What Is a 1060 H24 Mirror Aluminum Coil?

1060 H24 mirror aluminum coils combine the high purity of 1060 aluminum, the balanced half-hard H24 temper, and a bright reflective surface.

Engineers, architects, and product designers often specify this material when they need excellent formability, good corrosion resistance, and a premium reflective appearance without the cost of stainless steel or glass mirrors.

A 1060 H24 mirror aluminum coil is a continuous aluminum strip made from 1060 alloy in the H24 temper, with one or both sides polished to a mirror-bright finish.

The coil format allows efficient slitting, sheeting, roll forming, punching, and automated production.

The term combines three important specifications:

• 1060: Aluminum alloy with a minimum aluminum content of 99.60%.
• H24: Strain-hardened and partially annealed to a half-hard condition.
• Mirror finish: A highly reflective surface produced by mechanical polishing, bright rolling, or chemical brightening.

Understanding Alloy 1060

1060 belongs to the 1xxx series of aluminum alloys. These alloys contain at least 99.0% aluminum and do not respond to heat treatment.

Manufacturers strengthen them through cold working and control softness through annealing.

Typical characteristics of 1060 aluminum include:

• High electrical conductivity
• High thermal conductivity
• Excellent corrosion resistance
• Very good reflectivity
• Soft and ductile nature
• Good weldability
• Lower strength than 3xxx, 5xxx, or 6xxx alloys

Because 1060 is commercially pure aluminum, it forms easily and accepts bright finishes well.

It is a common base for lighting reflectors, decorative panels, nameplates, and solar reflectors.

What Does the H24 Temper Mean?

The H24 temper is a half-hard condition achieved by strain hardening followed by partial annealing. In aluminum temper designations:

• H1x: Strain-hardened only, without additional thermal treatment
• H2x: Strain-hardened and partially annealed
• H3x: Strain-hardened and stabilized
• H4x: Strain-hardened and lacquered or painted

The second digit indicates hardness level:

• H22: Quarter-hard
• H24: Half-hard
• H26: Three-quarter-hard
• H28: Full-hard

H24 gives you more strength than the soft O temper but better ductility than H18 or H28.

This balance makes 1060 H24 mirror aluminum coils suitable for bending, roll forming, blanking, and moderate deep drawing.

What Is a Mirror Finish?

A mirror finish on aluminum is not anodizing or painting.

It is a mechanical or chemical surface treatment that creates a bright, highly reflective surface.

Manufacturers typically apply the mirror finish to one side while the reverse side remains mill finish or bright finish.

Common mirror finish types include:

• Standard mirror: Reflective with slight haze
• High mirror: Clear, low-haze reflective surface
• Super mirror: Highest clarity for optical or lighting reflector use

Most suppliers protect the mirror surface with a polyethylene or polyvinyl chloride film.

This film prevents scratches, fingerprints, and dirt during transport, storage, and fabrication.

Chemical Composition and Mechanical Properties

Understanding the composition and mechanical properties helps you specify the right material for your manufacturing process.

Chemical Composition

The chemical limits for 1060 aluminum follow common international standards such as ASTM B209, EN 573-3, and GB/T 3880.

The high aluminum content gives 1060 mirror coil its bright finish, corrosion resistance, and easy formability.

Mechanical Properties

The following table lists typical mechanical values for 1060 H24 mirror aluminum coil.

Actual values can vary slightly depending on thickness, production route, and testing standard.

These properties make 1060 H24 slightly stronger than annealed 1060-O but much more formable than full-hard 1060-H18.

Physical Properties

High thermal conductivity helps lighting fixtures dissipate heat. High reflectivity improves light output and reduces energy loss in lamps and solar devices.

How Manufacturers Produce 1060 H24 Mirror Aluminum Coils

The production process determines the final surface quality, mechanical consistency, and coil geometry.

Understanding this process helps you evaluate suppliers and specify quality requirements.

Melting and Casting

Manufacturers melt high-purity aluminum ingots, control the chemical composition, and cast the molten metal into large slabs or continuous cast strips.

They often use in-line degassing and filtration to remove hydrogen gas and non-metallic inclusions.

For mirror coil production, metal cleanliness is critical because even small inclusions can create surface defects after polishing.

Hot Rolling and Cold Rolling

The cast slab passes through a hot rolling mill to reduce thickness. The material then enters cold rolling lines for final gauge reduction.

Cold rolling improves surface finish, dimensional accuracy, and mechanical strength.

