Chemical Compatibility & Media Suitability
Dielectric, chemical resistant electroplating and metal finishing baths engineered in PVDF, PPH and FRP.
Operating Temp
Ambient to +90°C
Capacity / Scope
Custom Sized
Design Standard
Dielectric Non-Conductive
Testing Protocol
Zero Electrical Loss
Dielectric Non-Conductive Electroplating Process Tank with Anode/Cathode Busbar Mounts
Engineering Architecture & Construction
1. Non-Conductive Dielectric Construction
High electrical insulation eliminates stray current leakage, short circuits, and power loss during high-amperage plating operations.
2. Integrated Busbar & Agitation Supports
Custom engineered with copper busbar saddle brackets, air sparging agitation pipes, and chemical filter intake/discharge ports.
Technical Specifications & Design Parameters
| Engineering Parameter | Standard Specification |
|---|---|
| Liner Materials | High-Purity PVDF or PPH (Polypropylene Homopolymer) |
| Outer Casing | Vinyl Ester Resin FRP with reinforced boxed top rim |
| Electrical Insulation | 100% Dielectric (High electrical breakdown resistance) |
| Accessories Included | Anode/cathode saddles, liquid level switches, air agitation headers |
| Temperature Control | Provisions for Titanium / Teflon immersion heaters & cooling coils |
| Testing Protocol | 20kV spark leak testing across all internal polymer joints |
Target Industrial Sectors
Hard Chrome Plating
Hydraulic Cylinder & Roller Plating
Decorative Plating
Nickel-Chrome Sanitary & Auto Trim
Zinc Plating
Fastener & Hardware Corrosion Protection
Jewelry & PCB
Gold, Silver & Copper Plating Baths
Automotive OEM
Wheel Rim & Engine Part Finishing
Aviation
Cadmium & Hard Chrome Landing Gear Baths