- Home
- Products
- OEM&ODM Services
- About
- Applications
- Resources
- Blogs
- Contact
English
| Quantity: | |
|---|---|
Main features
Surface aesthetics: The wire drawing process creates a unique metallic silk effect on the surface, suitable for high-end decoration.
Strong corrosion resistance: The anodized film provides excellent corrosion resistance, extending the product's service life.
Good wear resistance: The hardness of the oxide layer is high, and it can withstand daily wear and tear.
Lightweight and strong: Aluminum alloy materials have high strength and lightweight characteristics, making them suitable for various applications.
Diverse color options: Anodizing can achieve a variety of colors and customized surface effects to meet individual needs.
Process Description
Drawing process: Using mechanical tools to finely draw the surface of aluminum coils, forming a uniform texture.
Cleaning: Remove surface oil and impurities to ensure the quality of subsequent processing.
Anodizing: immerse aluminum coil in electrolyte to form aluminum oxide film under the action of current, with adjustable film thickness.
Dyeing (optional): Dyeing treatment after anodizing to enhance color selection.
Closure treatment: Seal the oxide film through chemical or thermal treatment to further improve corrosion resistance and wear resistance.
Quality Control
Raw material inspection: Ensure that the aluminum alloy material meets the relevant standards and customer requirements.
Surface quality inspection: Check the surfaces of drawn and oxidized materials to ensure there are no scratches, bubbles, or color differences.
Membrane thickness testing: Use a film thickness gauge to measure the thickness of the anodized film to ensure it meets the design requirements.
Corrosion resistance test: Conduct salt spray tests, etc., to evaluate the corrosion resistance performance of the oxide film.
Product inspection: Comprehensive inspections are conducted before delivery to ensure compliance with technical and quality standards.
Application field
Building decoration: used for surface decoration of facades, ceilings, doors and windows.
Household appliances: suitable for the outer shell and interior decoration of appliances such as refrigerators, washing machines, and air conditioners.
Electronic products: Widely used in the shells and internal structural components of electronic products such as mobile phones and computers.
Transportation: External decorations and functional components used on vehicles such as cars, trains, and ships.
Furniture design: Surface treatment for high-end furniture to enhance overall quality and aesthetics.
Metal stamping in a row
The electrolytic aluminum oxide coil can also be used in the hardware continuous stamping process, suitable for producing various hardware accessories and structural parts. This process has the following advantages:
High efficiency: able to achieve large-scale production, reduce production costs.
Fast delivery: The aluminum coil strip continuous stamping process has high precision and meets the requirements of complex shapes.
High material utilization rate: By reasonable layout design, minimize material wastage.
Material advantages
Lightweight and high-strength: Aluminum alloy material is lightweight and has high strength, suitable for various application scenarios.
Good processing performance: easy to cut, bend, and weld, suitable for subsequent processing and manufacturing.
Environmental protection and recyclability: Aluminum materials can be 100% recycled, meeting modern environmental standards.
Good thermal conductivity: Aluminum has excellent thermal conductivity, making it suitable for applications requiring heat dissipation.
Diverse surface treatments: various surface treatments can be applied to increase product selectivity and aesthetics.
Aluminum coil material and thickness
Aluminum alloy series:
Series 1: Pure aluminum, good corrosion resistance and conductivity, suitable for light load applications.
3 series: containing manganese, it has good formability and corrosion resistance, commonly used in construction and food packaging.
Series 5: Mainly composed of magnesium, it has good weldability and resistance to seawater corrosion, and is widely used in the shipbuilding and automotive industries.
Series 6: Contains silicon and magnesium, with moderate strength and easy processing, suitable for construction and structural applications.
7 series: Mainly composed of zinc, extremely high strength, commonly used in aerospace and sporting equipment.
Aluminum coil thickness.
The normal thickness range: 0.15 mm to 4 mm, and the specific thickness can be customized according to customer requirements.
The thickness of the anodized film after surface treatment: Usually, depending on the requirements of the application, the thickness of the anodized film can range from 3μm to 25μm.
Summary.
Anodized aluminum coil with drawn wire features a beautiful appearance, excellent corrosion resistance, and abrasion resistance, and has been widely used in multiple industries. Precise process control and strict quality inspection ensure the high quality and performance of the products. Its application in areas such as hardware continuous stamping further expands the market potential of aluminum coils. Choosing the appropriate aluminum alloy series and thickness can allow it to play a greater role in the fields of construction, home appliances, electronics, etc. The environmental friendliness and recyclability of aluminum materials also meet the requirements of modern sustainable development.
