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1060 anodized aluminum sheet
DINGANG
7606125000
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1060 anodized mirror aluminum sheet combines a high-aluminum-content substrate with a bright reflective surface and an integral anodic oxide finish for decorative panels, lighting components, signage, architectural interiors, appliance trim and other fabricated products.
The available thickness range is 0.17-1.0mm, with standard listed widths of 1000mm, 1200mm and 1250mm. Custom anodized colors and surface requirements can be discussed according to the intended appearance, anodizing process and production feasibility.
AA1060 is well suited to applications requiring good formability and a bright aluminum surface. However, the term mirror describes the visual finish rather than a guaranteed optical value. Where total reflectance, specular reflectance or diffuse reflectance is important, the required numerical value and test method should be specified with the order.
Request 1060 Mirror Aluminum Pricing
| Parameter | Specification |
|---|---|
| Product | Anodized Mirror Aluminum Sheet |
| Alloy | AA1060 |
| Aluminum Content | Approximately 99.6% minimum aluminum for standard AA1060 composition |
| Thickness | 0.17-1.0mm |
| Width | 1000mm / 1200mm / 1250mm |
| Temper | O / H14 / H16 / H18 / H24 and other applicable tempers subject to ordered mechanical and forming requirements |
| Surface Finish | Bright / mirror-like anodized reflective finish |
| Colors | Natural bright finish and custom anodized colors subject to process feasibility and approved sample |
| Mechanical Properties | Depend on temper and thickness. Contractual tensile strength, yield strength and elongation should be specified according to the ordered AA1060 temper and applicable material standard. |
| Reflective Performance | Mirror-like visual finish; required total, specular or diffuse reflectance should be specified numerically where optical performance is contractual |
| Anodic Coating | Anodic film thickness and sealing requirements to be specified according to application and required finish performance |
| Packing | Export standard wooden pallets; customized packing can be discussed |
| MOQ | 1 ton according to specification |
| Delivery Time | Approximately 25 days after receipt of the agreed deposit or L/C, subject to final specification and production schedule |
| Payment Terms | 30% T/T deposit with 70% balance against B/L copy, or 100% irrevocable L/C at sight according to agreed commercial terms |
| Typical Applications | Decorative panels, ceilings, signage, appliance panels, furniture, lighting components and other formed reflective parts |
For quotation, provide thickness, width, temper, required mirror appearance, anodic coating thickness, sealing requirement, color, reflectance requirement if applicable, fabrication process, quantity and delivery destination.
Send Your Reflective Sheet Specification
AA1060 is a 1xxx-series aluminum grade with approximately 99.6% minimum aluminum content. Its relatively low alloying-element content makes it suitable for bright decorative surfaces and many reflective applications.
Suitable 1060 tempers can be cut, stamped, bent and formed into decorative and reflective components. Required temper should be selected according to bend radius, drawing severity and finished rigidity.
The relatively high purity of 1060 allows a bright surface to be developed through controlled rolling, polishing, chemical brightening or other suitable surface preparation.
For applications demanding the highest possible specular reflectance, even higher-purity grades or specialized reflector materials may still be preferred. Material selection should therefore follow the actual optical requirement rather than alloy name alone.
1060 aluminum naturally forms a thin oxide film in air. A properly specified anodizing process produces a thicker controlled oxide layer that can improve surface protection and provide the required decorative finish.
A sheet can have an attractive mirror-like appearance without meeting a specific photometric requirement. Buyers sourcing reflective aluminum should distinguish visual brightness from measured optical performance.
Total reflectance represents the total portion of incident light reflected from the surface, including both directional and scattered reflection.
Specular reflectance represents directional mirror-type reflection and is particularly important when image clarity or controlled light direction is required.
Diffuse reflectance describes light scattered from the surface. Lighting products may require a controlled balance between specular and diffuse reflection depending on the optical design.
