Decoration
Performance Characteristics

Chemistry Engineered for Performance and Control.

High-quality deposits and predictable performance, enabled by stable, easy-to-control chemistries. Modern systems built to meet tougher specs and evolving requirements – without overcomplicating your line.

threaded metal bolt with corrosion resistant surface finish
Improved Process Control
Formulated for stability and ease of operation, with wider operating windows that reduce sensitivity to day-to-day variation. Fewer adjustments, more predictable behavior, and less time spent troubleshooting the line.
threaded metal bolt with corrosion resistant surface finish
Next-Generation Chemistries
From zinc-nickel alternatives to non-chrome passivates, we bring practical, forward-looking technologies to your operation. Solutions designed to meet evolving performance and regulatory demands—without overcomplicating your process.
threaded metal bolt with corrosion resistant surface finish
Superior Corrosion Performance
Engineered to meet demanding corrosion requirements across a range of applications, from standard zinc to high-performance systems. Consistent coverage and reliable passivation help you hit spec with confidence, lot after lot.
Product Offering

Chemistry To Finish With Brilliance.

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Liquid or Powder

Acid or base

Performance Features

Usability Features

Substrate

955 Zinc-Nickel
955 Zinc-Nickel
Alkaline non-cyanide zinc-nickel alloy (10–14% Ni); 1,000+ hours salt spray to red rust, bright ductile deposit.
973 Zinc-Cobalt
973 Zinc-Cobalt
Liquid cobalt additive to make a cobalt-zinc alloy plating system
802 Zinc-Iron
802 Zinc-Iron
Alkaline non-cyanide zinc-iron alloy process; up to 600 hours salt spray protection to red rust when properly post-treated (ASTM B 117).
Case Studies

Driven To Deliver Impact.

Achieving Zinc-Nickel Level Corrosion Protection Without the Cost

Designing and stabilizing an electroless nickel process for oilfield tools with demanding

1,000
Salt Spray Hours

Eliminating Cyanide Compliance Failures for an Aerospace Manufacturer

Designing and stabilizing an electroless nickel process for oilfield tools with demanding

99.97%
Cyanide Level Reduction

Scaling Electroless Nickel for Oilfield Components

Designing and stabilizing an electroless nickel process for oilfield tools with demanding

40%
Cycle Time Reduction

Let’s Talk About Your Next Challenge.

Our experts are ready to help you find the right chemistry, process, or service for your needs.
3D-rendered industrial gear component representing precision engineering and advanced manufacturing