CED Plants

• Highest level of rust resistance
• Allows coating of highly recessed areas
• Provide ability to coat complex shapes with unmatched preciseness
• Transfer efficiency of over 95%, reduced paint wastage
• CED paint does not sag during curing and doesn't wash off in enclosed areas due to hot vapours

• Environment Friendly

• Economical

• Fully automatic operation, film thickness can be controlled.

• Uniform coating

• Better coverage in box and interior surfaces

• Good coverage of sharp corners

• Good Salt Spray Life

• Better chip and corrosion resistance

• Nearly 100% paint utilization.

• Superior in anti-pollution, safety

• Longer Life Durability

It is water based coating method done on metal components. Coating is done by keeping the component connected to a circuit as the cathode and positively charged paint particles (anode) suspended in aqueous medium are deposited under direct current. Deposited film does not re-dissolve and the un-deposited material is rinsed off.

CED coating is preferred because of its:

• Uniform coating thickness without porosity

• Parts of complex shapes and cavities can be fully covered

• Efficient utilization of coating materials

• Relatively high speed coating

• Environmental friendly

• Superior chemical resistance

• High Salt Spray life

• Good corrosion resistance

Salient Features:

• Innovative Design

• Economical

• Application Oriented

• Long Durability

• Efficient Utilization of coating material

CED (Cathodic Electrodeposition) coating plants are used for applying protective coatings on various metal surfaces. These coatings provide excellent corrosion resistance and enhance the durability of the coated objects. Here are some common types of CED coating plants:

1. Batch-Type CED Coating Plant: This type of plant is suitable for coating small to medium-sized parts. It typically consists of a tank where the parts are immersed in the CED paint solution. An electrical current is applied, causing the paint to deposit uniformly on the surfaces of the parts.

2. Conveyorized CED Coating Plant: In this type of plant, a conveyor system is used to move the parts through the coating process. It is ideal for coating large volumes of parts with consistent quality. The parts are typically loaded onto the conveyor, immersed in the CED paint bath, and then moved through various stages like pre-treatment, CED coating, rinsing, and curing.

3. Dip-Spin CED Coating Plant: This plant is commonly used for coating small parts like fasteners, nuts, bolts, and small components. The parts are attached to a spinning fixture, which is dipped into the CED paint bath. As the fixture spins, the paint is evenly deposited on the surfaces of the parts.

4. Rotational CED Coating Plant: This type of plant is similar to the dip-spin plant, but it is designed for coating larger parts or components. The parts are mounted on a rotating fixture, which is immersed in the CED paint bath. The rotation ensures uniform coating on all surfaces of the parts.

5. Manual CED Coating Plant: In this type of plant, operators manually apply the CED paint using spray guns or other application methods. It is suitable for coating complex or irregularly shaped parts that cannot be easily coated using automated processes. The coated parts are then typically cured in an oven or through other curing methods.

These are some common types of CED coating plants used in industrial applications. The choice of plant depends on factors such as the size of the parts, production volume, automation requirements, and the desired coating quality.

It is water based coating method done on metal components. Coating is done by keeping the component connected to a circuit as the cathode and positively charged paint particles (anode) suspended in aqueous medium are deposited under direct current. Deposited film does not re-dissolve and the un-deposited material is rinsed off.

CED coating is preferred because of its:

• Uniform coating thickness without porosity
• Parts of complex shapes and cavities can be fully covered
• Efficient utilization of coating materials
• Relatively high speed coating
• Environmental friendly
• Superior chemical resistance
• High Salt Spray life
• Good corrosion resistance

Salient Features:

• Innovative Design
• Economical
• Application Oriented
• Long Durability
• Efficient Utilization of coating material
• High efficiency
• Less maintenance
• Easy operation

Specifications:

• Gloss: High / Semi / Matt gloss
• Curing Condition: 200deg for 10min
• Extraction Rate: 7-9 m3/kg
• Usage Finished Powder Coating

Advantages:

• Focused After Sales Support
• Distribution from Himachal to Coimbatore and Ghuwati to Vadodra
• Associated Trolley to easily movement