DC/CC Aluminium Coil for Transformer /Electronic Components CNBM

Ref Price:
Loading Port:
Shanghai
Payment Terms:
TT OR LC
Min Order Qty:
5 m.t.
Supply Capability:
2000 m.t./month
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Quick Details

Brand Name:

DC/CC aluminium coil

Model Number:

1xxx, 3xxx,5xxx, 8xxx

Application:

Auto parts, household appliances and so on

Thickness:

0.2~7.0mm, 0.2-7mm

Width:

<1500mm< span="">

Alloy Or Not:

Is Alloy

Grade:

1000 Series, 1100 1020 3003 5052 8011

Surface Treatment:

Coated

Temper:

O - H112

widthness:

300-1400mm

Packaging & Delivery

Packaging Details:

anti-water paper packed inside ,kraft paper or PE ,PVC outside ,wood pallet ,our mini order is 1 ton /pallet

Delivery Detail:

10~20 days

Specifications

1. Aluminum coil
2. Alloy:1xxx,3xxx,5xxx,8xxx
3. Dimension: customized
4. Full stock delivery on time

DC/CC aluminium coil for transformer /electronic components 

Grade : 1100.1050,1060,1070,1200, 3003, 3105 ,5052A, 8011. Etc
temper : H14, H24, H18, H12 ,H22 ,H16 ,H26 ,O

Features:

1. Thickness of aluminum coil : 0. 2mm~ 7mm

2. Width of aluminum coil : 1000mm, 1200mm, 1220mm or optional

3. Length of aluminum coil : Optional

4. AA of aluminum coil : 1100.1050,1060,1070,1200, 3003, 3105 ,5052A, 8011. Etc

5. State of aluminum coil : H14, H24, H18, H12 ,H22 ,H16 ,H26 ,O

6.application of aluminum coil :used in construstion and decoration,aluminum roofing ,curtain wall ,hardware and electric appliance manufacture ,automobile manufacture and other industrial and civil purpose ,such as electronic capacitor ,composite cooker,rice cooker ,refrigerator ,computer casing ,airecondtioner radiators,etc.

Status Comparison of Aluminum sheet /Strip

Temper

Brinnell's Hardness (HB)

Vicker Hardness(HV)

Original Status

Explanation

O

19-23

23-28

M soft 

Complete annealing state ,suitable for complete annealing to obtain processed product with lowest strength 

H12,H22

23-30

30-36

1/4 hardness

H12 : First anneal in the middle and tehn re-roll to obtain process product with 1/4 hardness;                           H22 :Directly anneal for 1./4 hardness product

H14,H24

31-40

38-42

half-hard

H12 : First anneal in the middle and tehn re-roll to obtain process product with 1/2 hardness;                           H22 :Directly anneal for 1/2 hardness product

H16,H26

37*40

40-45

3/4 hardness

H16 : First anneal in the middle and tehn re-roll to obtain process product with 3/4hardness;                      H26 :Directly anneal for 3/4 hardness product

H18

40above

45 above

hard

Hard ,suitbale for processing hardness products

Terms of Payment:  T/T, L/C and other payments 

Productivity:       2000 metric ton per month

Certificate:        ISO9001,9002,Product Exemption from Quality Surveillance Inspection etc.

Packing:           Blank waterproof paper/PE, Kraft, Wooden

Delivery Date:      10---20 days

Min Order:         5 tons

 

DC/CC Aluminium Coil for Transformer /Electronic Components CNBM

DC/CC Aluminium Coil for Transformer /Electronic Components CNBM

 FAQ:

product introduction

the four most common aluminium grades available as sheet metal are 1XXX,3XXX,5XXX series.

1XXX series is commercially pure aluminium,so it is highly chemical and weather resistant.It is ductile enough for deep drawing and weldable.but low strength.It is commonly used in chemical processing equipment,light reflectors,and jewelry.

3XXX series is stronger than 1100,while maintaining the same formability and low cost.

It is corrosion resistant and weldable,It is often used in stampings,spun and drawn paths,mail boxes,cabinets,tanks,reflectors and fan blades.

5XXX series is stronger than 3003 while still maintaining good formability. It maintains high corrosion resistance and weldability,common applications include electronic classis,tanks,and pressure vessels.

