Overview of Aluminum plate

Aluminum plates are thin sheets made from aluminum alloys, known for their unique properties. These plates can be manufactured in various thicknesses and sizes, making them suitable for a wide range of applications from architectural finishes to aerospace engineering. Aluminum plates are favored for their lightweight yet durable nature, excellent corrosion resistance, and good electrical and thermal conductivity.

Features of Aluminum plate

Lightweight: Aluminum has a relatively low density, making it significantly lighter than other metals like steel. This characteristic is especially beneficial in industries where weight reduction is crucial, such as aviation and automotive manufacturing.
Corrosion Resistance: Aluminum naturally forms a thin, protective oxide layer on its surface when exposed to air. This layer prevents further oxidation and corrosion, ensuring the material remains stable even in harsh environments.
Good Electrical Conductivity: Although not as conductive as copper, aluminum still possesses excellent electrical conductivity. It is often used in power transmission lines and electronic devices due to this property.
Excellent Thermal Conductivity: Aluminum plates are effective heat transfer mediums, ideal for use in radiators or products requiring efficient heat dissipation.
High Machinability: They are easy to cut, bend, weld, and otherwise manipulate, allowing for a wide variety of designs and applications.
Aesthetic Appeal: Through processes like anodizing, aluminum plates can achieve rich, lasting colors and finishes, enhancing the visual appeal of products.
Recyclable and Environmentally Friendly: Aluminum is highly recyclable, contributing to sustainability efforts. The recycling process uses only about 5% of the energy needed to produce new aluminum from raw materials.

(Industrial Pure Aluminum Plate 1060 1050A 1035 For Manufacture Structural Parts With Specific Performance)

Specifications of Industrial Pure Aluminum Plate 1060 1050A 1035 For Manufacture Structural Parts With Specific Performance

Industrial pure aluminum plates 1060 1050A 1035 are widely used in manufacturing structural parts requiring specific performance. These grades offer excellent formability, corrosion resistance, and thermal conductivity. They suit applications in construction, electronics, transportation, and machinery.

Aluminum 1060 contains 99.6% aluminum. It shows high corrosion resistance. It works well in chemical environments. Its tensile strength ranges from 70-110 MPa. Elongation reaches 25-30%. It is ideal for chemical tanks, signage, and decorative panels.

Aluminum 1050A has 99.5% aluminum. It provides good electrical conductivity. It is softer than 1060. Tensile strength is 60-95 MPa. Elongation is 30-35%. This grade suits electrical components, heat exchangers, and food packaging.

Aluminum 1035 contains 99.35% aluminum. It has higher ductility. Tensile strength is 55-85 MPa. Elongation reaches 35-40%. It is used for deep-drawn parts, lighting fixtures, and insulation materials.

Common thickness ranges from 0.2 mm to 150 mm. Width varies between 100 mm to 2600 mm. Length can be customized up to 16000 mm. Surface finishes include mill finish, brushed, or anodized. Tolerances meet international standards like ASTM or EN.

These plates resist corrosion in humid or acidic conditions. They form a protective oxide layer. Thermal conductivity is 200-220 W/m·K. They transfer heat efficiently. Formability allows bending, stamping, or welding without cracking.

Applications include aerospace brackets, automotive panels, and building facades. They reduce weight in transport systems. They maintain strength in high-temperature environments. Electrical industries use them for busbars and conductors.

Performance is tested through hardness tests, tensile tests, and spectral analysis. Custom sizes or tempers are available. Proper handling prevents surface scratches during transport. Storage in dry conditions avoids oxidation.

The aluminum plates are recyclable. They support eco-friendly manufacturing. Costs remain low due to high material availability. They meet demands for lightweight, durable, and cost-effective solutions.

(Industrial Pure Aluminum Plate 1060 1050A 1035 For Manufacture Structural Parts With Specific Performance)

Applications of Industrial Pure Aluminum Plate 1060 1050A 1035 For Manufacture Structural Parts With Specific Performance

Industrial pure light weight aluminum plates 1060, 1050A, and 1035 are widely made use of in producing structural components requiring specific efficiency. These products are chosen for their balance of stamina, formability, and cost-effectiveness. Their applications cover multiple industries due to their adaptability and dependable mechanical residential properties.

The 1060 aluminum plate is recognized for high deterioration resistance and exceptional formability. It is generally used in chemical tools, tank, and architectural elements. The material performs well in settings revealed to dampness or chemicals. Its reduced thickness makes it ideal for light-weight frameworks without endangering durability.

1050A aluminum plate supplies excellent weldability and ductility. This grade is typically used in auto parts, signage, and attractive panels. The material bends and shapes easily, allowing accurate manufacture. Its surface coating high quality sustains painting or anodizing, meeting visual and practical demands. Producers value its consistency in mass production.

1035 light weight aluminum plate stands apart for greater electric conductivity. It is often selected for electrical busbars, warmth exchangers, and equipment components. The alloy successfully performs warm and electricity, making it appropriate for energy-related applications. Its machinability minimizes processing time, lowering production expenses.

These aluminum plates offer vital functions in building, transportation, and machinery. In building, they form frames, supports, and cladding due to their weather condition resistance. Transportation sectors use them for vehicle panels and chassis to reduce weight and enhance fuel efficiency. Machinery manufacturers depend on their strength-to-weight ratio for components like gears and housings.

Personalization is uncomplicated with these grades. They can be reduced, bonded, or stamped to fulfill specific specs. This adaptability makes certain compatibility with diverse style demands. Engineers prioritize these materials for jobs demanding reliability and convenience of construction.

The accessibility of these plates in numerous thicknesses and sizes expands their utility. Industries gain from reduced material waste and improved workflow effectiveness. Performance uniformity throughout batches makes sure stable high quality in output. Appropriate choice of grade assurances placement with operational needs.

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5 FAQs of Industrial Pure Aluminum Plate 1060 1050A 1035 For Manufacture Structural Parts With Specific Performance

What are the main differences between 1060, 1050A, and 1035 aluminum plates?
The 1060 aluminum plate has a higher purity level (99.6% aluminum) compared to 1050A (99.5%) and 1035 (99.35%). This difference affects their strength and formability. The 1060 is softer, making it easier to shape. The 1050A balances formability with slightly higher strength. The 1035 has lower purity but better electrical conductivity, suited for specific electrical components.

What applications are these aluminum plates typically used for?
These plates are common in manufacturing structural parts needing light weight and corrosion resistance. The 1060 is used in chemical tanks or reflectors due to its high corrosion resistance. The 1050A is ideal for construction panels or decorative trims. The 1035 works well in electrical busbars or heat exchangers.

How do these grades perform in high-temperature environments?
Aluminum plates like 1060, 1050A, and 1035 have lower melting points (around 600°C). They lose strength at temperatures above 150°C. They are not recommended for high-heat structural applications unless combined with heat-resistant alloys or protective coatings.

Are these plates resistant to corrosion?
Yes. All three grades form a natural oxide layer when exposed to air, preventing rust. The 1060 offers the best corrosion resistance due to higher purity. The 1050A and 1035 perform well in mild environments but may need coatings in highly corrosive settings like marine areas.

How do I choose the right grade for my project?
Consider the required strength, formability, and environment. Use 1060 for high corrosion resistance and simple forming. Pick 1050A for balanced strength and shaping needs. Opt for 1035 if electrical conductivity matters. Test samples under real conditions to confirm suitability.

(Industrial Pure Aluminum Plate 1060 1050A 1035 For Manufacture Structural Parts With Specific Performance)