1060 aluminum discs are round aluminum blanks made from 1060 alloy. They are widely used where good forming, light weight, corrosion resistance, and a clean surface are needed.
Compared with many harder aluminum alloys, 1060 is easy to form. It can be deep drawn, spun, stamped, bent, and machined with suitable equipment.
These round aluminum blanks are often used for cookware, lighting parts, signs, heat-related components, kitchen products, and industrial parts.
For wholesale buyers, the size, thickness, temper, surface, and edge quality are important. Choosing the right combination can reduce forming problems and material waste.
What Are 1060 Aluminum Discs?
A 1060 aluminum disc is a circular blank cut or punched from 1060 aluminum sheet or coil.
The material contains a high percentage of aluminum. This gives it good electrical conductivity, corrosion resistance, and formability.
The round shape is useful for products that need to be pressed, spun, or deep drawn.
Instead of cutting a circle from a large sheet during production, manufacturers can supply ready-made discs. This saves time and can reduce material loss.
Typical 1060 Aluminum Disc Specifications
| Item | Common Range |
|---|---|
| Alloy | 1060 |
| Temper | O, H12, H14, H18 |
| Thickness | 0.3–6.0 mm |
| Diameter | 80–1500 mm |
| Surface | Mill finish |
| Shape | Round |
| Edge | Smooth, punched or cut |
| Standard | ASTM B209 / EN 485 |
| Processing | Punching, cutting, deep drawing, spinning |
Custom sizes can be produced according to the customer’s drawing or production requirements.
Why Choose 1060 Alloy for Aluminum Discs?
1060 aluminum is often selected for products that need good forming performance rather than very high mechanical strength.
It is especially useful for deep drawing and spinning.
High Formability
The alloy can be formed into different shapes with suitable tooling.
This is useful for:
- Cookware
- Pots and pans
- Lighting reflectors
- Kitchen containers
- Bowls
- Covers
- Industrial round parts
- Decorative products
Good Corrosion Resistance
1060 aluminum naturally forms a thin oxide layer on the surface.
This helps protect the material from normal atmospheric corrosion.
For indoor products and many general applications, mill finish can be enough.
Clean Surface
A smooth aluminum surface is useful for products where appearance matters.
The surface can also be further processed by polishing, anodizing, brushing, painting, or other treatments.
Lightweight Material
Aluminum is much lighter than many steel materials.
This helps reduce the weight of finished products and can make handling easier.
1060 Aluminum Disc Types by Temper
The temper affects how the material behaves during forming and use.
For round blanks, soft material is commonly selected when deep drawing is required.
1060 O Aluminum Disc
O temper is annealed aluminum.
It is one of the softer conditions.
The material has excellent formability and is suitable for deep drawing, spinning, and other forming processes.
Typical applications include cookware, bowls, containers, and lighting components.
1060 H12 Aluminum Disc
H12 is partially hardened.
It provides more strength than O temper while retaining useful forming performance.
It can be suitable when the finished product needs a balance between forming and strength.
1060 H14 Aluminum Disc
H14 offers higher hardness than H12.
It is often considered when the disc needs better rigidity before or after forming.
Typical uses include covers, panels, industrial components, and products with moderate forming requirements.
1060 H18 Aluminum Disc
H18 is harder and stronger.
It is normally selected when forming is limited and the finished part needs higher hardness.
For deep drawing, softer material is generally preferred.
1060 Aluminum Discs by Thickness
Thickness has a direct effect on forming, strength, weight, and finished-product appearance.
A thin disc may be suitable for lightweight products. A thicker disc can provide better rigidity.
| Thickness | Common Use |
|---|---|
| 0.3–0.5 mm | Lightweight parts, covers, small reflectors |
| 0.6–0.8 mm | Kitchen products, lighting parts |
| 1.0 mm | General cookware and formed products |
| 1.2–1.5 mm | Pans, containers, industrial parts |
| 2.0 mm | Stronger formed products |
| 3.0 mm | Heavy-duty round components |
| 4.0–6.0 mm | Industrial and structural parts |
The correct thickness depends on the forming process and final product.
1060 Aluminum Discs by Diameter
Different finished products require different blank diameters.