Q:
Yes, there are specific regulations for the disposal of aluminum coil waste. The disposal of aluminum coil waste is subject to various environmental regulations to ensure proper handling and prevent any potential harm to the environment and human health. One of the key regulations is the Resource Conservation and Recovery Act (RCRA) in the United States. Under this act, aluminum coil waste is considered a hazardous waste if it exhibits certain characteristics such as ignitability, corrosivity, reactivity, or toxicity. If the waste meets these criteria, it must be managed as hazardous waste and disposed of in accordance with RCRA regulations. This may involve treatment, storage, and disposal at an approved hazardous waste facility. Additionally, the Environmental Protection Agency (EPA) has established guidelines for the disposal of non-hazardous aluminum coil waste. These guidelines typically require proper storage, labeling, and transportation of the waste to an authorized disposal facility. The disposal facility should be equipped to handle and process the waste in an environmentally responsible manner. In many countries, including the United States, local, state, and federal regulations may also apply to the disposal of aluminum coil waste. These regulations may vary depending on the specific location and the nature of the waste. It is crucial for businesses and individuals involved in the disposal of aluminum coil waste to familiarize themselves with the applicable regulations to ensure compliance and avoid potential penalties. Overall, it is important to follow the specific regulations for the disposal of aluminum coil waste to protect the environment, prevent pollution, and ensure the safety of individuals involved in waste management.
Q:Aluminum reacts with water so why is it used in buildings and cooking??Some help by today would be good!! :DThanxx
it is strong and relatively cheap compared to other metals,
Q:
Aluminum coils are prone to warping or bending due to their susceptibility. Despite being lightweight and highly resistant to corrosion, aluminum is relatively soft when compared to materials such as steel. Consequently, it is more likely to bend or warp under specific circumstances. Contributing factors include excessive heat, heavy loads, or mishandling, which can result in deformation of the aluminum coils. To avoid any damage or distortion, it is crucial to handle and store the coils with caution. Furthermore, employing appropriate installation techniques and maintenance practices can effectively reduce the risk of warping or bending.
Q:My school has lunched catered in daily because it cuts down on staff in the kitchen. The food is delivered in individual aluminum containers for each student. In doing so, the school uses 99,000 aluminum trays in one school year, all of which get thrown away. I'm trying to find an alternative such as biodegradable food containers. Does anyone have any ideas? The container has to be able to withstand the heat of an oven.
It's almost always cheaper to cook at home than order out and have food delivered. Sounds like your school district is spending more money in one area of a budget to save a little money in another. Typical govt. thinking. Get them to cook your food on site so they dont have to discard food containers and you can have better food too.
Q:
Pre-painted aluminum coils offer a variety of surface finishes to enhance their appearance, durability, and resistance to external factors. The most commonly used finish is Polyester (PE), which provides good durability, weather resistance, and color retention. It is available in a wide range of colors and gloss levels. Another popular option is Polyvinylidene Fluoride (PVDF) finish, known for its excellent resistance to weathering, UV radiation, and chemicals. It maintains color and gloss for extended periods, making it ideal for architectural applications. Polyurethane (PU) finish is preferred for its resistance to abrasion, chemicals, and weathering. It offers a smooth and glossy appearance and is available in various colors. PU finish is commonly used in outdoor applications that require high durability. Epoxy (EP) finish is known for its excellent chemical resistance and adhesion. It is often used in industrial applications where corrosion resistance is crucial. It can be combined with other coatings to enhance its performance. Acrylic (AC) finish provides good weather resistance and color retention. It is commonly used in architectural applications where aesthetics and durability are important. Acrylic finish offers a glossy appearance and a wide range of colors. These examples demonstrate the range of surface finishes available for pre-painted aluminum coils. The choice of finish depends on specific requirements, including desired appearance, durability, and resistance to external factors.
Q:
