Product Details
Place of Origin: China
Brand Name: Dingang-Anodized Mirror Aluminum
Certification: ITS BV SGS
Model Number: Aluminum Mirror Sheet
Payment & Shipping Terms
Minimum Order Quantity: 1000 Kilograms
Price: Negotiable
Packaging Details: Seaworthy Or As Per Customers' Detailed Requests
Delivery Time: 20 Days
Payment Terms: L/C,D/A,D/P,T/T,Western Union,MoneyGram
Supply Ability: 2000 Metric Tons Per Year
Product Name: |
Anodized Aluminum Mirror Sheet Silver Color Customized Used For Lighting |
Thickness: |
0.30 - 1.20 Mm |
Width: |
1000 Mm,1200 Mm,1250 Mm,1219 Mm |
Surface Finish: |
Anodizing Process To Making Mirror Finish |
Weight Of Coil: |
Not Larger Than 1000kgs |
Product Name: |
Anodized Aluminum Mirror Sheet Silver Color Customized Used For Lighting |
Thickness: |
0.30 - 1.20 Mm |
Width: |
1000 Mm,1200 Mm,1250 Mm,1219 Mm |
Surface Finish: |
Anodizing Process To Making Mirror Finish |
Weight Of Coil: |
Not Larger Than 1000kgs |
Anodized aluminum sheet refers to an aluminum sheet that has undergone a process called anodization. Anodization is an electrochemical process that enhances the natural oxide layer on the surface of aluminum, making it thicker, more durable, and often more colorful.
The objectives of anodizing are to form a layer of aluminum oxide surrounding the part to protect the substrate against corrosion, fatigue, and in some cases, giving a better decorative finish. This thin oxide structure originates from the aluminum substrate and is composed entirely of aluminum oxide. The anodic layer is not applied to the surface like paint or plating, it is fully integrated with the underlying aluminum substrate. This layer is a highly ordered and porous structure, and allows a secondary process such as coloring and sealing.
High Reflectivity
The mirror - like surface efficiently redirects light, enhancing illumination and saving energy.
Customizability
It can be tailored to fit any lighting fixture, regular or irregular - shaped, meeting diverse design needs.
Durability
With excellent corrosion resistance and color fastness, it requires minimal maintenance and keeps its sleek look.
Heat Dissipation
Safeguards lighting components by effectively dissipating heat, ensuring long - term, reliable performance.
Anodizing can enhance the characteristics of one aspect of aluminum plate, and the process of anodizing needs to go through the following 9 steps to complete.
Mechanical polishing - degreasing - washing - chemical polishing - washing - anodizing - washing - sealing - mechanical brightening.
1.24 Hours Online(only to give you the best service)
2.Shipment On Time(We provide products with competitive price based on good quality, and we arrange each shipment on time.)
3.Service(We provides one-stop customization service to meet all of your unique steel requirement.)
4.Value(We will continue to provide customers with better products and services to create greater value for customers.)
FAQ of Anodized Aluminium Sheets
1. How does the reflectivity of anodized aluminum mirror sheets in silver color compare to other materials used in lighting reflectors?
Anodized aluminum mirror sheets in silver color offer exceptional reflectivity. Compared to traditional materials like plastic or painted metal reflectors, they can redirect light more efficiently. Their smooth, mirror - like surface maximizes the output of the light source, reducing the need for additional power to achieve the same brightness level. This high reflectivity also helps in evenly distributing light, whether in indoor ceiling lights to eliminate dark corners or in outdoor street lamps to improve visibility over a wider area.
2. Can the anodized aluminum mirror sheets be customized to fit irregular - shaped lighting fixtures?
Yes, these mirror sheets are highly customizable. They can be cut, shaped, and fabricated into various sizes and forms to match even the most irregular - shaped lighting fixture designs. Whether it's a uniquely - shaped reflector for a decorative pendant light or a complex - shaped panel for an industrial lighting installation, our manufacturing process allows for precise tailoring of the anodized aluminum mirror sheets to meet both functional and aesthetic requirements.
3. How do I maintain the anodized aluminum mirror sheets in lighting fixtures?
Maintenance of anodized aluminum mirror sheets is relatively easy. Due to their corrosion - resistant nature, they don't require frequent cleaning to prevent rusting. For general cleaning, a soft, damp cloth can be used to gently wipe away dust and dirt. Avoid using abrasive cleaners as they may scratch the mirror - like surface. In outdoor lighting applications, periodic checks for any signs of physical damage, such as dents or chips, are recommended, but overall, the anodized layer provides long - lasting protection against environmental elements.
4. Does the silver color of the anodized aluminum mirror sheet fade over time when used in lighting?
The silver color of the anodized aluminum mirror sheet is highly durable and resistant to fading. The anodizing process not only provides corrosion resistance but also helps to lock in the color. Even when exposed to sunlight and other environmental factors in outdoor lighting applications, the color remains vibrant for an extended period. This ensures that the aesthetic appeal of the lighting fixtures, which is enhanced by the silver color, remains consistent over time.
5. How does the heat dissipation property of anodized aluminum mirror sheets benefit lighting components?
Aluminum is a good heat conductor, and anodized aluminum mirror sheets are no exception. In lighting applications, especially those with high - intensity light sources that generate significant heat, these sheets can effectively dissipate heat. By efficiently managing heat, they help maintain the optimal operating temperature of the lighting components. This prevents overheating, which can otherwise cause premature failure of bulbs or LEDs. As a result, the performance and reliability of the lighting system are significantly improved, leading to a longer lifespan for the lighting components.