6061 T6 Aluminum Tread Plate

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1. Introduction

6061 T6 Aluminum Tread Plate combines the strength of 6061 aluminum alloy with a raised surface pattern designed for flooring, access platforms and industrial applications.

It offers a useful balance of mechanical strength, relatively low weight, corrosion resistance and fabrication flexibility.

Unlike ordinary flat aluminum sheet, tread plate features raised patterns on one surface. These patterns create a textured contact surface and give the plate a distinctive appearance.

Depending on the design and service conditions, manufacturers use it for walkways, stairs, vehicle floors, equipment platforms and protective panels.

The 6061 alloy belongs to the 6000 series of heat-treatable aluminum alloys. Magnesium and silicon are its principal alloying elements.

In the T6 temper, solution heat treatment and artificial aging increase its strength, making it suitable for applications that require better mechanical performance than many general-purpose aluminum tread plate grades.

However, selecting 6061 T6 aluminum tread plate involves more than choosing a strong alloy.

Buyers and engineers should also consider the base-metal thickness, raised pattern height, plate dimensions, support spacing, loading conditions and surface treatment.

These factors influence the finished component’s weight, rigidity, durability and service performance.

2. What Is 6061 T6 Aluminum Tread Plate?

6061 T6 aluminum tread plate is rolled aluminum plate made from alloy 6061, with a raised pattern on one face and a smooth back.

The T6 temper means the alloy has been heat treated to reach high strength.

2.1 Reading the Designation

Part	Meaning
6061	Alloy number. The first digit “6” marks the aluminum-magnesium-silicon series
T6	Temper: solution heat treated, then artificially aged
Tread plate	Plate with a raised pattern on one face for grip

The alloy is heat-treatable. Its strength comes mainly from heat treatment, not from cold working. This is the key difference from alloys such as 5052 or 5754.

2.2 Other Names and Equivalents

Name	Notes
Tread plate	General technical term
Diamond plate	Common US term, from the look of the pattern
Checker plate / chequer plate	Common UK and European terms
AA 6061	Aluminum Association designation
EN AW-6061 (AlMg1SiCu)	European designation
3.3211	German material number
UNS A96061	Unified Numbering System reference

Equivalence between standards is not always exact. Composition limits and mechanical requirements can differ between systems, so check the applicable standard before treating two grades as interchangeable.

3. Chemical Composition of 6061 Aluminum Alloy

The chemical composition of 6061 aluminum determines its heat-treatment response, strength, corrosion resistance and fabrication characteristics.

Magnesium and silicon are the principal alloying elements, while copper and chromium also contribute to the alloy’s overall performance.

For 6061 T6 aluminum tread plate, chemical composition should comply with the applicable material specification, such as ASTM B632/B632M or the relevant alloy composition requirements referenced by the purchasing specification.

3.1 Chemical Composition Table of 6061 Aluminum

The following table presents the commonly specified chemical composition limits for 6061 aluminum, expressed as maximum or range values in weight percentage.

Element	Chemical Composition (wt.%)
Silicon (Si)	0.40–0.80
Iron (Fe)	0.70 max.
Copper (Cu)	0.15–0.40
Manganese (Mn)	0.15 max.
Magnesium (Mg)	0.80–1.20
Chromium (Cr)	0.04–0.35
Zinc (Zn)	0.25 max.
Titanium (Ti)	0.15 max.
Other Elements, Each	0.05 max.
Other Elements, Total	0.15 max.
Aluminum (Al)	Remainder

Note: These are commonly referenced 6061 composition limits.

The applicable product standard and its current edition should govern the final acceptance requirements.

Actual test results should be verified through the material certificate.

3.2 What Each Element Does

Magnesium (Mg) and Silicon (Si). These two elements are the heart of the alloy. During aging they combine to form fine particles of magnesium silicide (Mg₂Si). These particles block the movement of defects in the metal, and that is what gives T6 its high strength.

Copper (Cu). Copper adds strength. It also lowers corrosion resistance slightly, which is why 6061 is a little less resistant to seawater than 5xxx alloys.