Small discs are often used for small components. Large discs are used for cookware, reflectors, and industrial forming.
| Disc Diameter | Typical Products |
|---|---|
| 80–150 mm | Small kitchen parts, covers |
| 160–250 mm | Small cookware and reflectors |
| 260–400 mm | Frying pans and containers |
| 410–600 mm | Large cookware and lighting parts |
| 610–800 mm | Large reflectors and formed parts |
| 800–1200 mm | Industrial and large forming |
| 1200–1500 mm | Large custom components |
Diameter can be customized according to the finished product.
Different Types of 1060 Aluminum Discs
A single product name can cover many different specifications.
For wholesale customers, it is useful to select the disc according to the final application.
Small 1060 Aluminum Discs
Small round blanks are used for compact products.
They are suitable for small covers, lighting parts, kitchen accessories, and industrial components.
Typical diameter:
80 mm → 100 mm → 120 mm → 150 mm → 180 mm → 200 mm
Medium 1060 Aluminum Discs
Medium-size discs are widely used in forming applications.
Common sizes include:
220 mm → 250 mm → 280 mm → 300 mm → 320 mm → 350 mm → 400 mm
These sizes are often suitable for cookware and lighting products.
Large 1060 Aluminum Discs
Large blanks are used for larger products.
Common diameters include:
450 mm → 500 mm → 600 mm → 700 mm → 800 mm → 1000 mm+
Large discs normally require good flatness and stable thickness.
Deep Drawing 1060 Aluminum Discs
These discs are designed for forming processes.
O temper is commonly considered when a high degree of deformation is required.
The blank diameter should be selected according to the finished diameter, drawing depth, tooling design, and forming method.
Spinning 1060 Aluminum Discs
Metal spinning creates a round or rotational product from a circular blank.
1060 aluminum can be used for suitable spinning applications because of its good formability.
Typical products include:
- Lampshades
- Reflectors
- Covers
- Bowls
- Decorative parts
- Circular containers
Polished 1060 Aluminum Discs
Polishing can create a brighter surface.
These discs can be used for decorative parts, reflectors, displays, and lighting products.
Anodized 1060 Aluminum Discs
Anodizing creates a controlled oxide layer on the aluminum surface.
It can improve surface appearance and provide additional surface protection.
Customized 1060 Aluminum Discs
Custom production can include:
- Special diameter
- Special thickness
- Different temper
- Special edge
- Surface treatment
- Protective film
- Special packaging
- Customized quantity
For large orders, drawings or samples can help confirm the required specifications.
1060 Aluminum Discs for Cookware
Cookware is one of the important applications for aluminum discs.
The round blank can be pressed or deep drawn into a finished product.
Common Cookware Products
- Frying pans
- Sauce pans
- Cooking pots
- Baking trays
- Kitchen bowls
- Food containers
- Lids
- Serving dishes
- Kitchen accessories
The choice of thickness depends on the size and structure of the cookware.
For deeper forming, the material condition and blank quality are especially important.
1060 Aluminum Discs for Lighting
Aluminum is widely used in lighting products.
A round blank can be formed into a reflector or lampshade.
The surface can be polished or treated according to the required appearance.
Typical Lighting Applications
- LED reflectors
- Lamp reflectors
- Ceiling lights
- Downlights
- Industrial lighting
- Decorative lamps
- Street lighting components
For reflector applications, surface quality and flatness are important.
1060 Aluminum Discs for Industrial Parts
The material can also be used for industrial components.
The final application determines the required thickness and temper.
Examples include:
- Circular covers
- Equipment parts
- Heat-related components
- Containers
- Machine components
- Protective covers
- Round plates
- Industrial reflectors
1060 Aluminum Discs for Kitchen Products
Kitchen products often require good forming and a clean surface.
1060 can be processed into many simple round shapes.
Typical products include:
- Bowls
- Plates
- Containers
- Trays
- Lids
- Kitchen covers
- Food preparation parts
When the product will contact food, the buyer should also confirm the required material and applicable food-contact requirements for the target market.
1060 Aluminum Discs for Heat Transfer Products
Aluminum has good thermal conductivity.
This makes it useful in some heat-related products.
Depending on the design, round blanks can be processed into heat-related components, covers, and other parts.
