What is 040 aluminum sheet?
040 aluminum sheet is a type of aluminum sheet that has a thickness of 0.040 inches (.040 aluminum sheet thickness is 1.02 mm).040 inch aluminum sheet is widely used in various industries for its light weight, durability and corrosion resistance. Aluminum sheet thickness will vary by use and application and is usually specified in gauges or inches. For aluminum sheet 040, thickness is specified in inches.
Reference: wikipedia
040 aluminum sheet gauge
What are the aluminum 040 sheet gauges? “Aluminum sheet gauge” often refers to the thickness specifications of aluminum sheets. In addition to aluminum sheet 040 thickness, Huawei Aluminum can also provide aluminum sheets with other specifications.
The following are common aluminum sheet specifications and their corresponding thicknesses:
| Aluminum Gauge | Inch | MM |
| 030 gauge | 0.030 inch | 0.76mm |
| 040 gauge | 0.040 inch | 1.02mm |
| 050 gauge | 0.050 inch | 1.27mm |
| 063 gauge | 0.063 inch | 1.6mm |
| 080 gauge | 0.080 inch | 2.03mm |
| 100 gauge | 0.100 inch | 2.54mm |
| 125 gauge | 0.125 inch | 3.18mm |
| 160 gauge | 0.160 inch | 4.06mm |
| 190 gauge | 0.190 inch | 4.83mm |
0.040 aluminum sheet size
.040 aluminum sheet 4×8
“040 aluminum sheet 4×8” refers to an aluminum sheet with a thickness of 0.040 inches (1.02 mm) that measures 4 feet (1.22 meters) in width and 8 feet (2.44 meters) in length.4×8 .040 aluminium sheet is Huawei Aluminum um often An aluminum plate specification for export.
.040 aluminum sheet 5×10
“.040 aluminum sheet 5×10” refers to an aluminum sheet with a thickness of 0.040 inches (1.02 mm) that measures 5 feet (1.52 meters) in width and 10 feet (3.05 meters) in length. The “5×10” dimension is a larger size than the more common “4×8” dimension and is often used in industrial and commercial applications that require larger sheets of aluminum.
0.040 aluminium sheet weight
The weight of 0.040 aluminium sheet will depend on its dimensions and the specific alloy used. However, as a general rule of thumb, aluminum has a density of around 2.7 grams per cubic centimeter (g/cm³) or 0.0975 pounds per cubic inch (lbs/in³).
Assuming a standard size of 4 feet by 8 feet for the aluminum sheet, the weight can be calculated as follows:
Area = Length x Width = 4 ft x 8 ft = 32 ft²
Volume = Area x Thickness = 32 ft² x 0.040 in = 1.28 ft³
Weight = Volume x Density = 1.28 ft³ x 0.0975 lbs/in³ = 0.1248 lbs
Therefore, a 0.040 aluminum sheet with dimensions of 4 feet by 8 feet would weigh approximately 0.1248 pounds or 56.5 grams.
040 aluminum sheet metal types
040 aluminum sheeting can be classified according to different standards, the following are the common types of 040 aluminium sheet.
| Classification | Common Type |
| .040 aluminum Sheet Color |
|
| Processing Technology |
|
| Alloy |
Aluminum sheet 040 supplier
Huawei aluminum alloy is an aluminum metal raw material supplier in China, providing 1000-8000 series aluminum plates, aluminum coils, aluminum foil, aluminum wafers and other aluminum alloys.
040 aluminum sheet is one of the thicknesses we supply, and HW Aluminum can customize it according to your needs.
0.040 aluminum sheet price
Prices for 0.040-inch aluminum plate may vary depending on factors such as alloy, grade, and supplier. In addition, the international environment and aluminum ingot raw materials will also affect prices.
Aluminum sheet .040 vs .063
The aluminum .040 and al .063 refer to the thickness of aluminum sheets, with .040 being thinner than .063. The thickness of an aluminum sheet is typically measured in inches, and these measurements indicate the sheet’s thickness in inches.
A .040-inch (or 40 mils) aluminum sheet is relatively thin. It’s often used for lightweight applications where weight is a concern. It’s ideal for projects that require flexibility or where weight reduction is important.
A .063-inch (or 63 mils) aluminum sheet is thicker and sturdier compared to the .040-inch sheet. Aluminum 063 offers more structural rigidity and is suitable for applications that require additional strength and durability.
Leave a Reply