To ensure proper adhesion of coatings, improve corrosion resistance, and enhance overall appearance, various surface preparation processes are carried out on aluminum coils. These processes typically include cleaning, degreasing, and etching. To begin with, the coils undergo a cleaning process to eliminate any dirt, dust, or contaminants. This can be achieved through either mechanical or chemical methods. Mechanical cleaning involves the use of brushes, scrubbers, or high-pressure water spray to physically remove impurities from the surface. On the other hand, chemical cleaning involves the application of mild alkaline or acidic cleaning agents that dissolve and eliminate contaminants. Following the cleaning process, the coils are degreased to eliminate any remaining oils or greases. This can be done using solvents or an alkaline degreasing process. Solvent-based degreasers are applied to the coil surface, allowing them to dissolve and remove any oil or grease residues. Alternatively, alkaline degreasing involves immersing the coils in an alkaline solution that reacts with the grease, resulting in the formation of soap that can be easily rinsed off. Once the coils have been cleaned and degreased, they may undergo an etching process to enhance surface roughness and promote better adhesion of subsequent coatings. Etching can be carried out using chemical or electrolytic methods. Chemical etching involves immersing the coils in an acidic solution that removes a thin layer of aluminum oxide from the surface, creating a roughened surface. On the other hand, electrolytic etching utilizes an electrical current to remove the oxide layer. After the surface preparation steps, the aluminum coils are typically rinsed with water to remove any residual cleaning or etching chemicals. Subsequently, the coils are dried to ensure a clean and dry surface, ready for the application of coatings or further processing. In conclusion, the surface preparation of aluminum coils involves a combination of cleaning, degreasing, and etching processes to achieve a clean, smooth, and properly prepared surface for subsequent treatments.
Q:
Aluminum coils contribute significantly to architectural design flexibility due to their unique properties and versatility. Firstly, aluminum coils are lightweight, which makes them easier to handle and install compared to other materials like steel or concrete. This characteristic allows architects to explore more creative and innovative designs without worrying about the weight limitations. It also enables the construction of large and complex structures, providing architects with greater freedom in their designs. Secondly, aluminum coils offer a wide range of surface finishes and colors. They can be painted, anodized, or coated with various materials, allowing architects to achieve desired aesthetic effects and match the building's appearance with its surroundings or the intended architectural style. This wide range of finishes enables architects to experiment with different visual effects, textures, and patterns, thereby enhancing the overall design flexibility. Furthermore, aluminum coils possess excellent corrosion resistance properties. This durability ensures that the architectural elements made from aluminum coils can withstand harsh weather conditions, such as rain, snow, or UV radiation, without deteriorating over time. This enhanced lifespan and low maintenance requirement make aluminum coils an attractive choice for architects seeking long-lasting and sustainable design solutions. Additionally, aluminum coils can be easily formed, bent, or shaped into various profiles and dimensions. This malleability allows architects to create customized architectural elements that fit specific design requirements, such as curved facades, intricate detailing, or irregular shapes. The ability to shape aluminum coils according to the architects' vision enables the realization of unique and distinctive designs that stand out in the architectural landscape. Lastly, aluminum coils are recyclable and environmentally friendly. The use of aluminum in architectural design aligns with sustainable practices, as it can be recycled repeatedly without losing its properties. This aspect appeals to architects and clients who prioritize eco-friendly design solutions and wish to reduce their carbon footprint. In conclusion, aluminum coils contribute significantly to architectural design flexibility by offering lightweight construction, a wide range of surface finishes, excellent corrosion resistance, malleability, and recyclability. These characteristics empower architects to push the boundaries of design, create visually stunning structures, and deliver sustainable and long-lasting architectural solutions.
Q:
Aluminum composite roofs can indeed utilize aluminum coils. Due to their durability, lightweight composition, and corrosion resistance, aluminum coils are frequently employed in the manufacturing process of aluminum composite roofs. These coils can be effortlessly molded and arranged into the desired roof profile, resulting in a smooth and visually pleasing final product. Furthermore, aluminum possesses exceptional thermal and sound insulation qualities, rendering it an optimal selection for roofing purposes. Its remarkable strength-to-weight ratio additionally bolsters the overall structural stability of the roof. In summary, the utilization of aluminum coils in the production of aluminum composite roofs furnishes a dependable and enduring roofing solution.
Q:
Aluminum coils contribute to increased structural stability due to their high strength-to-weight ratio. The use of aluminum coils provides structural reinforcement, allowing for greater load-bearing capacity while keeping the overall weight of the structure relatively low. This enhanced stability is crucial in various applications, such as construction, transportation, and manufacturing, where durability and structural integrity are paramount.
Q:What are the production processes of aluminum coil and what are the functions of various industrial furnaces in the production of aluminum? The more detailed, the better. Thank you! Points!
There are aluminum annealing furnace, aluminum alloy quenching furnace, aging furnace and smelting furnace.

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