UP100-A · UP100-AW
Part A — dilute 1 part concentrate in 100 parts water.
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.
| Grade | Existing line | Thickness (µm) | White-rust SST (hr) | Red-rust SST (hr) | Applications |
|---|---|---|---|---|---|
| Upgrade 100 | Zinc electroplating | 1–2 | 15 | 96 | ① |
- 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
Chemical System
Review pretreatment, plating and post-treatment conditions on the existing line against the customer's specification.
UP100-B · UP100-BW
Part B — dilute 1 part concentrate in 15 parts water.
Technical documentation is available for detailed specifications and application processes.
The system and dilution ratios above are from existing product documentation. Use the latest TDS and the findings of a line-specific review to determine actual dosage, concentration and process conditions.
APPLICATION REVIEW
Start with the requirements
of your thin-coated parts.
A calculator is not currently available for Grade 100. Share the substrate, coating thickness and target performance so we can review application conditions and technical documentation with you.