Aluminum 3003 Induction Cooking Circle

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Loading Port:: Shanghai

Payment Terms:: TT OR LC

Min Order Qty:: 5 m.t.

Supply Capability:: 10000 m.t./month

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Specification

Grade:

1000 Series

Surface Treatment:

Mill Finish

Shape:

Round

Temper:

O-H112

Application:

Kitchen Use

1. Structure of Aluminum Cooking Circle for Induction Description

• Product: Aluminim Circle

• Application: It is used in cookware, engineering, lighting purpose, fried pans, non-sticky pans, cooking pots, kettles, hard anodize cook wire, pressure cooker and house hold utensils, reflector of the light, etc

• Advantage: Deep drawing and hard anodizing quality Aluminum Circle Sheet can be supplied. Our Aluminum Circle is RoHS and REACH compliance and uses well-protected packing. Our circles are excellent material for producing cookware, utensil, pots, pans and kettles.

2.Main Features of the Aluminum Cooking Circle for Induction

• High manufacturing accuracy

• Smooth surface

• No waves

• High strength of extension and yield

• Well packaged

3. Aluminum Cooking Circle for Induction Images

Aluminum Cooking Circle for Induction 3003

4.Aluminum Cooking Circle for Induction Specification

Alloy	AA1050,AA1060,AA1100 AA3003etc.
Temper	O,H14
Thickness	0.5MM-4MM
Diagonal	100-1200MM
Standard	GB/T 3880-2006

5.FAQ of Aluminum Cooking Circle for Induction

We have organized several common questions for our clients，may help you sincerely：

① How about your company？

A world class manufacturer & supplier of aluminum coil and alloy blanks. Aluminum production base is comprised of 18 aluminum annealers, 10 coil and foil mills, 4 continuous production lines, 2 hot rolling production line and 3 prepainted lines.

Export 5000 tons per month to Asia, America and Middle East. Always do the best for our clients.

②Can you guarantee the quality of the products？

We are responsible for the quality of materials to get a long-term cooperation with clients in a reasonable period of time and we are glad to arrange and coordinate any third party inspection for you.

③What is the delivery time after purchase?

35 day after receiving client’s deposit or correct LC

Q: This question asks for typical applications of aluminum foil in everyday life.: Aluminum foil is commonly used for food storage and preservation, as it can be wrapped around food to keep it fresh. It's also widely used in cooking, particularly for baking and roasting, to prevent food from sticking to pans or to seal in moisture and flavor. Beyond culinary uses, aluminum foil is employed in arts and crafts for creating 3D structures or as a reflective surface. It's also used in insulation, as a barrier in construction, and for packing and wrapping items to protect them during shipping. Additionally, aluminum foil is utilized in various industrial processes due to its heat resistance and malleability.

Q: What other materials can be used as substitutes for aluminum in various applications?: Alternative materials to aluminum include magnesium, which is lighter and often used in automotive and aerospace applications; titanium, known for its strength and corrosion resistance, though more expensive; copper, utilized for its excellent electrical conductivity; and steel, which is stronger and more durable but heavier. Additionally, composite materials like carbon fiber and fiberglass offer weight savings and high strength, though they can be more complex to manufacture. Each alternative has its own set of advantages and disadvantages depending on the specific application and requirements.

Q: Is it possible to utilize aluminum to enhance the durability and efficiency of batteries?: Yes, aluminum can be used to make batteries more durable and efficient. Aluminum's lightweight, high conductivity, and corrosion resistance make it a favorable material for battery components. In particular, aluminum-air batteries leverage aluminum's ability to provide a high energy density. Additionally, research is ongoing to improve lithium-ion batteries by using aluminum as a component in the anode, which can potentially increase energy storage capacity and lifespan. However, challenges such as aluminum's reactivity and the development of efficient recycling methods must be addressed for widespread adoption in battery technology.

Q: Explain the distinction between primary and secondary aluminum recycling, including the processes involved in each.: Primary aluminum recycling involves the production of aluminum from bauxite ore through a process called electrolysis. This process is energy-intensive and requires significant resources. Secondary aluminum recycling, on the other hand, involves the recycling of aluminum products back into new aluminum products. This process is much more energy-efficient as it involves melting and recasting the aluminum, which requires only 5% of the energy needed for primary production. Secondary recycling is more sustainable and environmentally friendly due to its lower energy consumption and reduced waste.

Q: Is it possible to utilize aluminum in the manufacturing of medical devices like stents or implants?: Aluminum is not typically used in medical devices such as stents or implants due to its potential toxicity and lack of biocompatibility. Medical-grade materials like stainless steel, titanium, and various biocompatible polymers are preferred for their strength, durability, and ability to be safely integrated with human tissues. Aluminum can cause adverse reactions in the body, and its use in medical devices is generally avoided to prevent such complications.

Q: Is it safe and effective to use aluminum foil to create a sandwich in a microwave oven?: No, you should not use aluminum foil to make a sandwich in a microwave oven. Aluminum foil can cause sparks and potentially start a fire due to its reflective properties and the microwave's electromagnetic radiation. It can also damage the microwave's interior. Instead, use microwave-safe containers or wraps designed for microwaving.

Q: Is it possible to use aluminum as a material in the construction of solar panels?: Yes, aluminum is commonly used in solar panels. It is utilized in the frame of the solar panel to provide structural support and protection. Aluminum is chosen for its lightweight, high strength, and resistance to corrosion, which are beneficial properties for outdoor applications like solar panels. It also helps in heat dissipation, which is crucial for maintaining the efficiency of the solar cells. While aluminum is not a primary component of the photovoltaic cells themselves, its role in the overall structure is significant.

Q: This question asks for a list of typical aluminum alloys that are commonly used in various industries and applications.: Aluminum is widely used in various forms of alloys due to its lightweight and corrosion resistance. Some common aluminum alloys include: 1) 1000 series, which is pure aluminum with 99.00% minimum aluminum content; 2) 2000 series, known for their strength and are used in aircraft structures; 3) 3000 series, which are non-heat treatable and have good formability, used in cooking utensils and chemical equipment; 4) 5000 series, noted for their resistance to saltwater corrosion, used in marine applications; 5) 6000 series, which are heat treatable and offer good mechanical properties, used in construction and automotive parts; 6) 7000 series, the strongest aluminum alloys, used in aircraft and high-strength structural applications. These alloys are chosen for their specific properties to meet the demands of different industries.

Q: Is it possible to utilize aluminum as a material in battery construction?: Yes, aluminum can be used in batteries. It is commonly used as a current collector in lithium-ion batteries due to its low density, high conductivity, and corrosion resistance. Aluminum's role is primarily structural, providing support and facilitating the flow of electricity. However, it is not used as an active material in the electrochemical reactions that generate power. Research is ongoing to explore the potential of aluminum as an anode material in next-generation batteries, aiming to improve energy density and reduce costs.

Q: This question asks about the impact of heat on the characteristics of aluminum, including its physical and chemical properties.: Heat significantly affects the properties of aluminum. As temperature increases, aluminum's electrical and thermal conductivity decrease, although it remains a good conductor. Its strength and hardness also decrease with rising temperature, which can lead to reduced structural integrity in high-temperature applications. Thermal expansion occurs, causing the metal to lengthen and potentially deform. Aluminum's malleability and ductility increase with heat, making it easier to shape and form. However, prolonged exposure to high temperatures can cause oxidation and corrosion. The specific heat treatment, such as annealing or quenching, can also alter aluminum's microstructure, impacting its mechanical properties.

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