Chromium (Cr). Chromium controls grain growth and reduces sensitivity to stress corrosion. It also offsets some of the corrosion effect of copper.

Iron (Fe) and Manganese (Mn). These are mostly impurities or minor additions. They form hard particles that influence surface quality and forming behavior.

Zinc (Zn) and Titanium (Ti). Zinc is limited to protect corrosion behavior. Titanium is added in small amounts as a grain refiner during casting.

4. Temper Explained: T6 vs. T651 vs. Other Tempers

The temper designation describes the processing and heat-treatment condition of an aluminum alloy.

For 6061 aluminum, temper selection affects strength, ductility, dimensional stability and suitability for subsequent fabrication.

T6 and T651 are both high-strength conditions, but they differ in their stress-relief processing.

Other tempers, such as O, T4 and T6511, provide different balances of formability, strength and dimensional stability.

4.1 What Is 6061 T6?

6061-T6 undergoes solution heat treatment followed by artificial aging.

This process develops strengthening precipitates and gives the alloy its characteristic high-strength condition.

Main characteristics include:

High tensile and yield strength.
Good hardness and wear-related surface durability.
Good machinability.
Good corrosion resistance in many normal service environments.
Lower formability than annealed 6061-O.

6061-T6 is suitable for tread plate applications that require a strong aluminum substrate.

However, its relatively high strength means that tight bending operations may require careful process design to avoid cracking.

4.2 What Is 6061 T651?

6061-T651 has the same basic solution heat-treated and artificially aged condition as T6, but it also undergoes controlled stretching to relieve residual stresses.

This stress-relief operation helps reduce distortion during machining, particularly when manufacturers remove significant amounts of material from the plate.

Its main characteristics include:

High strength comparable to the corresponding T6 condition.
Improved dimensional stability during machining.
Reduced residual-stress-related distortion.
Suitability for precision-machined plate components.

T651 is especially relevant to machining applications. However, buyers should confirm whether a specific tread plate product is available and certified in T651 rather than assuming that all 6061-T651 flat plate specifications apply to raised-pattern products.

4.3 Comparison of 6061 T6, T651 and Other Tempers

Temper	Processing Condition	Strength Level	Formability	Main Characteristics	Typical Applications
O	Annealed	Low	Excellent	Soft condition with high ductility	Deep forming and complex shaping
T4	Solution heat-treated and naturally aged	Medium	Good	Offers a balance of strength and formability	Forming operations followed by possible further aging
T6	Solution heat-treated and artificially aged	High	Moderate to limited	High strength and hardness	Structural components, tread plate and machinery parts
T651	Solution heat-treated, stress-relieved by stretching and artificially aged	High	Moderate to limited	High strength with improved dimensional stability	Precision-machined plate components
T6511	T651-type treatment with additional straightening or minor processing as permitted by the applicable specification	High	Moderate to limited	Stress-relieved extruded product condition	Extruded bars, profiles and structural components

Note: Temper availability and mechanical properties depend on product form, thickness and applicable standards.

T651 and T6511 are not interchangeable designations. T6511 is generally associated with extruded products, whereas T651 is commonly used for stress-relieved plate and other applicable forms.

5. Mechanical and Physical Properties of 6061 T6 Aluminum Tread Plate

Properties show how the plate behaves under load, heat and wear.

This section separates mechanical properties (response to force) from physical properties (density, heat and electrical behavior).

5.1 Mechanical Properties

Property	Typical value for T6 / T651 (indicative)	What it means in practice
Tensile strength (Rm)	About 290–310 MPa	Maximum stress before fracture
Yield strength (Rp0.2)	About 240–276 MPa	Stress at which permanent deformation begins
Elongation	About 8–12%	How far the plate stretches before breaking
Hardness (Brinell, HBW)	About 90–100	Resistance to indentation and wear
Shear strength	About 205 MPa	Resistance to shearing at fasteners and cut edges
Fatigue strength (5×10⁸ cycles)	About 95 MPa	Resistance to repeated loading

Tread plate standards may state different minimum values from smooth plate, and limits change with thickness. Treat this table as a comparison guide and request measured values on the mill certificate.

