure | Not suitable for non-metallic substrates; may require pre-treatment for porous surfaces |