The blue mirror aluminum coil is a reflective aluminum coil with a blue mirror surface. It is produced by processing aluminum using polishing, anodizing, or coating techniques to achieve a high-gloss, smooth surface with excellent reflectivity.
Features of Blue Mirror Aluminum Coil
- High Reflectivity: The mirror finish enhances the reflective properties of the aluminum, making it an ideal choice for applications requiring light reflection or decorative effects.
- Corrosion Resistance: The natural oxide layer of aluminum provides excellent corrosion resistance, especially in harsh environments, making it suitable for both indoor and outdoor use.
- Lightweight and Durable: Despite its reflective properties, the blue mirror aluminum coil retains the lightweight characteristics of aluminum, making it easy to handle and install while ensuring durability and strength.
- Fade-Resistant Blue Finish: The color is resistant to fading and retains its brightness even after prolonged exposure to UV rays or outdoor conditions.
Specifications of Blue Mirror Aluminum Coil
- Alloy options: 1060, 1070, 1085, 8011
- Tempers: H14, H16, H24, H18
- Thickness range: Typically from 0.2 mm to 1.5 mm, customizable based on application.
- Width: Customizable according to project requirements.
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1050 Aluminum Mirror Sheet Coil
1050 aluminum mirror sheet coil is a type of mirror-finished aluminum coil made from 1050 aluminum alloy.
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1060 Aluminum Mirror Sheet Coil
The 1060 Aluminum Mirror Sheet Coil refers to aluminum material with a 1060 alloy that has undergone special polishing and oxidation treatments, resulting in a high gloss finish and the ability to reflect light, similar to a mirror.
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1070 Aluminum Mirror Sheet Coil
1070 aluminum mirror coil is a type of high-purity aluminum alloy coil with an aluminum content of up to 99.7%. Due to its high purity and smooth surface treatment, the 1070 aluminum mirror coil has an extremely high reflectivity, making it suitable for use as a light-reflecting material.
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1085 Aluminum Mirror Sheet Coil
1085 aluminum mirror sheet is commonly used as a raw material for anodized mirror aluminum plates or coils. With a purity of up to 99.85%, 1085 aluminum boasts excellent reflectivity and a high degree of smoothness.
Surface Treatment Options for Blue Mirror Aluminum Coil
- Polishing: Achieves a smooth, glossy surface with high reflectivity.
- Anodizing: Enhances corrosion resistance and adds color to the aluminum while maintaining its reflective properties.
- PE Coating: The polyester coating provides a shiny surface, suitable for decorative and protective purposes. PE coating is more vibrant and transparent compared to PVDF coating.
The surface of the blue mirror aluminum coil is coated with PE and is widely used in interior aluminum composite panels. Besides blue, other colors include silver, brown, pink, and black mirror aluminum coils.
Applications of Blue Mirror Aluminum Coil
- Architectural Decoration: The vibrant blue mirror finish makes it an ideal choice for modern architectural designs, including wall cladding, ceilings, and decorative panels. It adds a contemporary touch to office buildings, commercial spaces, and shopping centers.
- Interior Design: Commonly used in furniture, kitchen backsplashes, and bathroom accessories. The blue reflective surface offers a luxurious appearance while being easy to maintain.
- Lighting Fixtures and Reflectors: The high reflectivity of blue mirror aluminum makes it a popular choice for lighting reflectors and housings where efficient light reflection is critical.
- Signage: Its striking reflective surface makes blue mirror aluminum ideal for signs, especially in high-traffic areas where attention is crucial.
- Automotive and Electronics: Used for decorative trims and paneling in vehicles and electronic devices where aesthetics and durability are important.
- Consumer Goods: Employed in the production of decorative items, luxury packaging, and consumer electronics requiring a sleek, modern appearance.
Haomei Popular Color Coated Aluminum Mirror Sheet Coil
Blue Mirror Aluminum Coil Manufacturing Process
The production of blue mirror aluminum coil involves two key stages: first, rolling to create a smooth mirror-finished aluminum coil, followed by the application of a blue PE (polyester) coating to achieve the final product. This process ensures a high-quality reflective surface combined with a vibrant blue color.
Step 1: Rolling to Create a Mirror Finish
In the first step, the raw aluminum coil is processed to obtain a smooth, reflective surface. This involves a series of rolling and polishing operations to enhance the natural reflectivity of the aluminum.
- Cold Rolling: The aluminum passes through high-precision rollers to flatten and smooth the surface. This step helps achieve uniform thickness and begins the process of creating a smooth surface.
- Polishing: The cold-rolled aluminum is polished to further refine the surface. Specialized polishing equipment is used to buff the aluminum to a high gloss, enhancing its mirror-like reflectivity.
- Mirror Effect: After polishing, the aluminum coil exhibits a smooth reflective surface, commonly referred to as the "mirror effect." This surface is free of defects and imperfections, providing an ideal base for the subsequent coating.
Step 2: Application of Blue PE Coating
- Surface Cleaning of the Mirror Aluminum Coil: Before applying the coating, the aluminum coil is thoroughly cleaned to remove any dust, oil, or contaminants. This ensures that the coating adheres perfectly to the aluminum.
- Coating Application: A blue PE coating is applied to the surface using a roller coating machine. The PE coating is known for its vibrant color and excellent transparency, allowing the mirror surface to shine through the blue tint.
- Curing: After applying the PE coating, the coil passes through an oven to cure the coating. This process ensures the coating bonds firmly with the aluminum surface, providing a long-lasting finish.
- Inspection and Quality Control: After curing, the blue mirror aluminum coil undergoes a thorough inspection to ensure the coating is even, the surface is defect-free, and the reflective quality meets the required standards.