5.2 Physical Properties

Property	Typical value
Density	About 2.70 g/cm³
Melting range	About 580–650 °C
Modulus of elasticity	About 69 GPa
Coefficient of thermal expansion (20–100 °C)	About 23.6 × 10⁻⁶ /K
Thermal conductivity (at 25 °C)	About 160–170 W/m·K
Electrical conductivity	About 40–47% IACS
Magnetic behavior	Non-magnetic

6. Specifications of 6061 T6 Aluminum Tread Plate

6061-T6 aluminum tread plate is available in different dimensions, thicknesses and raised patterns to meet industrial and commercial requirements.

A complete product specification should identify the aluminum alloy, temper, base-metal thickness, overall profile thickness, pattern, dimensions and applicable standard.

6.1 Main Product Specifications

Parameter	Specification
Product Name	6061 T6 Aluminum Tread Plate
Alloy	6061
Temper	T6
Alloy Series	6000 Series
Product Form	Aluminum Tread Plate / Sheet
Common Patterns	Five-bar, three-bar, diamond and customized patterns
Base-Metal Thickness	Customized according to requirements
Overall Thickness	Base thickness plus raised profile, subject to measurement convention
Width	Customized
Length	Customized
Surface Finish	Mill finish or agreed surface treatment
Processing	Cutting, shearing, drilling and machining
Applicable Standard	ASTM B632/B632M or other agreed specifications
Typical Applications	Industrial flooring, platforms, stairs, vehicle floors and equipment

The final specification should be confirmed with the supplier according to the required product form and production capabilities.

7. Key Properties and Advantages of 6061 T6 Aluminum Tread Plate

No single property explains why 6061 T6 tread plate is chosen.

It is the combination of strength, grip and low weight that makes it a practical material.

7.1 High Strength-to-Weight Ratio

6061 T6 is among the strongest common tread plate alloys. It gives high strength at about one third the weight of steel.

Vehicles carry more payload, platforms are easier to install and handling costs fall.

7.2 Reliable Slip Resistance

The raised pattern gives feet, boots and tires a surface to grip. Grip is helped by drainage between the bars, which lets water and light debris escape.

There is an important limit. A pattern improves traction but does not make a surface slip-proof.

Oil, ice, wet leaves or fine dust can still reduce grip. For safety-critical walkways, consider added anti-slip coatings or follow the slip-resistance rules of your region.

7.3 Good Corrosion Resistance

Aluminum forms a thin, stable oxide layer that protects the metal. 6061 performs well in most outdoor and freshwater conditions with little maintenance.

In harsh marine or chloride environments, coating or a different alloy may be a better choice.

7.4 Wear and Dent Resistance

T6 is much harder than soft alloys such as 3003. It resists denting from tools, cargo and foot traffic, and the pattern hides minor scratches. This suits heavy-use floors and step plates.

7.5 Good Machinability

6061 machines more cleanly than most 5xxx alloys. Cutting, drilling, routing and tapping are straightforward, which helps when fitting plates around hatches, brackets and fixtures.

7.6 Weldability, With Conditions

6061 can be welded by TIG and MIG, commonly with 4043 or 5356 filler wire.

The caution is strength loss in the heat-affected zone, as covered in Section 4. Good joint design, thicker sections at welds or mechanical fastening can compensate.

7.7 Surface Treatment Response

6061 accepts anodizing, painting and powder coating. Anodizing improves wear and corrosion resistance.

Patterned surfaces need good coverage into the grooves, so confirm the process with the finisher.

7.8 Easy Maintenance and Long Life

Tread plate is easy to wash and does not rust. Service life is long when it is kept clean and isolated from dissimilar metals.

7.9 Recyclability and Sustainability

Aluminum can be recycled repeatedly without losing its core properties.

Recycling uses only a small fraction of the energy needed to make primary metal, which supports sustainability and lifecycle cost goals.

8. Manufacturing Process of 6061 T6 Aluminum Tread Plate

Making tread plate combines heavy rolling, pattern forming and heat treatment.

Each stage controls a specific quality factor, such as composition, pattern shape, strength or flatness.