If reflectance is contractual, state the required minimum value together with wavelength range, instrument geometry and test method. A percentage quoted without a measurement method may not be directly comparable with another supplier's result.
AA1060 mechanical properties change substantially with temper. For this reason, a tensile or yield-strength value should never be specified independently of the ordered material condition.
O temper provides the softest condition and the greatest forming allowance among common 1060 sheet conditions. It can be considered where deeper forming is more important than finished stiffness.
H14 and H24 provide increased strength compared with annealed material while retaining useful forming capability for many decorative panels and fabricated components.
Higher strain-hardened conditions provide greater strength but less forming allowance. They can be selected where a flatter or stiffer finished sheet is required and the fabrication process is compatible.
If tensile strength, yield strength or elongation is important, specify the complete AA1060 temper and applicable material standard so the acceptance range can be confirmed correctly.
The exact process route depends on the required brightness, anodic film, color and final application. A typical bright decorative anodizing sequence can include the following stages.
Surface quality of the starting sheet is important because scratches, pits, roll marks and other defects can remain visible through a bright anodized finish.
Where required, mechanical polishing or buffing is performed before anodizing to improve surface smoothness and develop the desired specular appearance.
Oil, polishing compound and manufacturing contamination are removed to prepare a clean surface for subsequent treatment.
Chemical or electrochemical brightening can be performed before anodizing to micro-level the aluminum surface and increase brightness. The exact chemistry and process depend on the required finish.
The prepared aluminum is electrochemically converted to form a porous anodic oxide layer integral with the substrate.
If a colored anodized mirror finish is required, an appropriate coloring process is carried out before sealing.
Sealing reduces the porosity of the anodic coating after anodizing and coloring. Sealing quality is important where staining resistance, environmental durability or color retention is required.
Finished sheets can be inspected for brightness, color, surface uniformity, anodic film and visible defects. Protective film can be specified where downstream cutting and fabrication require additional surface protection.
Required anodic coating thickness depends on whether the sheet is intended primarily for interior decoration, exterior architecture or another technical application.
Where anodic film thickness is contractual, specify the required value and measurement method rather than relying only on the description anodized aluminum.
Proper sealing helps reduce the absorption capacity of the porous anodic oxide. Where sealing performance is important, the applicable test and acceptance criteria should be defined.
Where ISO 7599, AAMA 611 or another anodizing specification applies, state the required finish, anodic coating thickness, sealing requirements, appearance criteria and test documentation before production.
A natural bright anodized finish retains the metallic appearance of the underlying 1060 aluminum while protecting the prepared surface with an anodic oxide layer.
Custom colors can be discussed according to the available anodizing and coloring process. Not every conventional paint color can be reproduced exactly as an anodized finish.
For visible architectural, furniture and appliance applications, an approved physical sample is recommended to define acceptable brightness, tone and overall mirror appearance.
1060 anodized mirror aluminum can be used for compatible ceiling panels, wall features, partitions, column covers and interior architectural decoration where a bright metallic appearance is required.
The material can be evaluated for exterior decorative building components when anodic coating thickness, sealing, fixing details and environmental exposure are properly specified.
1060 mirror aluminum can be considered for compatible lamp covers, reflector housings and lighting components because its high aluminum content supports bright reflective finishes.
For performance-critical LED optics or engineered reflectors, specify measured total and specular reflectance, diffuse reflectance and forming requirements rather than relying only on the mirror designation.
Bright anodized aluminum can provide a metallic reflective appearance for signs, nameplates, display panels and branding components.
The sheet can be fabricated into suitable cabinet fronts, furniture trim, display fixtures and decorative panels where sheet thickness and forming requirements are compatible.
Suitable material can be used for decorative appliance panels and trim where the anodized appearance, fabrication process and product requirements are compatible.
Decorative automotive trim can be evaluated where material strength, surface appearance and vehicle-specific validation requirements are satisfied.
Automotive mirrors, headlamp reflectors and safety-related optical components require separate optical and vehicle-specific qualification and should not be specified solely from the generic mirror-aluminum description.
