• Wholesale PVDF Aluminum Metal Sheets - Competitive Price Composite Panel System 1
  • Wholesale PVDF Aluminum Metal Sheets - Competitive Price Composite Panel System 2
  • Wholesale PVDF Aluminum Metal Sheets - Competitive Price Composite Panel System 3
Wholesale PVDF Aluminum Metal Sheets - Competitive Price Composite Panel

Wholesale PVDF Aluminum Metal Sheets - Competitive Price Composite Panel

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Loading Port:
Shanghai
Payment Terms:
TT OR LC
Min Order Qty:
8 m.t.
Supply Capability:
1000 m.t./month

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Specification

Grade:
1000 Series
Surface Treatment:
Coated
Shape:
Rectangular
Temper:
O-H112
Application:
Decorations

Structure of PVDF Aluminum Composite Panel with Competitive Price Description:

Coated aluminum coil/sheet are of a wide range of colors, which gives wonderful appearance no matter in residential and commercial constructions of great exhibition centers.

The coated aluminum coil/sheet have been widely used in the fields of construction and decoration( garage doors, ceiling etc.), electronic appliances, lighting decoration, air-condition air pipes, sandwich panels and drainages etc.

 

Main Features of thePVDF Aluminum Composite Panel with Competitive Price:

1) High flexibility 
2) Impact resistance
 
3) Excellent weather-proof durability
 
4) Anti-ultraviolet
 
5) High erosion resist

Images of the PVDF Aluminum Composite Panel with Competitive Price:

PVDF Aluminum Composite Panel with Competitive Price

PVDF Aluminum Composite Panel with Competitive Price

PVDF Aluminum Composite Panel with Competitive Price



PVDF Aluminum Composite Panel with Competitive Price Specification:

Alloy

A1100,A3003,A1050,A8011   etc

Temper

H16,H18,H24

Thickness

From   0.024mm to 1.2mm

Width

Standard   width:1240mm

Special   width:1300mm,1520mm,1570mm,1595mm

Diameter

Standard   dia:1200mm

Interior   dia:150mm,405mm,505mm

Weight

2.5   T/coil,3.0 T/coil

Coating

PE, PVDF,   AC

Surface

Embossed,   mill finish, coated

Color

AS to   code RAL

Gloss

10-90%(EN   ISO-2813:1994)

Coating   Thickness

PE: more   than 18 micron

PVDF: more   than 25 micron

Coating   Hardness

(pencil   resistance)

More   than 2h

Coating   adhesion

5J(EN   ISO-2409:1994)

Impact   Resistance

No   peeling or cracking(50 kg/cm,ASTMD-2794:1993)

Flexibility

(T-bend)

2T

MEK   resistance

More   than 100

 

 

 

FAQ:

a.What is monthly capacity

---CNBM is one stated own company and our monthly capacity is about  2000tons.

b. Now which countries do you export your goods?

---Now we export to  South East Asia,Africa, North America,South America  ect.

 


