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500–2000 Tons/Month Automatic Anodizing Production Line with PLC Control for Aerospace Parts Compliant with MIL-A-8625

500–2000 Tons/Month Automatic Anodizing Production Line with PLC Control for Aerospace Parts Compliant with MIL-A-8625

Brand Name: MEI-AL
Model Number: MEI-AL-D1
MOQ: I set
Price: Customized Price
Packaging Details: Standard Packaging
Payment Terms: L/C,T/T
Detail Information
Place of Origin:
Foshan, China
Output:
500T/month
Extrusion Ratio:
2.5kg/m²
Product Name:
Automatic Anodizing Production Line
Funcion:
Remote Monitoring And Control
Pre-Treatment Process:
Degreasing, Etching, Desmutting
Feature:
Advanced Waste Treatment Systems
Thermal Equipment Fuel:
Gas,liquefied,diessel..
The Mode:
Vertical Or Horizontal Anodizing
Power Consumption:
10-30 KW
Control System:
PLC Automatic Control
Color:
Red ,green ,yellow,blue.black...
Cooling Method:
Water Cooling
Voltage:
0-22V
Highlight:

500–2000 Tons/Month Capacity Automatic Anodizing Production Line

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MIL-A-8625 Compliance Anodizing Production Line

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PLC Automatic Control Aerospace Anodizing Line

Product Description
500–2000 Tons/Month Automatic Anodizing Production Line for Aerospace Aluminum Structural Parts
Overview
This fully automatic anodizing production line is specifically designed for aerospace aluminum structural parts, manufactured in compliance with MIL-A-8625 industry specifications. The system supports standardized surface treatment for mainstream aerospace aluminum alloys, processing common structural components including aluminum structural frames, aviation brackets, precision aviation profiles, and aerospace sheet metal parts.
The comprehensive process covers complete pre-treatment, anodizing formation, optional electrolytic coloring, and post-sealing treatment. Utilizing a gantry automatic lifting and circulating operation mode, the line enables programmed batch processing of workpieces with adjustable technological parameters. Film thickness is controlled within MIL standard specified ranges, supporting large-batch continuous production of aerospace aluminum structural parts with a monthly processing capacity of 500 to 2000 tons.
Technical Specifications
Item Parameters
Applicable Workpieces Aerospace aluminum structural frames, aviation brackets, precision aerospace profiles, aerospace aluminum sheet metal parts
Operation Mode Gantry automatic lifting + programmed circulating batch operation
Anodizing Type MIL-A-8625 Type I/II/III (Chromic acid / Sulfuric acid / Hard anodizing)
Film Thickness Type I: 0.5–10μm; Type II: 10–25μm; Type III: 45–115μm (Adjustable per MIL standard and workpiece requirements)
Surface Finish Natural anodized finish, optional electrolytic coloring, matte finish (Consistent with aerospace surface tolerance requirements)
Process Temperature Type I/II: 18–22℃; Type III: 0–5℃ (Precision constant temperature control)
Current Density 1.0–2.5 A/dm² (Adjustable according to alloy material and film thickness standards)
Production Capacity 500–2000 tons per month (Depends on workpiece size, alloy type and processing procedures)
Sealing Method Normal temperature sealing, high temperature boiling sealing (Selectable per MIL standard application scenarios)
Anodizing Process Flow
  • Workpiece loading
  • Degreasing
  • Water rinsing
  • Alkali etching
  • Water rinsing
  • Neutralizing
  • Water rinsing
  • Pre-treatment inspection
  • Anodizing
  • Water rinsing
  • Optional electrolytic coloring
  • Water rinsing
  • Sealing treatment
  • Drying
  • Workpiece unloading
  • Quality inspection
Key Features of the Automatic Anodizing Line
Controlled Film Thickness: The line matches MIL-A-8625 standard film thickness ranges for different anodizing types. Process parameters including current density and oxidation time are adjustable, enabling targeted thickness control for aerospace structural parts. Thickness data can be recorded for batch traceability.
Automated Process Control: Adopting programmed PLC control, each process step runs according to preset parameters. Automatic lifting, tank entering and exiting, and cycle timing reduce manual intervention. Operation parameters can be stored and recalled for repeated batch production.
Batch Color Consistency: Unified process parameters and stable tank liquid environment reduce color deviation among workpieces in the same batch. The processing mode adapts to the uniform surface appearance requirements of aerospace structural parts.
Temperature & Filtration Control: Equipped with constant temperature circulation system and multi-stage filtration device. Real-time temperature monitoring keeps process temperature within the required range, and circulating filtration maintains tank liquid cleanliness, reducing surface defects of workpieces.
Flexible Surface Finishing: The production line supports switching of multiple anodizing processes and surface treatments. It can meet the processing demands of natural oxide film, coloring and hard oxide film for different aerospace aluminum structural parts.
Production Line Configuration
The complete anodizing line consists of gantry automatic travelling mechanism, professional process tank group (degreasing tank, etching tank, neutralizing tank, anodizing tank, coloring tank, sealing tank, multi-stage rinsing tank), constant temperature circulation system, liquid filtration system, PLC electric control system, rectifier power supply and workpiece hanging fixtures. All configurations match the process requirements of aerospace aluminum part anodizing and MIL standard specifications.
Frequently Asked Questions
Q1: What aluminum profiles can this anodizing line process?
This line is applicable to various aerospace series aluminum alloy structural parts, including aviation aluminum profiles, structural brackets, frame parts and precision sheet metal parts. It supports multi-specification and multi-shape workpiece processing for aerospace industry scenarios.
Q2: Can the line support electrolytic coloring?
Yes. The production line reserves electrolytic coloring process modules. Users can activate the coloring function according to production demands, to realize uniform coloring treatment for aerospace aluminum parts on the basis of standard anodizing process.
Q3: How is anodizing film thickness controlled?
The film thickness is controlled by adjusting core parameters including current density, oxidation time and process temperature. All parameters are set with reference to MIL-A-8625 standard. Each batch of processing parameters is recorded, to keep film thickness within the standard range and meet aerospace part inspection requirements.
Q4: Can the production line be customized according to factory layout?
Yes. The overall layout, tank body size, running stroke and process sequence of the production line can be adjusted according to the user's factory space, workpiece size and production planning, to match on-site production conditions.
Q5: Which MIL standards does this aerospace anodizing line comply with?
The line is designed and constructed referring to MIL-A-8625 standard, supporting Type I chromic acid anodizing, Type II sulfuric acid anodizing and Type III hard anodizing. The film thickness, process conditions and post-treatment modes all adapt to aerospace aluminum part surface treatment specifications.
Q6: What is the monthly output range of this automatic anodizing line?
Under conventional continuous production conditions, the monthly processing capacity ranges from 500 to 2000 tons. The actual output fluctuates slightly with workpiece specifications, alloy types and selected process procedures.
Customized Anodizing Line Solution
We provide targeted customized services for aerospace aluminum structural part anodizing production lines. According to your workpiece parameters, required MIL standard types, factory layout and production capacity demands, we can deliver exclusive production line layout drawings, process parameter schemes and equipment configuration plans to match your actual production scenarios.