Use clean cutting equipment and suitable surface protection to minimize scratches and marks on the visible mirror finish.
The anodic oxide layer is harder and less ductile than the aluminum substrate. Tight bending after anodizing can produce visible crazing or cracking at the bend.
Bend radius, temper, thickness, grain direction and anodic coating should therefore be considered together before production.
Mild forming may be compatible with pre-anodized sheet, while severe drawing or complex forming may require fabrication before final anodizing. Provide the part drawing where forming severity is significant.
A mirror surface shows scratches and handling marks readily. Protective film can be specified where compatible with the customer's cutting, bending or stamping process.
Where AA1060 and a particular temper are contractual, state both on the purchase specification and identify the applicable material standard.
Specify nominal thickness, width and dimensional tolerances according to downstream cutting, forming or assembly requirements.
Visible sheet should be inspected for unacceptable scratches, dents, pits, stains, roll marks, polishing defects and inconsistent brightness according to agreed inspection conditions.
Where reflectance is contractual, specify total, specular or diffuse reflectance together with wavelength range, test method and minimum acceptance value.
Where anodic coating thickness is important, specify the required film thickness and measurement method with the order.
If sealing performance is contractual, identify the applicable sealing test and acceptance criteria rather than relying only on a generic sealed finish description.
Specify the required thickness from 0.17-1.0mm and the required 1000mm, 1200mm or 1250mm sheet width.
Specify O, H14, H16, H18, H24 or another required condition where mechanical properties and forming performance are important.
Provide an approved surface sample or visual requirement where mirror brightness and image clarity are important.
If the sheet performs a functional reflective role, provide minimum total, specular or diffuse reflectance together with the required measurement method.
Provide the required anodic coating thickness and sealing requirement according to the intended interior, exterior or technical application.
For colored anodized sheet, provide the required physical appearance or color reference and acceptable variation.
Identify cutting, stamping, bending, drawing or other downstream processes that can affect material temper and anodized surface performance.
Provide order quantity, packing requirements and delivery destination. The listed MOQ is 1 ton according to specification.
Send Your Drawing & Reflectance Requirement
It is AA1060 aluminum sheet processed to obtain a bright reflective surface and then anodized to create an integral aluminum oxide finish for decorative, protective and compatible reflective applications.
1060 has high aluminum content, good formability and the ability to develop a bright surface, making it a practical alloy for many decorative and reflective products.
There is no single reflectance value for every 1060 mirror sheet. Actual performance depends on surface preparation, anodizing process and measurement method. Specify the required numerical value if reflectance is contractual.
High-reflectance 1060 products are available in the market, but the required reflectance must be confirmed for the actual surface process and tested product rather than inferred from alloy designation alone.
1060 has higher aluminum purity and is generally better suited to bright reflective finishes, while 3003 provides greater strength. Final selection depends on required reflectance, forming and mechanical performance.
No. Higher-purity grades such as 1070, 1085 or specialized reflector materials may be selected where maximum optical performance is required.
The listed thickness range is 0.17-1.0mm.
The listed widths are 1000mm, 1200mm and 1250mm.
No. AA1060 mechanical properties vary significantly with temper. Tensile strength, yield strength and elongation should be specified according to the actual ordered temper and material standard.
Softer tempers provide greater forming allowance, while harder tempers provide greater strength and stiffness. Selection should follow the final component and fabrication method.
Not by itself. Surface polishing and brightening before anodizing are important factors in developing a specular mirror-like surface. The anodic layer follows the underlying surface texture.
For a conventional bright anodizing route, polishing and brightening are surface-preparation stages performed before anodizing. Sealing is performed after anodizing and any required coloring.
No. Anodizing can increase surface hardness compared with bare aluminum, but abrasive handling or contact can still scratch a bright anodized surface.
