1. Hoʻolauna

As industries increasingly demand lightweight, pale ʻino, and highly formable materials, 140μm 3003 H24 coated aluminum foil has become an important engineering material in packaging, kūkulu hale, hoʻokaʻawale, Pūnaehana HVAC, nā mea hana hale, a me ka hana ʻenehana.

Combining the excellent corrosion resistance of 3003 alumini alumini, the balanced mechanical properties of the H24 huhū, and the enhanced protection provided by specialized coating systems, this material offers an optimal combination of durability, hiki ke hana, a me ka maikaʻi o ke kumukūʻai.

At a thickness of 140 microns (0.14 mm), the foil occupies a unique position between traditional aluminum foil and thin-gauge aluminum sheet.

It provides greater structural stability than ultra-thin foils while maintaining the flexibility and lightweight advantages associated with aluminum materials.

The combination of alloy composition, temper condition, and coating technology makes 140μm 3003 H24 coated aluminum foil an ideal material for applications requiring a balance between strength, pale ʻino, formability, and aesthetic appearance.

140μm 3003 H24 Aluminum Foil i uhi ʻia

2. What Is 140μm 3003 H24 Aluminum Foil i uhi ʻia?

140μm 3003 H24 coated aluminum foil is a precision-rolled aluminum product manufactured from AA3003 aluminum alloy, processed into the H24 temper condition, and subsequently coated with functional or decorative coatings to improve surface performance.

Understanding the 140μm Thickness

Thickness plays a critical role in determining the mechanical behavior and application suitability of aluminum foil.

Thickness Conversion

Ma ka 140 microns, the material is substantially thicker than conventional packaging foil, which typically ranges from 6–50 μm.

3003 Aluminum Alloy Introduction

3003 alumini pepa no ka Al-Mn (Aluminum-Manganese) alloy family and is one of the most widely used aluminum alloys globally.

The alloy contains approximately 1.0–1.5% manganese, which significantly increases strength compared with commercially pure aluminum.

Typical Chemical Composition

What H24 Temper Means

Temper designation is critical in determining aluminum performance.

Definition of H24

According to aluminum temper classifications:

• H = Strain Hardened
• 2 = Quarter Hard
• 4 = Partially Annealed after Strain Hardening

Ma nā ʻōlelo kūpono, 3003-H24 provides a balance between strength and ductility.

It is stronger and stiffer than annealed 3003-O, but more formable than harder tempers such as H26 or H18.

H24 is often selected when the foil must hold shape, resist deformation, and still tolerate forming or punching without cracking.

140μm 3003 H24 Coated Aluminum Foil Packaged by Huasheng

Coating System: Why It Matters

The coating transforms the aluminum substrate into an application-specific material.

Depending on the end use, the coating may provide corrosion resistance, food-contact protection, heat-sealing performance, kāhiko, hoʻokaʻawale, or bonding compatibility.

3. Technical Specifications of 140μm 3003 H24 Aluminum Foil i uhi ʻia

For critical applications such as food-contact lids, pharmaceutical-related sealing foil, or HVAC fin stock, coating specifications should include adhesion, pale ʻino, sealing performance, and compliance declarations.

4. Na Pono Mekani a me Kino

The performance of 140μm 3003 H24 coated aluminum foil is primarily determined by the mechanical characteristics of the 3003 alloy and the strengthening effect of the H24 temper.

Na Waiwai Mechanical

Na Waiwai Kino

5. Performance of 140μm 3003 H24 Aluminum Foil i uhi ʻia

140μm 3003 H24 coated aluminum foil performs well when the application needs both strength and processability.

Main performance advantages include:

• Maikaʻi ke ʻano: 3003 alloy and H24 temper support punching, shallow drawing, kulou ana, and lid forming.
• Better stiffness: 140μm thickness improves shape retention compared with thin foil.
• ʻO ke kūpaʻa ʻino: The Al-Mn substrate and coating layer help protect against moisture, food ingredients, and mild industrial exposure.
• Coating functionality: The coating can add heat sealing, anti-corrosion protection, hiki ke paʻi ʻia, or bonding performance.
• Paʻa paʻa: H24 temper helps reduce unwanted deformation during slitting, rewinding, a me ka hookumu ana.
• Sustainability value: Aluminum can be recycled, and recycled aluminum can save about 95% of the energy required for primary aluminum production.

Coated Process of Aluminum Foil

6. Manufacturing Process of 140μm 3003 H24 Aluminum Foil i uhi ʻia

6.1 Alloy Casting and Rolling

Production begins with aluminum ingots and controlled alloying additions. Manganese gives 3003 its improved strength and corrosion resistance.

After casting and homogenization, the material passes through hot rolling and cold rolling to approach the target gauge.

6.2 Temper Control to H24

The mill controls cold reduction and annealing to achieve H24 temper.

This step matters because excessive hardness may reduce formability, while insufficient hardness may cause poor shape retention.

6.3 Surface Pretreatment

Before coating, the foil surface needs proper cleaning and pretreatment.

ʻAila koena, oxide instability, lepo, or moisture can weaken coating adhesion.

6.4 Coating Application and Curing

The coating may be applied by roller coating, lacqing, or lamination-related processes.

After application, controlled drying and curing create the required adhesion, hikiwawe, a me ke kū'ē kemika.

6.5 ʻoki ʻana, Hoʻolima, and Rewinding

The coated foil is slit to the required width. Accurate slitting reduces burrs, edge cracks, and winding defects.

Stable tension control protects surface quality and prevents telescoping or coil deformation.

6.6 Nānā maikaʻi

Inspection usually covers thickness, laula, palahalaha, nā hemahema o ka ʻili, coating adhesion, pinhotole, ʻano mekini, and packaging quality.

