TECHNOHABITAT Pvt. Ltd. manufactures customized CED Coating Plants for industrial applications requiring uniform coating coverage and enhanced corrosion protection. Our CED systems can be designed with pretreatment, electro-deposition tanks, rinsing stages, UF systems, curing ovens, conveyors, rectifiers, and control systems according to component size, production capacity, coating requirements, and plant layout.
TECHNOHABITAT Pvt. Ltd. designs and manufactures CED Coating Plants for industrial manufacturers looking for a controlled and uniform electro-deposition coating process.
CED (Cathodic Electro Deposition), also known as Cathodic E-Coating or Cathodic Electrodeposition, is an electrically assisted coating process in which electrically charged paint particles are deposited onto a conductive component immersed in a coating bath.
The process can provide uniform coating coverage, including difficult-to-reach areas, and is widely used where corrosion protection and consistent coating performance are important.
TECHNOHABITAT develops CED coating systems according to the customer's component dimensions, production capacity, substrate, required coating thickness, process sequence, conveyor arrangement, available space, and level of automation.
Every manufacturing facility has different requirements. Our CED coating plants can be customized according to:
The plant can be developed as a standalone CED coating system or integrated with a complete surface treatment and painting line.
A typical CED coating line may follow the sequence:
Loading → Pre-Treatment → Rinsing → CED Coating → Post Rinse → UF Rinse → Drain / Flash-Off → Curing → Cooling → Unloading
The exact number and sequence of stages depends on the substrate, coating material, chemical process, production requirements, and paint manufacturer's recommendations.
Pretreatment prepares the component surface before it enters the CED bath.
Depending on the substrate and coating system, the pretreatment section may include:
The actual pretreatment sequence should be finalized according to the chemical supplier's process requirements.
The CED tank contains the electrodeposition coating bath in which components are immersed.
The tank design can be customized according to:
Suitable circulation and process-control arrangements can be incorporated to maintain the required coating bath conditions.
The rectifier supplies controlled DC electrical power to the CED coating process.
The rectifier specification is selected according to factors such as:
Electrical parameters should be finalized based on the CED paint manufacturer's process specifications.
An ultrafiltration system can be incorporated into the CED coating line for rinsing and recovery of coating material from the component surface.
UF systems can help separate permeate from the coating bath and support the required rinse and material recovery process.
After leaving the CED tank, components can pass through one or more rinsing stages to remove excess coating material from the surface.
The rinse arrangement can be configured according to the coating system and required process sequence.
After electrodeposition and rinsing, the coated components enter a curing oven.
The curing oven provides controlled heating to achieve the required coating properties.
TECHNOHABITAT can integrate:
The curing temperature and time should always be established according to the CED paint manufacturer's technical data sheet.
CED coating plants generally require controlled movement of components through the different process stages.
TECHNOHABITAT can provide customized:
Conveyor speed and track layout can be designed according to production capacity, component weight, process times, tank dimensions, and factory layout.
Depending on production requirements, the CED plant can incorporate different levels of automation.
Suitable for applications where operators control selected process functions.
Suitable for higher-production applications where process parameters such as conveyor movement, temperature, tank levels, and selected process functions are automatically controlled.
Automation can be customized according to the required production process.
The electro-deposition process can provide consistent coating coverage over conductive surfaces and complex component geometries.
CED coatings are widely used as primer systems where corrosion resistance is an important requirement.
Electrical and process parameters can be monitored and controlled according to the selected coating system.
Pretreatment, CED coating, rinsing, UF, curing, conveyor and control systems can be integrated into one production line.
Tank dimensions, process stages, conveyor layout, curing oven, and automation can be designed around the customer's requirements.
CED coating plants can be used for a variety of industrial applications, including:
Electrodeposition can provide controlled and relatively uniform coating over conductive components.
The process can provide coating access to recessed and difficult-to-reach areas, depending on component geometry and process conditions.
CED is commonly used as a protective primer/coating system where corrosion resistance is required.
CED coating lines can be integrated with conveyorised production systems for higher-volume manufacturing.
Controlled electrical, chemical, temperature, and process parameters can support repeatable coating results.
TECHNOHABITAT can design a complete CED coating system consisting of:
Loading → Pretreatment → Rinsing → CED Tank → Post Rinse → UF System → Curing Oven → Cooling → Unloading
Additional equipment can include:
The final configuration depends on the selected CED coating technology and project requirements.
| Parameter | Specification |
|---|---|
| Product | CED Coating Plant |
| Process | Cathodic Electro Deposition |
| Operation | Manual / Semi-Automatic / Automatic |
| Coating Method | Immersion + Electrical Deposition |
| Pretreatment | Customized Multi-Stage |
| CED Tank | Customized |
| Rectifier | As per Process Requirement |
| UF System | Available |
| Post-Rinse | Customized |
| Curing Oven | Gas Fired / Electric |
| Conveyor | Overhead / Chain |
| Temperature Control | Digital / PID |
| Automation | Customized |
| Production Capacity | Customized |
| Component Size | Customized |
| Plant Layout | Customized |
| Application | Industrial Corrosion Protection & Surface Finishing |
Note: Final CED plant specifications—including bath volume, rectifier capacity, tank dimensions, process stages, UF capacity, conveyor speed, curing conditions, and chemical parameters—must be finalized based on the component specifications and CED paint/chemical supplier's process requirements.
For inquiries, project discussions, or technical support, our team is available to assist you with expert guidance and practical solutions. Contact us to discuss how we can enhance your industrial processes.
With expertise in industrial surface finishing solutions, TECHNOHABITAT Pvt. Ltd. specializes in manufacturing powder coating plants, paint booths, CED coating plants, conveyor systems, curing ovens, and complete coating solutions, delivering quality, efficiency, and reliable support to industrial customers.
© Copyright 2022, All Rights Reserved