No. Proper anodizing and sealing can improve surface corrosion resistance, but aggressive chemicals, salt, unsuitable cleaners and galvanic contact can still affect the finished product.
There is no universal 10-year or 20-year service life for every anodized sheet. Durability depends on anodic coating thickness, sealing, environment, color system, cleaning and application conditions.
Color stability depends on the coloring method, sealing quality, UV exposure and service environment. Exterior color requirements should be specified for the actual anodizing system.
It can be evaluated for lighting reflectors, but performance-critical LED components should specify measured total, specular and diffuse reflectance together with forming and surface requirements.
Moderate fabrication can be possible, but tight bending can visibly affect the anodic coating. Temper, thickness, bend radius and film thickness should be evaluated together.
Custom anodized colors can be discussed according to process feasibility. A physical approved sample is recommended when color or brightness is important.
The listed minimum order quantity is 1 ton according to specification.
The listed delivery period is approximately 25 days after receipt of the agreed deposit or L/C, subject to final specification and production schedule.
Please provide thickness, width, temper, mirror appearance, required reflectance if applicable, anodic film thickness, sealing requirement, color, fabrication process, quantity, packing requirement and delivery destination.
If you are sourcing 1060 anodized mirror aluminum sheet for decorative panels, lighting components, signage, furniture, appliance trim or architectural interiors, send us your dimensions, temper, reflectance requirement and anodizing specification for technical confirmation and quotation.
Premium 1060 alloy anodized mirror aluminum sheets with superior reflective finish, enhanced corrosion resistance, and durable oxide layer for decorative, architectural, and optical applications.
1060 anodized mirror aluminum sheet is produced through electrochemical anodizing, thickening the natural oxide layer to create a hard, porous, highly reflective finish fully integrated with the substrate for excellent protection and aesthetics.
| Product | Anodized Mirror Aluminum Sheet |
| Alloy | 1060 |
| Thickness | 0.17 – 1.0 mm |
| Width | 1000 mm, 1200 mm, 1250 mm |
| Colors | All colors available / Custom as per client requirements |
| Tensile Strength (RM/MPA) | 130 |
| Yield Strength (RP0.2/MPA) | 115 |
| Packing | Export standard wooden pallets (customizable) |
| Payment Terms | 30% T/T deposit, 70% balance against B/L copy or 100% irrevocable L/C at sight |
| MOQ | 1 Ton (according to specifications) |
| Delivery Time | 25 days after receiving L/C or deposit |
Increased durability – harder surface resistant to scratches and wear
Superior corrosion resistance with thick oxide barrier
Wide color options with vibrant, long-lasting dyed finishes
Modern aesthetic appeal for architectural and decorative uses
Excellent electrical insulation properties
Enhanced lubricant retention for reduced friction
Easier handling in sheet form compared to coils
The anodizing process involves nine key steps: Mechanical polishing → Degreasing → Washing → Chemical polishing → Washing → Anodizing → Washing → Sealing → Mechanical brightening.
Building decoration – curtain walls, ceilings, partitions
Automotive decoration – mirrors, door handles, trim strips
Home appliances – reflective panels in TVs, refrigerators, air conditioners, microwaves
Furniture – tabletops, cabinet doors
Optical devices – reflectors in LED lamps, headlights, and lighting fixtures
24-hour online support for fastest response
On-time shipment with competitive pricing and guaranteed quality
One-stop customization service for all requirements
Continuous commitment to superior products and greater customer value
Depending on thickness and quality, the anodized surface typically lasts 10–20 years before noticeable deterioration.
Aluminum does not rust, and anodizing provides enhanced corrosion resistance through a thicker oxide layer, making it far less susceptible than standard aluminum.
Color can change due to surface degradation, fading of dyes, or pitting corrosion beneath the coating, especially with prolonged outdoor exposure.
Some fading is inevitable outdoors, particularly with organic dyes (e.g., black) due to UV exposure. Inorganic dyes and sealed coatings offer better longevity.
