Electrophoretic coating lines can be categorized based on several criteria. From the perspective of electrode polarity in the electrophoresis process, they are divided into cathodic electrophoresis and anodic electrophoresis systems. In terms of conveying method and structural configuration, E-coating lines include Chain Conveyor Track E-Coating Line, Automatic Gantry Crane E-Coating Line, Accumulation Conveyor E-Coating Line, and Self-Propelled Hoist Conveyor E-Coating Line.

Each type of electrophoretic coating line is designed to suit specific workpiece characteristics and production requirements, ensuring optimal coating quality and operational efficiency.

Product Overview

An electrophoretic coating line is a surface finishing process that applies an electric field to evenly suspend coating material in a water-based medium and drive it to uniformly deposit onto the surface of a workpiece. Depending on the substrate material and required performance, the system can be configured as either a cathodic or anodic electrophoresis process, ensuring optimal coating results for different applications. 

Key Features of the Electrophoresis Coating Line: 

•  High productivity:

The electrophoresis coating line supports both continuous and batch-type automated operation, significantly enhancing manufacturing efficiency while ensuring consistent and stable coating quality.  

•  Energy-efficient and eco-friendly:

By utilizing a closed-loop circulation system, the electrophoresis coating line minimizes water and solvent usage, reduces wastewater and exhaust emissions, and complies with modern environmental protection standards.  

•  Outstanding coating performance:

This process produces a uniform, compact, and smooth coating layer on the workpiece surface, offering excellent adhesion, strong corrosion resistance, superior wear resistance, and reliable long-term protection.

Main units of electrophoresis equipment:

① Coating tank structure

② Agitation and circulation system

③ Electrode assembly

④ Temperature regulation system

⑤ Paint feeding unit

⑥ Ultrafiltration system

⑦ Exhaust and ventilation system

⑧ Electrical power supply system

⑨ Post–e-coating rinsing unit

⑩ Paint storage system 

Control system configuration:

Uses imported relays and time relays, with optional PLC control combined with a touchscreen human–machine interface. 

Operational features: 

1.Advanced automation level  

2.Stable and dependable performance 

3.High output and production efficiency  

4.Uniform coating quality for large-scale manufacturing  

5.Accurate and adjustable film thickness   

Characteristics of an electrophoretic coating line

Elektroforetik kaplama, mükemmel boya kullanım verimliliği, hızlı kaplama hızı ve güçlü yapışma özelliği sunarak olağanüstü korozyon ve pas koruması sağlar. Geniş bir malzeme yelpazesi için uygun, güvenli ve çevre dostu bir kaplama teknolojisidir. Kaplama hızla kürleşir ve mükemmel akış ve düzleşme performansı gösterir.