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KEMP · ELECTROGALVANIZING UPGRADE

ELPANGUpgrade 500

Hex nuts

HIGH CORROSION RESISTANCE

Higher corrosion resistance.
Broader application potential.

ELPANG Upgrade 500 raises corrosion performance on existing zinc electroplating lines. Across the specified 6–12 µm conditions, the system delivers red-rust SST results of 500–720 hr, supporting component-specific alternatives to hot-dip galvanizing and zinc-nickel plating.

Coating thickness
6–12µm
White-rust SST
72–120hr
Red-rust SST
500–720hr

Range endpoints represent different thickness conditions. See the table below for the corresponding white- and red-rust values at each thickness.

PERFORMANCE BY THICKNESS

White- and red-rust performance
by plating thickness.

Compare white- and red-rust SST results
at each plating thickness to select
the specification for your components.

On smaller screens, scroll horizontally within the table to view all columns.

GradeExisting lineThickness (µm)White-rust SST (hr)Red-rust SST (hr)Applications
Upgrade 500Zinc electroplating + sealer6–872–96500①②③
Upgrade 500Zinc electroplating + sealer8–1072–120600①③
Upgrade 500Zinc electroplating + sealer10–1272–120720①③④
  • ① Improve zinc electroplating performance
  • ② Evaluate substitution for lower-cost hot-dip galvanizing
  • ③ Evaluate substitution for higher-cost hot-dip galvanizing
  • ④ Evaluate substitution for zinc-nickel plating

Source: ELPANG Upgrade System performance table · ASTM B117 · Results correspond to the thickness and process conditions shown.

PRODUCT & PROCESS

Upgrade 500 chemicals and process

The system is built around UP500-A and UP500-B. For alkaline lines, also assess whether UP500AKL is required. The scope of operational and quality-management support is agreed individually.

01

Dedicated Chemical Supply

UP500AKL · UP500-A · UP500-B

02

Process Control

Manage current density and bath conditions.

03

Quality & Performance

Monitor SST performance and address quality issues on an ongoing basis.

04

Data-System Support

Support production stability and process optimization.

Process overview: zinc plating → activation and chromate treatment → UP500-A in the third rinse → UP500-B sealer. For alkaline lines, review the addition of UP500AKL to the plating bath. Operating specifications depend on the plating bath, rack or barrel process, and initial make-up or replenishment stage.

Use the latest TDS and agreed line operating specification for dosage, bath concentration and dilution ratios. Calculator defaults are inputs for cost estimation.

ECONOMIC SIMULATOR

What changes
on your line?

Use your operating conditions to compare estimated consumables costs before and after adoption, including the percentage change. Detailed breakdowns and consultation are optional. No contact details are required to view the results.

TECHNICAL RESOURCES

Take your review
to the next step.

Choose the catalog for your line type.
Contact our technical team for dosing conditions
and test documentation.