The actual thermal performance depends on the finished product design, thickness, surface treatment, and operating conditions.
1060 vs 1050 Aluminum Discs
1050 and 1060 are both high-purity aluminum alloys.
They have similar characteristics, but the exact composition and mechanical properties are different.
| Feature | 1050 | 1060 |
|---|---|---|
| Aluminum purity | High | Higher |
| Formability | Excellent | Excellent |
| Corrosion resistance | Good | Good |
| Conductivity | High | Very high |
| Strength | Low | Low |
| Deep drawing | Excellent | Excellent |
| Typical use | Cookware, reflectors | Cookware, reflectors, electrical uses |
The final choice should be based on the required standard, forming process, conductivity, and purchasing specification.
1060 vs 1100 Aluminum Discs
1100 contains aluminum with a small amount of copper.
It can offer a different balance of strength and formability.
| Feature | 1060 | 1100 |
|---|---|---|
| Main characteristic | High purity | Commercially pure aluminum |
| Formability | Excellent | Excellent |
| Strength | Low | Slightly higher in some conditions |
| Conductivity | Very high | High |
| Deep drawing | Very good | Very good |
| Common products | Discs, reflectors, cookware | Cookware, containers, heat products |
For simple deep-drawn parts, both can be considered depending on the design.
1060 vs 3003 Aluminum Discs
3003 contains manganese and generally provides higher strength than 1060.
1060 is often selected when formability and high aluminum purity are important.
3003 can be considered when additional strength is needed.
| Feature | 1060 | 3003 |
|---|---|---|
| Strength | Lower | Higher |
| Formability | Excellent | Very good |
| Corrosion resistance | Good | Good |
| Deep drawing | Excellent | Good |
| Heat-related products | Suitable | Suitable |
| Heavy-duty products | Limited | More suitable |
The better option depends on the finished product rather than the alloy name alone.
1060 vs 5052 Aluminum Discs
5052 is a magnesium-containing alloy.
It offers much higher strength than 1060.
However, 1060 is easier to form for many simple deep-drawing applications.
| Feature | 1060 | 5052 |
|---|---|---|
| Strength | Low | High |
| Formability | Excellent | Good |
| Corrosion resistance | Good | Excellent |
| Deep drawing | Excellent | Moderate to good |
| Marine use | Limited | Strong option |
| Heavy-duty parts | Limited | Suitable |
For cookware and simple formed products, 1060 may be considered.
For stronger industrial or marine components, 5052 may be more suitable.
Choosing the Right Thickness
Thickness should not be selected only by price.
A thin disc may reduce material cost but may not provide enough rigidity.
A thick disc may improve strength but can increase weight and forming force.
For Lightweight Products
0.3 mm → 0.5 mm → 0.6 mm
Suitable for lightweight covers, small components, and some lighting parts.
For General Forming
0.8 mm → 1.0 mm → 1.2 mm
These thicknesses are common for many formed products.
For Stronger Products
1.5 mm → 2.0 mm → 3.0 mm
These options provide more material thickness for products that require additional rigidity.
For Heavy Industrial Parts
4.0 mm → 5.0 mm → 6.0 mm
These thicker discs are generally selected for specific industrial applications.
Choosing the Right Temper
A simple selection path can make purchasing easier.
Deep drawing → O temper
Moderate forming → H12 / H14
Higher hardness → H18
The actual selection should be confirmed through forming trials when the product has deep drawing, complex geometry, or tight forming requirements.
What Surface Finish Should You Choose?
The surface can be supplied in different conditions.
Mill Finish 1060 Aluminum Discs
This is the standard option for many industrial applications.
It is practical and usually cost-effective.
Polished Surface 1060 Aluminum Discs
Polishing improves the visual appearance.
It is useful for reflectors and decorative products.
Brushed Surface 1060 Aluminum Discs
A brushed finish creates a directional texture.
It can be used for decorative components.
Anodized Surface 1060 Aluminum Discs
Anodizing provides a controlled surface oxide layer.
It can also provide different visual effects.
Protective Film 1060 Aluminum Discs
A PE protective film can help reduce scratches during transportation and processing.
Edge Quality Matters for Round Blanks
The disc edge can affect the forming process.
Poor edges may create problems during stamping or deep drawing.