8.1 Process Overview

Stage	What happens	Quality factor controlled
1. Melting and alloying	Aluminum and alloying elements are melted and adjusted to 6061 limits	Composition
2. Casting	Molten metal is cast into slabs by direct-chill casting	Internal quality, inclusions
3. Homogenizing	Slabs are heated and held to even out the structure	Uniform properties
4. Scalping	Slab surface is machined to remove defects	Surface quality
5. Hot rolling	Slab is rolled to the intermediate thickness	Thickness, structure
6. Pattern rolling	Plate passes through patterned rolls to form raised bars	Pattern shape and height
7. Solution heat treatment and quench	Plate is heated, then cooled rapidly	Dissolved alloying elements
8. Stretching (for T651)	Plate is stretched to relieve stress	Flatness, residual stress
9. Artificial aging	Plate is held at moderate temperature	Final strength (T6 condition)
10. Cutting and inspection	Plate is cut to size and checked	Dimensions, surface, properties

The exact sequence varies by mill. For example, some producers pattern-roll before heat treatment and others use different routes for thinner or thicker plate.

9. Applications of 6061 T6 Aluminum Tread Plate

6061 T6 aluminum tread plate combines high strength, low weight, corrosion resistance, and a raised surface pattern.

These properties make it suitable for applications that require durable flooring, protective coverings, and lightweight structural components.

Its raised pattern can improve surface grip, although actual slip resistance depends on the pattern design, surface condition, footwear, and operating environment.

9.1 Industrial Flooring and Walkways

Factories, workshops, and processing facilities use 6061 T6 aluminum tread plate for platforms, walkways, access routes, and equipment flooring.

Its strength-to-weight ratio helps reduce the weight of platforms while maintaining good mechanical performance.

Common applications include:

Factory walkways and maintenance platforms
Equipment access floors
Machine covers and service platforms
Lightweight industrial stairs and steps

9.2 Transportation and Vehicle Flooring

The combination of strength and low density makes 6061 T6 tread plate useful in transportation equipment.

Manufacturers use it for flooring and protective panels where weight reduction and durability are important.

Typical applications include:

Truck and trailer flooring
Utility vehicle floors
Vehicle step plates and access platforms
Interior flooring for specialized transport equipment
Protective panels in commercial vehicles

9.3 Marine and Offshore Equipment

6061 aluminum offers good general corrosion resistance, making it suitable for selected marine components.

Tread plate can provide a textured surface for access areas and equipment platforms.

Typical applications include:

Boat access steps and walkways
Marine equipment platforms
Deck accessories and protective covers
Offshore maintenance platforms

9.4 Construction and Architectural Applications

6061 T6 aluminum tread plate is also used in construction projects that require lightweight, durable, and easy-to-fabricate metal panels.

Examples include:

Building access platforms
Stair treads and landing plates
Protective floor panels
Equipment enclosures
Decorative and functional wall or floor coverings

9.5 Equipment Covers and Protective Panels

The raised pattern gives tread plate a distinctive appearance and helps conceal minor surface marks.

Its rigidity and machinability also make it suitable for fabricated covers and protective components.

Common uses include:

Machinery covers
Electrical and mechanical equipment enclosures
Inspection access panels
Storage compartment covers
Protective plates for industrial equipment

10. 6061 T6 Aluminum Tread Plate vs. Other Aluminum Alloys

Different aluminum alloys offer different combinations of strength, formability, corrosion resistance, and cost.

Although 6061 T6 provides a useful balance of mechanical properties, other alloys may offer better performance for specific applications.

10.1 Comparison of Common Aluminum Tread Plate Alloys

Comparison Item	6061 T6	3003 H22/H24	5052 H32	5083 H116/H321
Alloy series	6000 series	3000 series	5000 series	5000 series
Main alloying elements	Magnesium and silicon	Manganese	Magnesium	Magnesium and manganese
Strength level	High	Low to medium	Medium to high	High
Corrosion resistance	Good	Good	Very good	Excellent in many marine environments
Formability	Good in suitable conditions	Very good	Good	Moderate
Weldability	Good, with strength reduction in the heat-affected zone	Good	Good	Good
Machinability	Good	Fair	Fair	Fair
Typical applications	Industrial platforms, vehicle flooring, equipment panels	General flooring, decorative panels, light-duty covers	Marine flooring, vehicle components, industrial panels	Marine structures, offshore platforms, heavy-duty equipment
Main advantage	High strength and versatile fabrication	Good formability and cost-effectiveness	Strong corrosion resistance and good formability	High strength and marine corrosion resistance

Note: The table provides a general alloy-level comparison. Actual performance depends on product form, temper, thickness, tread pattern, and applicable product specifications.