If you have any further needs or questions, feel free to consult at any time!
Main features
Surface aesthetics: The wire drawing process creates a unique metallic silk effect on the surface, suitable for high-end decoration.
Strong corrosion resistance: The anodized film provides excellent corrosion resistance, extending the product's service life.
Good wear resistance: The hardness of the oxide layer is high, and it can withstand daily wear and tear.
Lightweight and strong: Aluminum alloy materials have high strength and lightweight characteristics, making them suitable for various applications.
Diverse color options: Anodizing can achieve a variety of colors and customized surface effects to meet individual needs.
Process Description
Drawing process: Using mechanical tools to finely draw the surface of aluminum coils, forming a uniform texture.
Cleaning: Remove surface oil and impurities to ensure the quality of subsequent processing.
Anodizing: immerse aluminum coil in electrolyte to form aluminum oxide film under the action of current, with adjustable film thickness.
Dyeing (optional): Dyeing treatment after anodizing to enhance color selection.
Closure treatment: Seal the oxide film through chemical or thermal treatment to further improve corrosion resistance and wear resistance.
Quality Control
Raw material inspection: Ensure that the aluminum alloy material meets the relevant standards and customer requirements.
Surface quality inspection: Check the surfaces of drawn and oxidized materials to ensure there are no scratches, bubbles, or color differences.
Membrane thickness testing: Use a film thickness gauge to measure the thickness of the anodized film to ensure it meets the design requirements.
Corrosion resistance test: Conduct salt spray tests, etc., to evaluate the corrosion resistance performance of the oxide film.
Product inspection: Comprehensive inspections are conducted before delivery to ensure compliance with technical and quality standards.
Application field
Building decoration: used for surface decoration of facades, ceilings, doors and windows.
Household appliances: suitable for the outer shell and interior decoration of appliances such as refrigerators, washing machines, and air conditioners.
Electronic products: Widely used in the shells and internal structural components of electronic products such as mobile phones and computers.
Transportation: External decorations and functional components used on vehicles such as cars, trains, and ships.
Furniture design: Surface treatment for high-end furniture to enhance overall quality and aesthetics.
Metal stamping in a row
The electrolytic aluminum oxide coil can also be used in the hardware continuous stamping process, suitable for producing various hardware accessories and structural parts. This process has the following advantages:
High efficiency: able to achieve large-scale production, reduce production costs.
Fast delivery: The aluminum coil strip continuous stamping process has high precision and meets the requirements of complex shapes.
High material utilization rate: By reasonable layout design, minimize material wastage.
Material advantages
Lightweight and high-strength: Aluminum alloy material is lightweight and has high strength, suitable for various application scenarios.
Good processing performance: easy to cut, bend, and weld, suitable for subsequent processing and manufacturing.
Environmental protection and recyclability: Aluminum materials can be 100% recycled, meeting modern environmental standards.
Good thermal conductivity: Aluminum has excellent thermal conductivity, making it suitable for applications requiring heat dissipation.
Diverse surface treatments: various surface treatments can be applied to increase product selectivity and aesthetics.
Aluminum coil material and thickness
Aluminum alloy series:
Series 1: Pure aluminum, good corrosion resistance and conductivity, suitable for light load applications.
3 series: containing manganese, it has good formability and corrosion resistance, commonly used in construction and food packaging.
Series 5: Mainly composed of magnesium, it has good weldability and resistance to seawater corrosion, and is widely used in the shipbuilding and automotive industries.
Series 6: Contains silicon and magnesium, with moderate strength and easy processing, suitable for construction and structural applications.
7 series: Mainly composed of zinc, extremely high strength, commonly used in aerospace and sporting equipment.
Aluminum coil thickness.
The normal thickness range: 0.15 mm to 4 mm, and the specific thickness can be customized according to customer requirements.
The thickness of the anodized film after surface treatment: Usually, depending on the requirements of the application, the thickness of the anodized film can range from 3μm to 25μm.
Summary.
Anodized aluminum coil with drawn wire features a beautiful appearance, excellent corrosion resistance, and abrasion resistance, and has been widely used in multiple industries. Precise process control and strict quality inspection ensure the high quality and performance of the products. Its application in areas such as hardware continuous stamping further expands the market potential of aluminum coils. Choosing the appropriate aluminum alloy series and thickness can allow it to play a greater role in the fields of construction, home appliances, electronics, etc. The environmental friendliness and recyclability of aluminum materials also meet the requirements of modern sustainable development.
If you have any further needs or questions, feel free to consult at any time!