A good supplier should control:
- Edge burr
- Cutting accuracy
- Disc diameter
- Roundness
- Edge smoothness
- Surface scratches
For high-volume forming, stable edge quality can help improve production consistency.
Flatness and Thickness Control
Flatness is important for automatic feeding and forming.
Uneven discs can create problems during stacking or feeding.
Thickness should also remain consistent across the disc.
Important Quality Checks
| Quality Item | What to Check |
|---|---|
| Alloy | 1060 |
| Temper | O/H12/H14/H18 |
| Thickness | Actual measured thickness |
| Diameter | Within agreed tolerance |
| Flatness | Suitable for forming |
| Surface | No major scratches or defects |
| Edge | Clean and controlled |
| Quantity | Correct packing quantity |
| Packaging | Suitable for transport |
For large orders, mill certificates and inspection reports can be requested when required.
How Are 1060 Aluminum Discs Made?
Production normally starts with aluminum sheet or coil.
The material is leveled and prepared.
The discs can then be produced by punching or cutting.
Basic Production Flow
1060 Aluminum Coil/Sheet
↓
Leveling
↓
Thickness and Surface Inspection
↓
Punching or Cutting
↓
Edge Inspection
↓
Flatness Check
↓
Counting and Packing
↓
Shipment
For special orders, additional surface treatment or processing can be added.
1060 Aluminum Disc Size Selection
A simple selection method can help buyers communicate with suppliers.
Small product
→ 80–200 mm diameter
→ 0.3–1.0 mm thickness
→ O/H12 depending on forming
Medium cookware
→ 220–450 mm diameter
→ 0.8–2.0 mm thickness
→ O temper for deeper forming
Large reflector
→ 400–800 mm diameter
→ 0.8–2.0 mm thickness
→ Smooth or polished surface
Industrial component
→ 500–1500 mm diameter
→ 2.0–6.0 mm thickness
→ Temper according to strength requirements
These are starting ranges rather than fixed product rules.
Common Problems When Buying Aluminum Discs
Different suppliers may use the same product name but offer different quality levels.
Diameter Is Not Consistent
Small differences in diameter can affect automatic forming equipment.
Ask the supplier to confirm the diameter tolerance before production.
Burrs on the Edge
Sharp or uneven edges may affect forming and handling.
Ask about the punching and edge-finishing process.
Uneven Thickness
Thickness variation can lead to inconsistent forming.
For large production runs, thickness control is especially important.
Surface Scratches
Scratches may become more visible after polishing or anodizing.
Packaging should protect the surface during transportation.
Wrong Temper
A disc that is too hard may crack during deep drawing.
A disc that is too soft may not provide enough rigidity for some finished products.
1060 Aluminum Discs for Wholesale Buyers
Wholesale buyers normally need stable quality from batch to batch.
The purchase specification should include all important details.
Recommended Purchase Information
| Requirement | Example |
|---|---|
| Alloy | 1060 |
| Temper | O |
| Thickness | 1.0 mm |
| Diameter | 300 mm |
| Surface | Mill finish |
| Edge | Smooth punched edge |
| Quantity | 5 MT |
| Packaging | Export seaworthy |
| Standard | ASTM B209 |
| Application | Deep drawing cookware |
A clear specification reduces misunderstandings between buyer and supplier.
Custom 1060 Aluminum Discs
Custom production is useful when standard sizes do not fit the finished product.
A supplier can usually discuss:
- Diameter
- Thickness
- Temper
- Surface
- Edge condition
- Packaging
- Labeling
- Quantity
- Production schedule
For custom products, a technical drawing or sample is helpful.
Factors That Affect the Price
The price of 1060 aluminum discs depends on more than the aluminum market price.
Important factors include:
- Raw aluminum price
- Disc diameter
- Thickness
- Order quantity
- Temper
- Surface treatment
- Cutting method
- Tolerance
- Packaging
- Special inspection
- Delivery location
Large-volume standard mill-finish discs are usually easier to quote than small quantities with many custom requirements.
1060 Aluminum Disc vs Aluminum Sheet
A sheet is a rectangular product.