For mirror finish products, manufacturers often use polished work rolls during final rolling passes.

Bright roll finishing can produce a reflective surface before final polishing.

Partial Annealing to H24

After cold rolling, the coil is at a harder temper, such as H18.

To reach H24, the manufacturer partially anneals the coil in a controlled furnace.

Time, temperature, and cooling rate determine the final mechanical properties.

This partial annealing step restores some ductility while retaining enough strength for handling and end use.

Mirror Polishing and Protective Film Application

The aluminum surface receives one or more polishing steps:

• Coarse polishing to remove rolling lines
• Fine polishing with abrasive compounds
• Buffing to produce the mirror brightness
• Cleaning to remove polishing residue
• Inspection under bright light
• Application of PE or PVC protective film

Some suppliers also use chemical brightening or electrochemical polishing for high-end reflector sheet. After film application, the coil moves to slitting and packaging.

Slitting and Packaging

Slitting lines cut the master coil into customer-specified widths. Edge quality matters because burrs can damage the mirror surface during recoiling.

Suppliers then package coils with eye-to-sky orientation, wooden pallets, and moisture-resistant wrapping.

Why Choose 1060 H24 Mirror Aluminum Coils?

This material offers a practical balance of aesthetics, cost, performance, and manufacturability.

High Reflectivity and Visual Appeal

The mirror finish delivers reflectivity levels of 85% to 95% depending on surface grade.

In lighting applications, this improves luminaire efficiency.

In decorative applications, the bright surface creates a premium, modern look.

Balanced Strength and Formability

H24 temper provides enough strength to resist handling damage while still allowing:

• 90° bending
• Roll forming
• Blanking
• Punching
• Moderate deep drawing
• Embossing

Compared with H18 or H28, H24 reduces springback and cracking.

Compared with O temper, H24 has better flatness retention and dent resistance.

Excellent Corrosion Resistance

1060 aluminum naturally forms a thin oxide layer that protects the surface in indoor and mild outdoor environments.

For more aggressive conditions, you can anodize or coat the material.

Lightweight

At 2.71 g/cm³, aluminum weighs about one-third as much as steel. This reduces shipping cost, structural load, and installation labor.

Fully Recyclable

Aluminum recycling requires only about 5% of the energy used for primary aluminum production.

Using 1060 H24 mirror aluminum coils supports sustainability goals without sacrificing performance.

Common Applications of 1060 H24 Mirror Aluminum Coils

The combination of reflectivity, formability, and corrosion resistance makes this material useful across many industries.

Lighting Reflectors and LED Systems

1060 H24 mirror aluminum coils are widely used in:

• LED panel light frames and reflectors
• Troffer housings
• Downlight reflectors
• High-bay fixtures
• Lamp shades
• Light guide plate backing

High reflectivity directs more light out of the fixture, improving lumen output and energy efficiency.

The H24 temper allows precise coil-fed stamping and roll forming.

Interior Architecture and Decorative Panels

Architects and interior designers use mirror aluminum coils for:

• Ceiling tiles and panels
• Wall cladding
• Column covers
• Elevator cabin interiors
• Decorative profiles
• Furniture trim

The reflective surface creates depth, brightness, and a clean contemporary appearance. The material is lighter than steel and easier to cut on site.

Solar Reflectors and Energy Systems

In solar applications, a reflective aluminum surface can serve as a lightweight alternative to glass mirrors. Typical uses include:

• Solar cooker reflectors
• Concentrating solar collector surfaces
• Daylighting reflectors
• Heat lamp reflectors

For outdoor solar exposure, you may need a protective clear coating or anodizing to maintain reflectivity and prevent surface oxidation.

Appliance Panels and Consumer Electronics

Manufacturers use 1060 H24 mirror aluminum coils in:

• Refrigerator decorative panels
• Range hood bodies
• Washing machine control panels
• Audio equipment faceplates
• Cosmetic case inserts
• Electronic device housings

The mirror finish offers a premium appearance, while the coil format supports high-volume automated production.

Signage and Retail Displays

The material also works well for:

• Channel letter backing
• Display boards
• Point-of-sale fixtures
• Exhibition panels
• Nameplates
• Decorative signs

1060 H24 mirror aluminum coils cut cleanly, accept screen printing and digital printing after surface preparation, and resist indoor corrosion.

Specifications, Sizes, and Tolerances

Your supplier should confirm exact dimensional specifications before production.

Thickness, Width, and Coil Size

The following table shows common ranges for 1060 H24 mirror aluminum coils.

