• Qualified Aluminium Treadplate Used in Buses System 1
  • Qualified Aluminium Treadplate Used in Buses System 2
  • Qualified Aluminium Treadplate Used in Buses System 3
Qualified Aluminium Treadplate Used in Buses

Qualified Aluminium Treadplate Used in Buses

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Loading Port:
Shanghai
Payment Terms:
TT OR LC
Min Order Qty:
2.5
Supply Capability:
5000 m.t./month

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Item specifice

Grade:
1000 Series,3000 Series,5000 Series
Surface Treatment:
Embossed
Shape:
Square
Temper:
O-H112
Application:
Floor

Qualified Aluminium Treadplate Used in Buses

l  Product Introduction

1. Commodity: Qualified Aluminium Treadplate Used in Buses

2. Alloy No.: 1050 1060 1100  3003 3004 3104 3005 3105 5005 5052 5754 8011

3. Size: Thickness: 0.15-5.00mm(Tolorance±0.02mm) Width:200-1600mm(Tolorance±1mm) Length:500-1500mm(Tolorance±1mm)

4.Application:

 1) air plane, refrigerators, buses,

 2)building materials: ceilings, walls

 3)telephones, digital cameras

 4) plastic composite board, aluminum and plastic pipe             

5.Month Capacity: 5000MT/Month

6.Pattern: 2 bars, 3 bars, 5 bars, diamond bar


lPackaging & Delivery

Packaging detail: Seaworthy Export Standard Wooden Pallet and with damp proof film as first layer,                                    Kraft paper as second layer, Cardboard card as third layer Criss-cross steel strip to fix                                outside

Delivery detail: About 25 days

Qualified Aluminium Treadplate Used in Buses


l  Company Profile

CNBM International Corporation, China National Building Materials (Group)  Corporation, is one of the largest companies in China building material & equipment industry, with 42,800 employees and sales in 2005 of US Dollar 4.395 billion. In 2006, China National Building Material Company Limited was listed on Hong Kong Stock Market with the stock code as 3323. 
Aluminium treadplate is a popular product in CNBM. With best quality and service, we have won reputation around the world.

     Qualified Aluminium Treadplate Used in Buses

l  CNBM World Wide

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l  Products Images

 

Qualified Aluminium Treadplate Used in Buses


Qualified Aluminium Treadplate Used in Buses


Qualified Aluminium Treadplate Used in Buses


l  Certificates

      

l  FAQ

Q: Do you provide free samples?

A: Yes, free samples will be sent to you on freight at destination.

Q: Can I get your latest products catalogue?

A: Yes, it will be sent to you in no time.

Q: What is the MOQ?

A: 2.5 tons

Q: What are your payment terms?