A disc is already cut into a circular blank.
| Feature | Aluminum Disc | Aluminum Sheet |
|---|---|---|
| Shape | Round | Rectangular |
| Ready for round forming | Yes | Requires cutting |
| Material waste | Lower for round products | May be higher |
| Handling | Easy for forming lines | Flexible for many products |
| Typical use | Cookware, reflectors | General fabrication |
For round formed products, ready-made discs can simplify production.
1060 Aluminum Disc vs Aluminum Circle
The terms “aluminum disc” and “aluminum circle” are often used in similar ways.
In many markets, both describe a circular aluminum blank.
However, some manufacturers use “circle” for general punched blanks and “disc” for a specific finished round product.
When ordering, it is better to confirm the exact diameter, thickness, temper, and edge requirements.
Applications at a Glance
1060 aluminum discs can be used in many industries.
Cookware
- Frying pans
- Cooking pots
- Sauce pans
- Lids
- Baking trays
- Bowls
- Food containers
Lighting
Decorative lamps
LED reflectors
Lamp reflectors
Downlights
Ceiling lights
Industrial
- Circular covers
- Machine components
- Equipment parts
- Protective plates
- Round containers
Kitchen Products
- Bowls
- Trays
- Lids
- Containers
- Kitchen accessories
Decorative Products
Custom round panels
Metal decoration
Reflective parts
Interior components
How to Select 1060 Aluminum Discs
A practical selection process is:
Step 1: Confirm the finished product
↓
Step 2: Confirm the required blank diameter
↓
Step 3: Select thickness
↓
Step 4: Select temper according to forming
↓
Step 5: Confirm surface finish
↓
Step 6: Confirm edge tolerance
↓
Step 7: Confirm quantity and packaging
This approach makes supplier communication easier.
FAQ About 1060 Aluminum Discs
What are 1060 aluminum discs used for?
They are commonly used for cookware, lighting reflectors, kitchen products, containers, covers, and other round formed components.
Is 1060 aluminum good for deep drawing?
Yes. 1060 has very good formability and can be used for many deep-drawing applications when the correct temper and processing method are selected.
What temper is commonly used for deep drawing?
O temper is commonly considered for deep drawing because it is soft and highly formable.
What thicknesses are available?
Common thicknesses range from about 0.3 mm to 6.0 mm. Custom thicknesses can be discussed according to the production requirement.
What diameters are available?
Common diameters range from approximately 80 mm to 1500 mm. Special diameters can be produced for custom projects.
Is 1060 stronger than 3003 aluminum?
Generally, 3003 provides higher strength than 1060. 1060 is often selected when high formability and high aluminum purity are more important.
Is 1060 suitable for cookware?
Yes. It can be used for many cookware and kitchen products, especially where good forming performance is required.
Can 1060 aluminum discs be polished?
Yes. Polishing can be used when a brighter decorative or reflective surface is required.
Can the discs be anodized?
Yes. Anodizing is possible for suitable products and surface requirements.
Can I order custom aluminum discs?
Yes. Custom diameter, thickness, temper, surface, edge condition, and packaging can be discussed for production orders.
What information should I provide when requesting a quotation?
It is best to provide alloy, temper, thickness, diameter, quantity, surface finish, application, and required standard.
How can I reduce material waste?
Using ready-made round blanks can reduce the cutting work needed before forming. Selecting the correct disc diameter can also reduce unnecessary trimming.
Quick Specification Table
| Product | Alloy | Temper | Thickness | Diameter | Main Application |
|---|---|---|---|---|---|
| Small Disc | 1060 | O | 0.3–0.8 mm | 80–200 mm | Small parts |
| Kitchen Disc | 1060 | O | 0.6–1.2 mm | 180–350 mm | Kitchen products |
| Cookware Disc | 1060 | O/H12 | 0.8–2.0 mm | 220–500 mm | Cookware |
| Reflector Disc | 1060 | O/H14 | 0.6–1.5 mm | 200–800 mm | Lighting |
| Industrial Disc | 1060 | H12/H14 | 1.5–4.0 mm | 400–1000 mm | Industrial parts |
| Heavy Disc | 1060 | H14/H18 | 3.0–6.0 mm | 500–1500 mm | Heavy components |
| Custom Disc | 1060 | Custom | Custom | Custom | Special projects |
