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Electrophoretic Coating Production Line for Electric Bikes and E-Mobility Components

Electrophoretic Coating Production Line for Electric Bikes and E-Mobility Components photo-1
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Product Spotlights

Automated, turnkey electrophoretic coating line designed specifically for electric bike and e-mobility components. Delivers superior, uniform corrosion protection even on complex parts. Features high paint utilization (over 95%) via UF rinse, reducing waste and cost.
Negotiable MOQ: 1 Set (Price negotiable depending on order volume and customization)
Key Specifications
Get Latest Price
Application:
Other, Electric bikes
Coating Type:
Other, Cathodic or anodic electrophoretic coating
Control System:
PLC-based automated control system
Payment & Shipping
Payment Methods:
Port of Shipment:
Ningbo/Shanghai
Delivery Detail:
Delivery time depends on order quantity.
Application Other, Electric bikes
Coating Type Other, Cathodic or anodic electrophoretic coating
Control System PLC-based automated control system
Line Capacity Customizable based on production volume
Energy Efficiency Optional heat recovery systems available

As a professional manufacturer with over a decade of experience, Deqing Leixin Coating Equipment Co., Ltd. is proud to present our advanced Electrophoretic Coating Production Line, engineered specifically for the burgeoning electric bike and e-mobility industry. Since our establishment in 2011, we have dedicated ourselves to perfecting surface finishing solutions that combine durability, efficiency, and environmental responsibility. This automated line represents our commitment to providing manufacturers with a reliable, high-quality coating process that enhances product longevity and aesthetic appeal, helping our clients meet the stringent demands of modern electric vehicle components.

Our electrophoretic coating line is designed as a complete, integrated system to apply a uniform, corrosion-resistant, and adhesive paint film to metal parts. The process ensures exceptional coverage, even on complex geometries and recessed areas common in e-bike frames, battery casings, motor housings, and structural components. By investing in this technology, you secure a consistent finish that protects against weathering, chemicals, and physical impacts, directly contributing to the reliability and marketability of your final products.

Core Technical Specifications & Process Flow:

The production line operates on a fully programmable logic, ensuring repeatability and minimal operator intervention. Below is a detailed breakdown of the standard process stages and their key parameters:

Process Stage Key Function Typical Configuration Notes
Pre-treatment Cleaning, degreasing, phosphating Multi-stage spray or immersion system; essential for coating adhesion.
Electrophoretic Coating Tank Application of paint via electrophoresis Tank size and rectifier power customizable; includes circulation and filtration.
Post-Rinse & UF Rinse Removes excess paint, recovers resin Ultrafiltration (UF) system maximizes paint utilization, reducing waste.
Curing Oven Bakes and cross-links the coating film Electric or gas-fired; temperature range and length tailored to paint specs.
Material Handling Transport of components through stages Overhead conveyor or power-and-free system; load capacity is customizable.
Control System Monitors and controls all parameters PLC with HMI touchscreen; optional data logging and remote monitoring.

Distinct Advantages for Your E-Mobility Production:

  • Superior Corrosion Protection: The electrophoretic process creates a continuous, pin-hole-free film that offers outstanding resistance to salt spray, humidity, and chemicals, which is critical for outdoor e-mobility applications.

  • Exceptional Throwing Power: Achieves uniform coating thickness on complex shapes, inside corners, and welded seams, ensuring complete protection of intricate e-bike frames and components.

  • High Material Utilization & Low Waste: The closed-loop UF rinse system allows for over 95% paint usage efficiency, significantly reducing material costs and environmental impact compared to traditional spray methods.

  • Fully Automated Operation: Reduces labor costs and human error. The PLC-controlled system ensures consistent process parameters like voltage, time, and temperature for every batch.

  • Scalable & Customizable Design: Our lines are not one-size-fits-all. We design systems based on your specific throughput, component size, factory layout, and future expansion plans.

  • Enhanced Product Aesthetics: Provides a smooth, high-quality finish that serves as an excellent base for topcoats or can be used as a final coating in a wide range of colors.

Frequently Asked Questions (FAQ):

  1. What is the main difference between cathodic and anodic e-coating, and which is better for e-bike parts?
    Cathodic e-coating offers superior corrosion resistance as the workpiece acts as the cathode, making it the preferred choice for high-performance applications like e-bike frames exposed to harsh conditions. Anodic coating is suitable for less demanding applications. We can advise on the best type for your specific needs.

  2. Can this line handle different sizes and shapes of components in a single run?
    Yes, the line is designed with flexibility in mind. Conveyor systems and tank dimensions can be configured to accommodate a mix of parts, from small brackets to large frame assemblies, often within the same production cycle.

  3. How energy-intensive is the curing oven, and are there efficiency options?
    Curing is a thermal process, but modern ovens are well-insulated. We offer optional heat recovery systems that capture waste heat from the oven exhaust to pre-heat incoming air or process water, substantially lowering energy consumption.

  4. What kind of factory space and utilities are required for installation?
    Adequate floor space (our factory operates in 1,000-3,000 sqm facilities), a robust electrical supply for rectifiers and ovens, water supply/drainage, and proper ventilation are essential. We provide detailed layout and utility requirement plans during the project design phase.

  5. Do you provide training and technical support after installation?
    Absolutely. We include comprehensive operator training and provide detailed manuals. Our technical support team is available for remote assistance, and we can arrange on-site service visits if needed.

  6. Is the paint included with the line, or do we source it separately?
    The coating line is supplied as capital equipment. The electrophoretic paint is typically sourced separately to give you the flexibility to choose a paint supplier that meets your specific color, performance, and budget requirements. We can recommend compatible paint brands.

  7. How does your ISO 9001 certification benefit me as a buyer?
    Our ISO 9001:2015 certification ensures that our design, manufacturing, and quality control processes are systematic and consistently applied. This translates into reliable equipment, on-time delivery, and thorough documentation, giving you confidence in your investment.

  8. What is your typical lead time for a complete line?
    Lead times vary based on the complexity and level of customization. For a standard configuration, it typically ranges from 3 to 6 months from order confirmation to shipment. We provide a detailed project timeline upon quotation.

Backed by over a decade of manufacturing expertise and a commitment to quality underscored by our ISO9001 certification, Deqing Leixin delivers more than just equipment—we deliver a partnership. With an annual export value reaching US$1.5 Million and a strong presence across Southeast Asia, the Middle East, Africa, and the Americas, our solutions are trusted by manufacturers worldwide. Our team of 51-100 dedicated professionals operates from our facility in Huzhou, ensuring every production line is built to the highest standards. This electrophoretic coating line is engineered to future-proof your e-mobility manufacturing, offering a blend of robust protection, operational efficiency, and cost-effectiveness that directly impacts your bottom line. Contact us today to discuss how we can tailor a coating solution to elevate the quality and durability of your electric bike components.

Product Tags: Electrophoretic Coating Line , E-Coating System for E-Mobility , Automated E-Coat Line

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Platinum Verified Supplier
1Yr
Verified Business License
Business Type
Manufacturer
Year Established
2011
Factory Size
1,000-3,000 square meters
Annual Export Value
US$1 Million - US$1.5 Million

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