11. Quality Control and Testing Standards

Quality control decides whether the plate performs safely and looks right. This section covers what to inspect, how it is tested and which standards apply.

11.1 Key Quality Parameters

Parameter	What it affects	Typical test method
Alloy composition	Strength, corrosion resistance, aging response	Spectrometer analysis
Mechanical properties	Load capacity, dent resistance	Tensile and hardness tests
Thickness	Weight, strength, fit	Micrometer or caliper at the base and over the pattern
Pattern height and shape	Grip, appearance, drainage	Pattern gauge and visual inspection
Flatness	Cutting, fitting, appearance	Straightedge and gap measurement
Surface quality	Appearance, anodizing and coating results	Visual inspection under good light
Width and length	Fit and waste	Tape or laser measurement

11.2 Reference Standards and Compliance

Standard or regulation	Scope
ASTM B632	Aluminum-alloy rolled tread plate (USA)
EN 1386	Aluminum and aluminum alloys, tread plate (Europe)
EN 485 and EN 573-3	Mechanical properties, tolerances and composition for wrought aluminum
GB/T 3880	Aluminum and aluminum alloy plate and strip (China)
EN 10204	Types of inspection documents
ISO 9001	Quality management system
Customer or classification specification	May add requirements for transport, rail or marine use

Standards change over time. Confirm the current edition of each one, and agree in writing which one governs your order.

12. Price Factors of 6061 T6 Aluminum Tread Plate

The cheapest quote is rarely the lowest cost. Understanding what drives the price helps you compare quotes fairly and avoid surprises.

This section does not quote prices, because aluminum prices move constantly. Ask your supplier for a current quotation.

12.1 Main Price Drivers

Factor	Effect on price
Aluminum market price (such as the LME price)	The largest share of the cost; changes over time
Alloy and temper	6061 T6 costs more than 3003 or 5052 because of the alloy and heat treatment
Thickness	Thicker plate uses more metal and costs more per piece
Pattern	Common patterns such as five-bar are usually cheaper and easier to source
Plate size	Standard sizes cost less than large or special sizes
Processing	Cutting to size, flattening, film and special packing add cost
Certificates and approvals	Type 3.1 certificates or classification approval add cost
Order volume	Larger orders usually lower the unit price
Origin and delivery terms	Freight, duties and incoterms change the landed cost

12.2 How Price Is Usually Quoted

Aluminum plate is often priced per kilogram, per ton or per piece. The quote usually combines the metal price and a processing premium.

Ask whether the quote is fixed or linked to a market price, and for how long it is valid. Because aluminum prices move, a quote that is not time-limited can be misleading.

13. Customized 6061 T6 Aluminum Tread Plate from Huawei Aluminum

Henan Huawei Aluminum Co., Ltd. supplies aluminum sheets, plates, coils, and other aluminum products for industrial, transportation, construction, and equipment applications.

With more than 20 years of experience in aluminum production and sales, Huawei Aluminum supports customers with customized material specifications and export services.

For projects requiring 6061 T6 aluminum tread plate, buyers can discuss their technical requirements with Huawei’s sales team to identify suitable product specifications.

13.1 Customized Product Specifications

Huawei Aluminum can discuss the following requirements for customized tread plate orders:

Parameter	Customization Options
Alloy	6061
Temper	T6, subject to product availability and specification
Product type	Aluminum tread plate
Thickness	Customized according to project requirements
Width and length	Standard or customized dimensions
Tread pattern	Available pattern options, subject to production capability
Surface finish	Mill finish or other agreed treatments
Packaging	Standard export packaging or customized protection
Inspection	Agreed dimensional, chemical, and mechanical checks

Buyers should specify whether thickness refers to the base aluminum thickness or the overall thickness including the raised pattern.