Q: Im wondering as to how i darken the slide and frame of an airsoft 1911 pistol. I polished off all the black paint and exposed the chromish aluminum. I have some ideas to darken the metal but not sure. Maybe using olive oil and heating it up but im afraid i might warp the metal. I want it to come out sort of like a greyish gunmetal. Anybody know of a good process to give that worn out war like effect to the gun without painting it?
i have been surfing more than 4 hours today seeking the answer to the same question, and I haven't found a more interesting debate like this. it is pretty worth enough for me.
Q: What is the fatigue strength of 101 aluminum sheets?
The fatigue strength of 101 aluminum sheets refers to their ability to withstand repeated loading and unloading cycles without experiencing failure or damage due to fatigue.
Q: Are the aluminum sheets suitable for manufacturing transportation containers?
Aluminum sheets are indeed appropriate for the production of transportation containers. The transportation industry widely embraces aluminum as a material of choice owing to its remarkable characteristics. Being lightweight, yet possessing strength and durability, aluminum becomes an optimal option for containers intended for long-distance transportation. Furthermore, aluminum sheets exhibit commendable resistance against corrosion, a vital attribute for containers that might confront diverse weather conditions during transportation. Moreover, aluminum stands out as an environmentally conscious selection, as it can be effortlessly recycled, thereby promoting sustainable manufacturing of transportation containers. In conclusion, aluminum sheets furnish the essential strength, durability, and corrosion resistance indispensable for the manufacturing of transportation containers.
Q: why can aluminum sheet after oxide film removal react quicker with hydrochloric acid?
the reason is very simple, the original aluminum sheet has a layer of dense oxide film AI2O3, which has prevented the inner aluminum sheet from reacting with hydrochloric acid. but after oxide film removal, aluminum sheet will directly contact hydrochloric acid, generating H2.
Q: Can the aluminum sheets be used for manufacturing musical instruments?
Musical instruments can indeed be manufactured using aluminum sheets. Aluminum, being a lightweight and versatile material, offers numerous advantages in instrument manufacturing. Its exceptional sound transmission properties are well-known, making it ideal for producing resonant and lively tones in musical instruments. Furthermore, aluminum boasts high durability and resistance to corrosion, ensuring the longevity of the instruments. Aluminum sheets are frequently used in the production of percussion instruments such as cymbals and bells due to their ability to generate clear and melodious sounds. Additionally, aluminum can be easily shaped and formed into different components, making it a popular choice for constructing brass instruments like trumpets and trombones. In conclusion, aluminum sheets are a viable and successful option in the manufacturing of musical instruments.
Q: What are the advantages of utilizing aluminum sheets in construction projects in terms of environmental impact?
<p>Using aluminum sheets in construction offers several environmental benefits. They are highly recyclable, which reduces waste and conserves natural resources. Aluminum is lightweight, reducing the carbon footprint associated with transportation. It also has a high strength-to-weight ratio, leading to less material usage and lower energy consumption in production. Additionally, aluminum's reflective properties can help in reducing heat absorption, contributing to energy efficiency in buildings. Moreover, aluminum production technology has advanced to minimize harmful emissions, making it a more sustainable choice for construction materials.</p>
Q: This question asks for the various dimensions in which aluminum sheets can be obtained.
<p>Aluminum sheets are available in a variety of sizes depending on the manufacturer and the specific application. Common sizes include 12x12 inches, 24x24 inches, 4x8 feet, and 4x10 feet. Thickness can range from 0.010 inches (0.25 mm) for thin sheets to 0.5 inches (12.7 mm) for thicker plates. Custom sizes can also be ordered, and the availability of these sizes may vary by supplier. It's important to check with the specific supplier for the exact sizes they offer, as options can differ.</p>
Q: What are the different methods of surface laminating aluminum sheets?
There are several methods of surface laminating aluminum sheets, each offering unique benefits and suitable for different applications. Some of the most common methods include: 1. Adhesive bonding: This involves applying an adhesive layer between the aluminum sheet and the desired surface material. The adhesive is typically cured through heat or pressure, forming a strong bond. This method is versatile and can be used with various surface materials like wood, plastic, or glass. 2. Roll bonding: Also known as cladding or cold roll bonding, this method involves sandwiching the aluminum sheet between two other metal sheets and applying high pressure to create a solid bond. Roll bonding is commonly used in the production of composite materials, such as aluminum-clad steel sheets. 3. Thermal spraying: This process involves melting or heating aluminum powder and spraying it onto the sheet surface using a thermal spray gun. The molten aluminum solidifies upon contact, forming a durable coating. Thermal spraying is often used for corrosion protection or as a base layer for subsequent surface treatments. 4. Powder coating: In this method, a dry powder paint is applied to the surface of the aluminum sheet electrostatically. The sheet is then heated, causing the powder to melt and form a smooth, protective coating. Powder coating provides excellent durability, resistance to impact, and a wide range of color options. 5. Anodizing: Anodization is an electrochemical process that enhances the natural oxide layer on the surface of aluminum sheets. By immersing the sheet in an electrolytic bath and applying an electric current, a controlled oxide layer is formed, providing corrosion resistance, improved adhesion for paint or adhesive, and aesthetic finishes. 6. Lamination with protective films: A protective film can be applied to the surface of the aluminum sheet to protect it during transportation, handling, or processing. These films are typically made of plastic and offer temporary protection against scratches, abrasions, and dirt. These are just a few of the many methods available for surface laminating aluminum sheets. The choice of method depends on factors such as the desired properties, intended use, and the specific requirements of the application.
Q: Are 101 aluminum sheets suitable for high-temperature applications?
No, 101 aluminum sheets are not suitable for high-temperature applications as they have a low melting point and may deform or melt under high temperatures.
Q: Can aluminum sheets be bent or formed?
Indeed, it is possible to bend or shape aluminum sheets. Aluminum, being a remarkably malleable and ductile metal, can be effortlessly molded or bent without fracturing. This attribute renders it a favored option for a wide range of purposes, including the production of automotive components, aircraft structures, and household products. Diverse techniques, such as press braking, roll bending, and stretch forming, can be employed to bend or shape aluminum sheets. By utilizing these methodologies, the aluminum sheets can be formed into diverse angles or curves to fulfill precise design prerequisites.

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