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Custom black anodized extruded aluminum material 6063-T5 alloy frame industrial extrusion profiles

Custom black anodized extruded aluminum material 6063-T5 alloy frame industrial extrusion profiles

Product Details:
Place of Origin: ShaoGuan,China
Brand Name: PHENGA
Model Number: customize
Detail Information
Place of Origin:
ShaoGuan,China
Brand Name:
PHENGA
Model Number:
customize
Materials:
Aluminium(6063-T5)
Shape:
T - Profile
Using:
Transportation Tools, Assembly Line,etc
Color:
Black,Silver,gold,customized
Length:
3-6 Meters, Can Be Cutting As Per Your Need
Surface Treatment:
Anodizing,powder Coating,etc
Trading Information
Minimum Order Quantity:
Negotiable
Price:
Negotiable
Packaging Details:
protective film for each piece or according to customer request
Delivery Time:
15-20 days
Payment Terms:
T/T
Product Description
Custom black anodized extruded aluminum material 6063-T5 alloy frame industrial extrusion profiles
Description Custom black anodized extruded aluminum material 6063-T5 alloy frame industrial extrusion profiles
Material Thickness(t) 10mm-7000mm
Materiral aluminum alloy 6063
Processing Cutting, Drilling, Stamping, etc.
Color Silver White ,Bronze , Champagne, Black, (RAL series)etc.
Surface Treatment anodized, powder coated, electrophoresis, wood grain, polished and etc
Shape Customize
Length Normal length=6m or in customer's order
Usage Building, Production Line, Decoration, Industrial, Transportation, Door and window, etc.
Package 1. Pearl cotton foam for each profile;
2. Wrap with shrink film exterior;
3. Packed according to customer request.
The Science of Aluminum Anodization
Surface Enhancement Through Electrochemistry

Aluminum substrates undergo controlled oxidation when subjected to an electrical current in specialized electrolyte baths. This electrochemical transformation creates a robust, engineered surface coating that differs fundamentally from naturally occurring oxidation.

Key Characteristics of Anodized Coatings:
  • Precisely controllable thickness(micrometer to sub-millimeter range).
  • Superior performance attributes versus passive oxide layers.
  • Enhanced surface porosity that enables secondary treatments
Essential Post-Anodizing Treatments:

The microporous structure necessitates sealing to achieve optimal performance. Industry-standard sealing methodologies include:

Hydrothermal Sealing Protocol:
  • Mechanism: Induces crystalline transformation through controlled hydration.
  • Process Parameters: Temperature range: 96-100°C ; Treatment duration:15-60 minutes.
  • Industry Preference: Accounts for >75% of commercial applications.
Inorganic Compound Sealing:
  • Primary Function: Chromate or silicate-based pore occlusion.
  • Technical Benefit: Dramatically improves colorfastness (ΔE <2 after 1000h UV exposure).
  • Typical Applications: Architectural components requiring vibrant hues.
Polymeric Sealing Systems:
  • Implementation: Acrylic or epoxy resin infiltration.
  • Performance Advantage: Exceptional chemical resistance.
  • Economic Consideration: 3-5x cost premium versus hydrothermal methods.

Current Industry Practice: While multiple sealing options exist, hydrothermal treatment remains predominant due to its favorable cost-performance ratio, particularly for high-volume architectural applications. Advanced polymeric systems are typically reserved for specialized military or marine applications where extreme environmental resistance justifies the additional expense.