Galvanic Plating
Insoluble anodes for chromium, nickel, copper and zinc plating lines. Stable geometry, long life under aggressive bath chemistries and precise current distribution.
Oxygen & Industrial
Electrodes for industrial electrolysis
From galvanic plating lines to electrowinning cells, wastewater reactors and cathodic protection systems — SPARKFUZE™ delivers high-ECSA, low-voltage, long-life electrodes across every major industrial electrolysis sector.
Purpose-built coatings
One coating technology, every industrial cell
Industrial electrolysis has some of the toughest operating conditions in the chemical industry — high current densities, aggressive electrolytes and 24/7 duty. SPARKFUZE™ electrodes are engineered to outlive and out-perform legacy MMO/DSA systems in every one of them.
Applications
Five industrial applications, one process
Electrowinning
High-performance anodes for copper, zinc, cobalt, nickel and critical-metal recovery. Reduced cell voltage, lower energy cost per tonne of metal recovered.
Galvanizing
Long-life anodes for continuous galvanizing lines. Consistent zinc deposition, stable behaviour at high current densities, minimised maintenance downtime.
Wastewater Treatment
Electrodes for advanced oxidation processes, micro-pollutant destruction and ammonia removal — clean chemistry at industrial scale.
Cathodic Protection
Impressed-current anodes for pipelines, storage tanks, offshore structures and concrete reinforcement — decades of corrosion protection in a single install.
Application-specific development
Non-standard chemistry, shape or scale? We co-design the coating and the test protocol with your engineering team.
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Benefits
Engineered for industrial reality
Higher ECSA
More active sites per cm² — lower overpotentials and less energy per kg of product.
Long operational life
Robust substrate-catalyst bonding withstands aggressive electrolytes and continuous duty for years.
Tailored chemistry
Catalyst mix, loading and substrate are optimised for your bath composition and current-density target.
Lower total cost of ownership
Less downtime, fewer replacements and lower energy bill — a measurable reduction in OPEX per tonne.
Faster lead times
Sub-minute coating enables fast sample delivery and series production within weeks.
Sustainable manufacturing
Over 75% less CO₂ in electrode production and reduced reliance on rare-earth catalysts.
Application support
Let's engineer your electrode together
Share your bath chemistry, duty cycle and performance goals. We will return a proposal, test plan and cost model within days.