A: We accept L/C, T/T

Q:What is the typical yield strength of aluminum sheets?
The typical yield strength of aluminum sheets can vary depending on the grade and thickness of the sheet. However, on average, aluminum sheets have a yield strength ranging from 30 to 100 MPa (megapascals). It is important to note that this is a general range, and specific aluminum alloys may have higher or lower yield strengths. Additionally, the yield strength can also be influenced by factors such as heat treatment and processing conditions.
Q:Can aluminum sheets be used for lithographic printing?
Indeed, lithographic printing can make use of aluminum sheets. This widely-used printing method, also referred to as offset printing, involves the transfer of an image from a plate onto a rubber blanket and subsequently onto the printing surface. Aluminum sheets are frequently employed as the foundational material for lithographic plates due to their exceptional durability, lightweight composition, and capacity to retain intricate details. Typically, these aluminum sheets utilized in lithographic printing are coated with a photosensitive emulsion, facilitating the precise and accurate transfer of the image onto the printing surface. Consequently, aluminum sheets represent an optimal selection for lithographic printing, particularly for extensive and high-quality printing endeavors.
Q:Are aluminum sheets suitable for high-temperature applications?
High-temperature applications are generally not suitable for aluminum sheets. Despite its relatively high melting point of 660.3°C (1220.5°F), the strength and mechanical properties of aluminum decrease significantly as the temperature rises. Aluminum tends to soften, deform, and lose its structural integrity at elevated temperatures. Moreover, its relatively low thermal conductivity hinders efficient heat conduction away from the source, resulting in potential overheating problems. Hence, stainless steel or refractory metals like titanium or tungsten are commonly preferred for high-temperature applications due to their superior performance and thermal conductivity.
Q:My professor gave us the following:1roll of Reynonlds Wrap Heavy Duty Aluminum18.0 in wide, 500.0 ft long and 0.94mil thickThe cost $48.98and I'm not sure how to figure it out
You have : ---------------- V = aluminum volume in one roll = ( L ) ( W ) ( t ) V = ( 500 ft ) ( 1.5 ft ) ( 0.94 mil ) ( 1 in / 1000 mil ) ( 1 ft/12 in ) V = 0.05875 ft^3 m = aluminum mass = ( d ) ( V ) m = ( 168 lbm/ft^3 ) ( 0.05875 ft^3 ) = 9.87 lbm m = ( 9.87 lbm ) ( 453.6 g / 1.0 lbm ) = 4477 g n = moles of aluminum in one roll = m / M n = ( 4477 g ) / ( 27 g/mol ) = 165.8 moles Al N Al atoms = ( n Al ) ( NAVO ) N Al atoms = ( 165.8 mol ) ( 6.022 x 10^23 atoms / mol ) N Al atoms = 998.5 x 10^23 Al atoms C* = cost per atom = cost of aluminum roll / number of aluminum atoms in one roll C* = ( 4898 cents ) / 998.5 x 10^23 atoms ) C* = 4.91 x 10^-23 cents per Al atom --------------- Please award Best Answer to the most correct and most helpful response to your question. C* =
Q:Can aluminum sheet be used for cookware?
Indeed, cookware can indeed employ aluminum sheets. Aluminum, being renowned for its superb heat conductivity, facilitates even heat dispersion and rapid heating. It possesses the attributes of being lightweight, long-lasting, and impervious to rust and corrosion. Moreover, aluminum cookware is reasonably priced and comparatively effortless to maintain. Nevertheless, pure aluminum proves to be a malleable metal, thus necessitating its amalgamation with other substances such as stainless steel or nonstick coatings to fortify its endurance and nonstick qualities.
Q:What is the typical electrical conductivity of aluminum sheets?
The typical electrical conductivity of aluminum sheets is around 35.0 to 45.0 MS/m (mega siemens per meter) or 35,000 to 45,000 S/m (siemens per meter). Aluminum is known for its excellent electrical conductivity, which is approximately 61% of the conductivity of copper. This makes aluminum a popular choice for various electrical applications, such as wiring, power transmission lines, electrical busbars, and electrical equipment components. The conductivity of aluminum allows for efficient and reliable flow of electric current, making it a valuable material in the electrical industry.
Q:Aluminum plate thickness 3 mm, what is the allowable error in the national standard thickness?
The allowable deviation of plate thickness in GB/T3880.3-2006 "general industrial aluminum plate, strip and Aluminum Alloy third part:" size deviation provisions, I have the standard download URL sent to you a message, please check.The deviation is divided into ordinary and high level, +0.10, -0.12
Q:What are the different bending methods for aluminum sheets?
Some of the different bending methods for aluminum sheets include air bending, bottom bending, coining, and rotary bending.
Q:Which kind of glue is best for bonding aluminum sheets?
502 or universal glue
Q:Are aluminum sheets suitable for aerospace structural components?
Aerospace structural components can indeed be made from aluminum sheets. Aluminum is a material that is both lightweight and durable, and it has been used extensively in the aerospace industry for many years. Its exceptional strength-to-weight ratio makes it highly desirable for a range of applications in aircraft manufacturing. Aluminum sheets provide numerous advantages for aerospace structural components. Firstly, their lightweight nature helps to reduce the overall weight of the aircraft. This is crucial for improving fuel efficiency, increasing payload capacity, and enhancing overall performance. Additionally, the lightweight quality of aluminum sheets makes them easier to handle and assemble during the manufacturing process. Secondly, aluminum exhibits excellent resistance to corrosion. This is particularly important for aerospace applications, as the components are exposed to various environmental conditions, such as high humidity, extreme temperatures, and exposure to chemicals. The corrosion resistance of aluminum ensures that the structural components remain durable and long-lasting, reducing the need for frequent maintenance and replacement. Furthermore, aluminum is a highly malleable material, allowing for easy shaping and forming into complex structures. It can be bent, cut, and fabricated with ease to meet specific design requirements, making it versatile for a variety of aerospace applications. The ability to form intricate shapes with aluminum sheets enables engineers to design efficient and streamlined structures, optimizing aerodynamics and minimizing drag. Another advantage of aluminum sheets is their excellent thermal conductivity. This property enables efficient heat dissipation, which is crucial in aerospace applications where components may be exposed to high temperatures generated during flight or engine operation. The thermal conductivity of aluminum helps to prevent overheating and ensures the structural integrity of the components. In conclusion, the lightweight, corrosion resistance, malleability, and thermal conductivity properties of aluminum sheets make them highly suitable for aerospace structural components. These characteristics contribute to the overall performance, efficiency, and safety of aircraft, making aluminum an ideal material for various applications in the aerospace industry.

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