Product Description:

The Electrophoretic Coating Equipment uses Water-based Paint as the primary Coating Material, which is eco-friendly and easy to use. The use of Water-based Paint also ensures that the coating is smooth, uniform, and long-lasting.
The Electrophoretic Dip Coating System is designed for metal products, making it an ideal choice for manufacturers who need to coat metal products in large quantities. The equipment can handle a wide range of metal products, from small components to large structures.
The working temperature of the Electrophoretic Coating Equipment is between 20-50℃, which is the optimum temperature range for the coating process. The temperature range ensures that the coating is applied evenly and that the coating material adheres well to the metal surface.
The Coating Method used by the Electrophoretic Dip Coating System is Dipping, which is a highly effective and efficient method. The Dipping method ensures that the coating material covers all parts of the metal product, even hard-to-reach areas. The result is a uniform, smooth, and high-quality coating.
In conclusion, the Electrophoretic Dip Coating System is an ideal choice for manufacturers who need to coat metal products with a high-quality, long-lasting, and uniform coating. The equipment is highly efficient, with a 95% Coating Efficiency, and uses Water-based Paint, making it eco-friendly and easy to use. The Electrophoretic Coating Equipment is designed for metal products, works optimally at a temperature range of 20-50℃, and uses the Dipping method, which is highly effective and efficient.

Features:

• Product Name: Electrophoretic Coating Equipment
• Coating Color: Various Colors Available
• Application: Metal Products
• Coating Type: Electrophoretic
• Coating Efficiency: 95%
• Tank Size: Customizable
• Anodic Electrophoretic Coating System
• Electrodeposition Coating System
• Electrodeposition Coating Equipment

Applications:

The Huier Electrophoretic Dip Coating System is perfect for coating thicknesses between 5-50 microns, making it suitable for a variety of applications. You can use it for coating metals, plastics, and other materials with ease. The working temperature range of this dip coating machine is between 20-50℃, which is perfect for most coatings. It also has a coating efficiency of 95%, ensuring that your coatings are uniform and of high quality.
The Huier Electrodeposition Coating System is highly customizable, with various colors available to suit your preferences. The tank size is also customizable, allowing you to coat large or small parts depending on your needs. The versatility of this electrophoretic coating equipment makes it ideal for various industries such as automotive, electronics, and construction.
Whether you need to coat small or large parts, the Huier Electrophoretic Coating Equipment is the perfect choice. Its reliability, efficiency, and versatility make it suitable for various coating scenarios. So, whether you need to coat small metal parts or large plastic components, this dip coating machine has got you covered.

Usage:

1. Loading: transport the processed workpiece to the loading station.
2. Workpiece pretreatment: degrease, pickle, phosphate and other treatments are performed on the workpiece to ensure that the surface is clean and has good adhesion.
3. Electrophoretic coating: the workpiece is immersed in the electrophoretic tank under the gantry structure for coating, and the voltage and time are adjusted by the control system.
4. Post-electrophoretic cleaning: water washing and ultrafiltration water washing are carried out in sequence to remove excess electrophoretic paint and impurities.
5. Drying: the workpiece enters the drying chamber and completes curing at the set temperature and time.
6. Unloading: remove the painted workpiece from the conveying device.

The main components and workflow of the assembly line usually include:
1. Hanging device: used to hang the workpiece to be processed on the hanger and prepare to enter the production line.
2. Pretreatment stage: including degreasing, water washing, neutralization, surface adjustment, phosphating and other processes to prepare the surface for electrophoretic coating.
3. Electrophoretic coating: the workpiece is immersed in the electrophoretic tank, and the charged paint particles are deposited on the surface of the workpiece to form a uniform coating through the action of the DC electric field.
4. Post-treatment: After painting, it is washed with water and rinsed with pure water several times to remove excess paint, and then cured by a drying furnace.
5. Hanging and inspection: After the workpiece is cured, it is removed from the hanger and the final quality inspection is carried out.
6. Control system: PLC (programmable logic controller) and human-machine interface (HMI) are used to automatically control the operation of each link according to the preset process flow to ensure the coating quality and production efficiency.
7. Environmental protection and safety measures: equipped with corresponding wastewater treatment and waste gas purification facilities to ensure environmental protection requirements in the production process.