Equipment Supplied by Palm Technology
Palm Technology designs and manufactures process equipment for plating, anodizing, and chemical processing lines. Our products are built for long-term reliability in corrosive and demanding environments, with precision engineering and modularity at the core of every system.
Tanks and Fabrication
Custom-built tanks fabricated from polypropylene, PVDF, PVC, or stainless steel. Palm's fabrication team designs process tanks for immersion, cleaning, chemical storage, and critical containment—engineered for corrosion resistance and long-term service.
Process Pumps
Chemical-resistant pumps designed for fluid transfer, filtration, and recirculation. Available in magnetic drive, vertical, or horizontal configurations, suited for electroless, acid, and alkaline chemistries.
Filtration Equipment
Complete filtration systems with integrated pumps, housings, and media for nickel, copper, and other plating and chemical processes. Modular and scalable designs ensure optimal bath clarity and contamination control.
Rectifiers
DC power supplies engineered for plating and anodizing. Palm offers air and water cooled rectifiers with digital controls, remote operation, and PLC/SCADA integration to support both manual and automated lines.
Filter Media
A wide range of cartridges, filter bags, and specialized media designed to remove particulates, organics, and sludge from process baths—extending bath life and improving finish quality.
Anode Baskets
Titanium and stainless steel anode baskets custom-built to match tank layouts and anode load requirements. Engineered for uniform current distribution and chemical resistance.
Heaters and Controls
Immersion heaters and digital temperature control systems designed for safe, accurate heating of plating and chemical baths. Palm supplies quartz, PTFE, and metal-sheathed heaters with redundant safety and alarm systems.
Anodizing Cathodes
Aluminum cathodes outperform lead cathodes. Aluminum has 6- 7 times the conductivity of lead requiring less anodizing time at comparable current densities. Aluminum generates less heat reducing cooling requirements and there is no lead in the effluent.