Thickness tolerances depend on the standard you specify.

Thickness Tolerances

These values reflect common cold-rolled aluminum coil tolerances. Your supplier may offer tighter tolerances for critical applications.

Surface Grades and Film Protection

You can choose the mirror surface grade based on the application:

• Standard mirror: Good reflectivity at an economical price
• High mirror: Clear reflective surface for indoor lighting and decoration
• Super mirror: Low haze, high specular reflectivity for optical and high-end uses

Protective film options include:

• PE film, 50–100 microns
• PVC film, 60–120 microns
• Blue, clear, black-white, or custom colors
• Low, medium, or high adhesion

Always specify single-side or double-side mirror finish and the protective film type.

For laser cutting, a laser-specific film may reduce adhesive residue.

Comparison of 1060 H24 Mirror Aluminum Coil with Other Options

Comparison tables help you see where this material fits among alternative tempers and alloys.

H24 Versus Other Tempers

H24 is often the best choice when you need both a mirror surface and moderate formability.

1060 Versus 1100, 3003, and 5052

For mirror finish and maximum reflectivity, 1060 and 1100 are usually better than 3003 and 5052.

If you need more strength and the surface can accept a slightly lower reflectivity, consider 3003 or 5052.

Aluminum Mirror Coil Versus Stainless Steel

Aluminum mirror coil is the preferred choice when weight, cost, and reflectivity matter more than extreme corrosion resistance.

Fabrication and Handling Guidelines

Good handling practices protect the mirror surface and improve production efficiency.

Cutting and Slitting

• Use sharp tools and polished blades.
• Keep protective film in place during cutting.
• Remove the film only where necessary to avoid adhesive residue.
• For shearing, use clean dies and wipe the surface before cutting.
• After slitting, inspect edges for burrs that can scratch the next layer.

Bending and Forming

1060 H24 mirror aluminum coils bend well under normal press brake conditions.

• Use a bend radius of at least 1 to 2 times material thickness.
• Orient the mirror surface away from the die contact face when possible.
• Use clean tooling to prevent impression marks.
• For complex shapes, test a sample first.
• If cracks appear, switch to 1060-O or increase the bend radius.

Punching and Stamping

• Use sharp punches and proper die clearance.
• Apply a light stamping oil that is easy to clean without leaving residue.
• Clean the surface after forming to remove fingerprints and oil.
• Use hard tooling with polished surfaces to avoid scratches.

Welding and Joining

1060 aluminum welds well using TIG or MIG processes. Use 1100 or 4043 filler metal for most applications.

• Clean the weld area before welding.
• Expect some deformation from heat.
• The mirror finish near the weld will discolor, so design welds away from visible surfaces.
• For non-structural joints, adhesives and mechanical fasteners work well.

Cleaning and Maintenance

• Use a soft cloth and mild soap solution.
• Avoid alkaline cleaners, steel wool, and abrasive pads.
• Rinse with clean water and dry with a soft towel.
• Remove protective film soon after installation to prevent adhesive aging.
• For fingerprints, use isopropyl alcohol and a microfiber cloth.

How to Specify and Purchase 1060 H24 Mirror Aluminum Coils

Clear specifications reduce supplier confusion and help you receive material that matches your production needs.

Define the Application and Surface Side

Specify:

• Single-side or double-side mirror finish
• Mirror grade: standard, high, or super mirror
• Protective film type, thickness, color, and adhesion level
• Surface side orientation, such as mirror side in or mirror side out

Confirm Mechanical and Dimensional Needs

Provide the supplier with:

• Alloy and temper: 1060 H24
• Thickness and tolerance
• Width and tolerance
• Coil inner diameter
• Maximum coil outer diameter
• Maximum coil weight
• Required unit weight or total quantity

If you need a specific standard, mention ASTM B209, EN 485, EN 573, or GB/T 3880.

Request Certificates and Samples

Professional suppliers should provide:

• Material test certificate
• Chemical composition report
• Tensile test results
• Surface inspection report
• Film adhesion test results
• RoHS and REACH compliance documents

Request an A4-sized sample before bulk production. Evaluate reflectivity, bend performance, film removal, and visual quality.

Evaluate Packaging and Logistics

Good packaging protects mirror aluminum coils. Confirm whether the supplier uses:

• Eye-to-sky packaging
• Wooden pallets
• Moisture barriers
• Edge protectors
• Export-standard crating

For overseas shipment, specify seaworthy packaging to prevent condensation and surface staining.