13.2 Global Export and Customer Service

Huawei Aluminum has exported aluminum products to customers in 72 countries.

The company supports international buyers with product communication, specification confirmation, export packaging, and delivery coordination.

Whether you need standard aluminum tread plate or a customized 6061 T6 solution, Huawei Aluminum can help you evaluate the required specifications and prepare a quotation.

Contact Huawei Aluminum to discuss your 6061 T6 aluminum tread plate requirements and request a customized quotation.

14. Conclusion

6061 T6 aluminum tread plate combines high strength, low density, good corrosion resistance, and a raised surface pattern.

These characteristics make it a practical material for industrial flooring, vehicle components, access platforms, equipment covers, and other applications requiring a balance of strength and weight.

Compared with 3003, 5052, and 5083 aluminum tread plate, 6061 T6 offers a useful combination of strength and machinability.

However, the best alloy depends on the operating environment, forming requirements, corrosion exposure, and project specifications.

When selecting 6061 T6 aluminum tread plate, buyers should pay particular attention to the base-metal thickness, tread pattern, mechanical properties, dimensional tolerances, and applicable product standard.

Working with an experienced supplier also helps ensure that the material specifications, inspection requirements, and delivery arrangements match the project.

Huawei Aluminum provides customized aluminum product solutions and supports customers with specification confirmation, quality inspection, and international export services.

FAQs

1. What is 6061 T6 aluminum tread plate?

It is a raised-pattern aluminum plate made from 6061 alloy in the T6 temper. It offers high strength, low weight, and good corrosion resistance.

2. What are the main applications of 6061 T6 aluminum tread plate?

Common applications include industrial flooring, walkways, truck and trailer floors, access platforms, equipment covers, and protective panels.

3. Is 6061 T6 aluminum tread plate corrosion-resistant?

Yes. It offers good resistance to general atmospheric corrosion. For marine or highly corrosive environments, additional protection and careful material selection may be necessary.

4. What is the difference between 6061 T6 and 3003 aluminum tread plate?

6061 T6 provides higher strength and better machinability, while 3003 offers better formability and suits general-purpose, light-duty applications.

5. Can 6061 T6 aluminum tread plate be welded?

Yes. However, welding can reduce strength in the heat-affected zone. Suitable welding procedures and filler materials are important.

6. Does the raised pattern make the plate slip-proof?

No. The raised pattern can improve surface grip, but actual slip resistance depends on surface conditions, moisture, contamination, and the pattern design.

7. Which standard applies to 6061 T6 aluminum tread plate?

ASTM B632/B632M is a key standard for aluminum-alloy rolled tread plate. Buyers should confirm the applicable requirements for alloy, temper, and thickness.

8. What information is needed for a quotation?

Provide the alloy and temper, base-metal thickness, width, length, tread pattern, surface finish, quantity, required standard, and delivery destination.

9. Can Huawei Aluminum supply customized 6061 T6 aluminum tread plate?

Huawei Aluminum can discuss customized dimensions, product specifications, surface finishes, inspection requirements, and export packaging. Contact the company with your project details to confirm availability and request a quotation.

Casting production process and its introduction

The purpose of melting and casting is to produce alloys with satisfactory composition and high purity of melt, so as to create favorable conditions for casting alloys of various shapes.

Melting and casting process steps: batching --- feeding --- melting --- stirring after melting, slag removal --- pre-analysis sampling --- adding alloy to adjust the composition, stirring --- refining --- static Setting——Guide furnace casting.

Hot rolling production process and its introduction

1. Hot rolling generally refers to rolling above the metal recrystallization temperature;
2. During the hot rolling process, the metal has both hardening and softening processes. Due to the influence of deformation speed, as long as the recovery and recrystallization process is too late, there will be a certain work hardening;
3. The recrystallization of the metal after hot rolling is incomplete, that is, the coexistence of recrystallized structure and deformed structure;
4. Hot rolling can improve the processing performance of metals and alloys, reduce or eliminate casting defects.

