Aluminum Extrusion Profile Automated Electrostatic Spray System Booth Oven Powder Coating Line Plant

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Aluminum Extrusion Profile Automated Electrostatic Spray System Booth Oven Powder Coating Line Plant

Name: Aluminum Extrusion Profile Automated Electrostatic Spray System Booth Oven Powder Coating Line Plant
Brand: Hebei Hanna Technology Co., Ltd.
SKU: 1600259667412_1
Price: 18888.00 USD
Availability: InStock
Rating: 4.8 (100 reviews)

Product overview

Core functionalities

Applicable scenarios

Unique advantages

Automated Electrostatic Spray System: High-efficiency application of powder coatings via electrostatic technology, ensuring even coverage on aluminum extrusions, steel, and other metal substrates.
Integrated Powder Coating Line: End-to-end process combining pre-treatment, electrostatic spraying, and curing in a drying oven, supporting galvanizing, painting, and powder coating methods.

Key features

1. Advanced Electrostatic Spray & Powder Coating Technology

With electrostatic spray and powder coating technology, achieve durable, corrosion-resistant finishes on metals like aluminum and steel. This method reduces material waste by up to 30% compared to traditional liquid painting*, ensuring cost efficiency and eco-friendliness.

2. Automated Touchscreen Controls with Multi-Program Presets

With automated touchscreen interfaces and multi-program presets for painting, galvanizing, and powder coating, streamline process switching without manual adjustments. Setup times are up to 50% faster than manual systems*, enhancing productivity.

3. High-Speed Drying Ovens with 380V Efficiency

With high-output drying ovens designed for 380V power, achieve rapid curing cycles that reduce production downtime by 25%* compared to conventional ovens. Maintain consistent quality across large-scale operations.

4. Modular Design for Versatile Industrial Applications

With a modular production line adaptable to substrates like aluminum, steel, and stainless steel, cater to both small-batch customization and high-volume commercial production. Ideal for continuous operation in industrial settings.

5. EN ISO 12100 Safety-Certified System

Certified to EN ISO 12100 safety standards, ensuring operator protection and compliance with global industrial regulations. Prioritizes workplace safety compared to non-certified systems, reducing risk exposure.

Product details

The Aluminum Extrusion Profile Automated Electrostatic Spray System Booth Oven Powder Coating Line Plant is a high-performance coating solution designed for metal fabrication. Equipped with EN ISO 12100 certification, it supports diverse processes like electrostatic spraying, powder coating, and galvanizing, ensuring precision and safety. Its modular design and automated systems enable efficient production of coated aluminum, steel, and other metal components.

Technical specifications

Feature	Specification	Benefit
Certification	EN ISO 12100	Ensures compliance with international safety standards.
Coating Methods	Powder coating, electrostatic spray, galvanizing	Versatile application for diverse surface finishes.
Machine Types	Drying oven, spray booth, coating line	Streamlined integration for end-to-end coating.
Substrate Compatibility	Steel, galvanized steel, aluminum, stainless steel	Adaptable for multiple metal fabrication needs.
Voltage	380V	Standard industrial power compatibility.
Process Flow	Galvanizing and powder coating	Dual-process capability for enhanced corrosion resistance and aesthetics.
Automation Level	Semi-automated to fully automated options	Reduces manual intervention and improves consistency.

Customization guide

Adjustable parameters include:

Production line length (customizable to match facility space).
Conveyor speed (optimized for coating thickness requirements).
Coating thickness settings (tailored to substrate type and application needs).

Get inspired

With this system, manufacturers can achieve durable, uniform coatings for architectural profiles, automotive parts, and industrial components. Its automated electrostatic spray technology minimizes material waste, while the high-precision oven ensures even curing for long-lasting finishes.

Choose your model

Parameter	Base Model	Advanced Model	Pro Model
Coating Speed	10 m/min	+15% (11.5 m/min)	+30% (13 m/min)*
Temperature Control	±3°C accuracy	±2°C accuracy	±1°C accuracy
Automation Level	Semi-automated	Partially automated	Fully automated
Drying Capacity	500 kg/h	650 kg/h	800 kg/h

Supplier's note

Technical Breakthroughs:
- The Pro Model’s ±1°C temperature control ensures precise curing, reducing defects in high-precision parts.
- Full automation in the Pro Model cuts downtime by 20% compared to semi-automated systems.
- The modular design allows rapid reconfiguration for small-batch production or high-volume runs.
Version Selection Guide:
- Base Model: Ideal for SMEs with limited space or smaller production volumes (e.g., custom architectural components).
- Advanced Model: Suitable for mid-sized manufacturers requiring partial automation and moderate throughput (e.g., automotive trim parts).
- Pro Model: Best for large-scale industrial users needing high-speed, high-precision coating (e.g., mass-produced metal furniture).

With the Pro Model’s ±1°C temperature control, you can achieve flawless curing for aerospace-grade components. Pair this with its 13 m/min coating speed to outpace industry benchmarks by 30%, reducing production cycles significantly.

Frequently asked questions

Which aluminum extrusion powder coating line suits small-scale production?
How to maintain the electrostatic spray booth for optimal performance?
Powder coating vs liquid paint for metal surfaces: Which is better for durability?
Can the coating line handle both steel and aluminum substrates?
Is the powder coating line EN ISO 12100 certified for safety?
How does automation improve efficiency in metal coating processes?
Can galvanizing and powder coating be integrated in one production line?
Is the 380V voltage compatible with standard industrial power supplies?

Product comparison

Category	Usage Scenarios	Characteristics	Advantages	Disadvantages
Certification Standards	Compliance-driven manufacturing	EN ISO 12100 (Industry Standard) ▲ Advanced adds ISO 14971 risk management (ISO 13849-1 PLd)	Ensures safety compliance and reduces liability risks.	Advanced certifications may increase upfront costs by 15–20%.
Coating Capabilities	Automotive/appliance manufacturing	Electrostatic spray (95% material efficiency) ▲ Advanced: Powder coating (98% efficiency, ASTM D3924)	Minimizes material waste and achieves uniform finishes.	Powder coating requires higher energy for curing (▲ Advanced adds 20% energy cost).
Machine Temperature Control	High-volume production lines	Drying oven: 60–120°C range ▲ Advanced: ±1°C uniformity (ISO 9001)	Ensures consistent curing across parts, reducing defects.	Advanced models may have longer preheating cycles (▲ Base: 15 min; Advanced: 10 min).
Substrate Compatibility	Diverse material processing	Handles 5+ metals (steel, aluminum, etc.) ▲ Advanced: Exotic alloys (ASTM A370)	Flexibility for projects using varied materials (e.g., aerospace, construction).	Specialized substrates may need custom calibration (▲ Advanced reduces downtime by 30%).
Automation & IoT	Smart manufacturing facilities	Basic PLC control ▲ Advanced: IoT monitoring (ISO/IEC 88078)	Real-time data improves efficiency and predictive maintenance.	Requires IT infrastructure investment (▲ Advanced adds $5k–$10k in setup costs).
Voltage Flexibility	Global industrial setups	380V standard ▲ Advanced: 440V support (IEC 60038)	Meets global voltage standards, reducing compatibility issues.	Higher voltage may require transformer upgrades (▲ Base: 380V only; Advanced: dual-voltage).