Huawei Aluminum: A Professional Supplier of 1060 H24 Mirror Aluminum Coils

Huawei Aluminum specializes in manufacturing and supplying aluminum coils, sheets, and related products.

The company offers 1060 H24 mirror aluminum coils in a wide range of thicknesses, widths, and surface grades.

Supplier Capability Overview

Huawei Aluminum provides:

• 1060 H24 mirror aluminum coils from 0.2 mm to 3.0 mm thickness
• Widths up to 1600 mm
• Single-side and double-side mirror finish
• PE and PVC protective films
• Custom slitting to narrow widths
• Coil inner diameters of 405 mm or 505 mm
• Export-standard packaging

The company serves lighting manufacturers, architectural fabricators, solar equipment makers, appliance producers, and signage companies.

Quality Control and Testing

Huawei Aluminum uses quality control processes to maintain coil consistency. Typical inspections include:

• Chemical analysis with spectrometer equipment
• Tensile testing for H24 temper verification
• Thickness and width measurements
• Surface inspection under bright light
• Mirror reflectivity checks
• Film adhesion tests
• Packaging inspection before shipment

These practices help reduce scratches, stains, edge burrs, and temper inconsistency.

Customization and Service

The company supports custom requirements such as:

• Special coil widths
• Selected mirror grades
• Custom protective film colors and adhesion levels
• Specific coil weights
• Cut-to-length sheets
• Sample evaluation before mass production

Working with a supplier like Huawei Aluminum gives you direct communication with production and quality teams.

This helps you resolve technical questions quickly and keep your supply chain stable.

FAQs

What does H24 mean in 1060 H24 mirror aluminum coil?

H24 means the aluminum coil is strain-hardened and then partially annealed to a half-hard condition. It offers a good balance of strength, ductility, and formability. Many buyers choose H24 because it bends and forms more easily than H18 or H28 while still providing more stiffness than O temper.

Can I bend 1060 H24 mirror aluminum coil without cracking?

Yes. 1060 H24 has very good formability. Use a bend radius of at least 1 to 2 times the material thickness and keep tooling clean. Test a sample first if your bend angle is complex or if the material is thicker than 1.5 mm.

Is 1060 H24 mirror aluminum coil suitable for outdoor use?

It can work in mild outdoor environments, but unprotected mirror aluminum may gradually lose some reflectivity due to oxidation, dirt, and moisture. For long-term outdoor exposure, consider anodizing, clear coating, or choosing a different surface protection system.

What thickness do you recommend for ceiling panels?

Most decorative ceiling panels use thicknesses from 0.4 mm to 0.8 mm. Thicker material, such as 1.0 mm or 1.2 mm, provides better flatness for larger panels. The best thickness depends on panel size, mounting method, and required rigidity.

Does mirror finish require anodizing?

Not always. The mirror finish is a mechanical or chemical surface treatment, not an anodized coating. Indoor applications often use the film-protected mirror surface directly. Outdoor or high-touch applications may need anodizing or clear coating for durability.

How do I clean mirror aluminum surface?

Use a soft cloth, mild soap, and water. Avoid abrasive cleaners, scouring pads, and strong alkaline chemicals. Dry the surface with a clean microfiber cloth. Remove fingerprints with isopropyl alcohol.

What is the difference between 1060 mirror aluminum coil and anodized aluminum?

1060 mirror aluminum coil has a polished reflective surface and a protective film. Anodized aluminum has an oxide layer grown on the surface. Anodizing increases corrosion and wear resistance but can reduce the bright mirror appearance unless the surface is brightened first.

Can Huawei Aluminum provide custom widths and protective film?

Yes. Huawei Aluminum supplies custom slit widths and different protective film types, colors, thicknesses, and adhesion levels. You can request samples and specify your packaging requirements before placing a bulk order.

Conclusion

1060 H24 mirror aluminum coils deliver an excellent combination of high reflectivity, easy formability, light weight, and cost efficiency.

The 1060 alloy provides a bright, corrosion-resistant surface. The H24 temper gives you the strength you need for handling and the ductility you need for bending and roll forming.

The mirror finish creates a premium appearance and improves light output in lighting, solar, and decorative applications.

When you specify the correct thickness, width, mirror grade, protective film, and packaging, you reduce production problems and improve product quality.

Partnering with a qualified supplier such as Huawei Aluminum helps you maintain consistent material quality, reliable delivery, and strong technical support.

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