Casting and rolling process

Casting and rolling process: liquid metal, front box (liquid level control), casting and rolling machine (lubrication system, cooling water), shearing machine, coiling machine.

1. The casting and rolling temperature is generally between 680°C and 700°C. The lower the better, the stable casting and rolling line usually stops once a month or more to re-stand. During the production process, it is necessary to strictly control the liquid level of the front tank to prevent low liquid level;
2. Lubrication uses C powder with incomplete combustion of gas for lubrication, which is also one of the reasons for the dirty surface of casting and rolling materials;
3. The production speed is generally between 1.5m/min-2.5m/min;
4. The surface quality of products produced by casting and rolling is generally relatively low, and generally cannot meet products with special physical and chemical performance requirements.

Cold rolling production process

1. Cold rolling refers to the rolling production method below the recrystallization temperature;
2. There will be no dynamic recrystallization during the rolling process, and the temperature will rise to the recovery temperature at most, and the cold rolling will appear in a work hardening state, and the work hardening rate will be large;
3. The cold-rolled sheet and strip have high dimensional accuracy, good surface quality, uniform structure and performance, and products in various states can be obtained with heat treatment;
4. Cold rolling can roll out thin strips, but at the same time, it has the disadvantages of high energy consumption for deformation and many processing passes.

Introduction to finishing production process

1. Finishing is a processing method to make the cold-rolled sheet meet the customer's requirements, or to facilitate the subsequent processing of the product;
2. The finishing equipment can correct the defects produced in the hot rolling and cold rolling production process, such as cracked edge, oily, poor plate shape, residual stress, etc. It needs to ensure that no other defects are brought into the production process;
3. There are various finishing equipments, mainly including cross-cutting, slitting, stretching and straightening, annealing furnace, slitter, etc.

Aluminum alloy has the characteristics of low density, good mechanical properties, good processing performance, non-toxic, easy to recycle, excellent electrical conductivity, heat transfer and corrosion resistance, so it has a wide range of applications.

Aerospace: used to make aircraft skins, fuselage frames, girders, rotors, propellers, fuel tanks, wall panels and landing gear struts, as well as rocket forging rings, spacecraft wall panels, etc.

Aluminum alloy used for aerospace

Transportation: used for car body structure materials of automobiles, subway vehicles, railway passenger cars, high-speed passenger cars, doors and windows, shelves, automotive engine parts, air conditioners, radiators, body panels, wheels and ship materials.

Traffic application

Packaging: All-aluminum pop cans are mainly used as metal packaging materials in the form of thin plates and foils, and are made into cans, lids, bottles, barrels, and packaging foils. Widely used in the packaging of beverages, food, cosmetics, medicines, cigarettes, industrial products, medicines, etc.

Packaging application

Printing: Mainly used to make PS plates, aluminum-based PS plates are a new type of material in the printing industry, used for automatic plate making and printing.

PS printing

Architectural decoration: aluminum alloy is widely used in building structures, doors and windows, suspended ceilings, decorative surfaces, etc. due to its good corrosion resistance, sufficient strength, excellent process performance and welding performance.

Aluminum alloy construction application

Electronic products: computers, mobile phones, refrigerator shells, radiators, etc.

Electronic product application

Kitchen supplies: aluminum pots, aluminum basins, rice cooker liners, household aluminum foil, etc.

Kitchen application

Packaging Of Aluminum Sheet/Coil

Every detail of packaging is where we pursue perfect service. Our packaging process as a whole is as follows:

Lamination: clear film, blue film, micro-mucosal, high-mucosal, laser cutting film (2 brands, Novacell and Polyphem);

Protection: paper corner protectors, anti-pressure pads;

drying: desiccant;

Tray: fumigated harmless wooden tray, reusable iron tray;

Packing: Tic-tac-toe steel belt, or PVC packing belt;

Material Quality: Completely free from defects such as white rust, oil spots, rolling marks, edge damage, bends, dents, holes, break lines, scratches, etc., no coil set.

Port: Qingdao or other ports in China.

Lead time: 15-45 days.