140μm 3003 H24 Coated Aluminum Foil for Construction

7. Applications of 140μm 3003 H24 Aluminum Foil i uhi ʻia

ʻO ka versatility o 140μm 3003 H24 coated aluminum foil stems from its balanced mechanical properties, ʻoi aku ka maikaʻi o ka corrosion, attractive surface finish, and ease of fabrication.

Its 140μm thickness provides greater rigidity than conventional foil while remaining lightweight and highly processable.

As a result, this material is widely used across construction, HVAC, kāʻei ʻana, kaʻahele, appliance manufacturing, a me nā ʻoihana ʻoihana.

7.1 Building and Architectural Applications

The construction industry is one of the largest consumers of coated aluminum products.

• Exterior wall cladding
• Roofing systems
• Ceiling panels
• Decorative facades
• Insulation facings
• Architectural trim components

7.2 HVAC and Thermal Insulation Systems

Because aluminum possesses excellent thermal conductivity and reflectivity, 140μm 3003 H24 coated foil is extensively used in HVAC applications.

• Air-conditioning duct insulation
• Pipe jacketing
• Thermal insulation facings
• Ventilation systems
• Refrigeration equipment

7.3 Household Appliance Manufacturing

Modern household appliances increasingly utilize coated aluminum components because of their durability and appearance.

• Refrigerator panels
• Air conditioner components
• Microwave oven liners
• Washing machine panels
• Water heater insulation facings

7.4 Food Packaging and Container Components

Although thinner aluminum foils dominate flexible packaging, 140μm coated aluminum foil is frequently used in semi-rigid and specialty packaging applications.

• Food container lids
• Bakery trays
• Dairy packaging components
• Beverage container seals
• Composite packaging structures

Hoʻohana ʻia ʻo Packaging 3003 Aluminum Foil i uhi ʻia

7.5 ʻOihana Kaʻahele

The transportation sector increasingly favors lightweight materials to improve energy efficiency.

• Vehicle insulation systems
• Interior decorative panels
• Nā pale wela
• Cargo compartment linings
• Rail transit components

7.6 Industrial Equipment and Machinery

Industrial manufacturers often require materials that combine durability with corrosion resistance.

• Equipment covers
• Machine housings
• Protective barriers
• Control panel components
• Industrial insulation systems

7.7 Decorative and Signage Applications

The excellent surface quality of coated aluminum foil makes it suitable for visual applications.

• Advertising panels
• Sign boards
• Decorative laminates
• Interior design elements
• Exhibition structures

7.8 Renewable Energy Applications

The renewable energy sector has become an emerging market for coated aluminum materials.

• Solar panel backsheet components
• Reflective insulation systems
• Energy storage equipment
• Heat management systems

8. 140μm 3003 H24 Coated Aluminum Foil vs Similar Materials

9. Why Choose Huasheng 140μm 3003 H24 Aluminum Foil i uhi ʻia

Henan Huasheng Aluminum Co., Ltd. is an aluminum supplier from Henan, Kina, offering aluminum sheet, pā, coil, kāʻei, and foil products for packaging and industrial applications.

For buyers of 140μm 3003 H24 coated aluminum foil, supplier capability should focus on stable alloy control, coating reliability, export packaging, and technical communication.

Huasheng’s value for this product can be presented through practical buyer needs:

• Customizable thickness, laula, ʻano uhi, and roll size
• 3003 alloy supply experience for packaging and container-related uses
• H24 temper control for balanced strength and formability
• Coated surface options for sealing, pale pale, or lamination
• Quality documentation such as mill test certificates
• Export packaging designed to reduce moisture and transport damage
• Support for sample testing before batch procurement

For best results, buyers should share the final application, forming depth, sealing temperature, coating requirement, and equipment width before ordering.

10. Ka hopena

140μm 3003 H24 coated aluminum foil is a practical, high-value material for packaging, container, poʻi, laminate, a me nā noi ʻoihana.

Kona 0.14 ke palika anu provides stronger puncture resistance and better shape retention than thin foil. 3003 Al-Mn alloy offers corrosion resistance and moderate strength.

Kona H24 huhū balances stability and formability. ʻO ka hope loa, its coating system adds the exact function required by the final product, whether that means heat sealing, food-contact protection, kāhiko, a i ʻole ke kū ʻana i ka corrosion.

No nā mea hana, the best purchasing decision depends on more than thickness and price. ʻAno uhi, hoʻopili, temper stability, maikaʻi ʻili, slitting accuracy, and supplier support all determine real production performance.

FAQs

1. What is 140μm 3003 H24 coated aluminum foil?

It is a 0.14 mm thick coated aluminum foil made from 3003 aluminum alloy in H24 temper. It is used for containers, nā poʻi, nā pā, Laminates, sealing membranes, and industrial coated foil products.

2. Is 140μm the same as 0.14 mm?

ʻAe. 140μm = 0.14 mm, or about 5.51 mil.

3. No ke aha e hoʻohana ai 3003 alumini alumini?

3003 aluminum offers better strength than pure aluminum, maikaʻi ka corrosion kū'ē, and reliable formability. It suits packaging, nā ipu, nā poʻi, and coated foil applications.

4. What does H24 temper mean?

H24 means the aluminum has been strain-hardened and partially annealed. It provides a useful balance of strength, hikiwawe, and dimensional stability.

5. Can this foil be used for food packaging?

ʻAe, if it uses a suitable food-grade coating and meets the required food-contact standards.

6. What coating is best for heat sealing?

PE, PP, or heat-seal lacquer may work, depending on sealing temperature, food type, packaging structure, and equipment conditions.

7. Is coated aluminum foil recyclable?

Aluminum itself is recyclable, but coated foil recycling depends on coating type, contamination level, and local recycling systems. Clean industrial scrap usually has better recycling value.