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Differences in processing H24 H14 of 3003 aluminum plate

Differences-in-processing-H24-H14-of-3003-aluminum-plate.pdf

Introduction to 3003 aluminum plate

A popular material for general plates and strips is 3003 aluminum plate, sometimes referred to as rust-proof aluminum plate. About 0.8 percent is made up of aluminum, and 1.0 to 1.6% is made up of manganese. Its outstanding alloy performance and consistent product quality make it very popular. Furthermore, 3003 aluminum plate is stronger than 1060 aluminum plate, and it also exhibits greater corrosion resistance. Specifically, when it comes to temperature fluctuations, 3003 aluminum sheet performs better than 1000 series.

 

Differences in processing H24 and H14 of 3003 aluminum plate

3003 aluminum plate is more frequently annealed in the H24 and H14 states. The 3003 aluminum plates in these two states have the following characteristics in common: they are all 3003 alloys, they do not break when bent at a 90-degree angle, their tensile strength, elongation, and corrosion resistance are essentially the same, and there is essentially little variation in the surface treatment method and surface samples. What distinguishes them from one another, then? JD focuses on how aluminum plates are rolled and the annealing process.

 

1. The 3003 aluminum plate manufacturing process Aluminum plate H24
Rolling and casting, annealing in an annealing furnace, and packaging the final product
This is a part of the 3003 aluminum plate production process. H24 aluminum plate, which is part of the more popular one-time annealing molding, has a stable quality, little surface oil, and no change in quality. It is a member of the widely utilized processing technology series, after all.

2. The 3003 aluminum plate H14 aluminum plate manufacturing procedure
Rolling and casting, annealing in an annealing furnace, cold rolling, and packing the final product
Mid-annealing aluminum plate, also known as 3003 H14 aluminum plate, is rolled once more following annealing. Such a final product is a result of rolling and annealing finished goods. It is sometimes referred to as the semi-annealing process, particularly for 3003 aluminum plate that has strict specifications. This procedure is more typical.

I think we can partially address your inquiries using the annealing process products of these two states, 3003 H24 aluminum plate and 3003 H14 aluminum plate. Manufacturers of aluminum plates are frequently asked this question. Huawei Aluminum hopes to assist more users by using the website to inform more clients about the distinction between 3003 aluminum plate H24 and H14 states.

You can reach us if you have any more inquiries.

 

ASTM B209 Alloy 3003 Plate Specifications

Specifications Chart ASTM B209 / ASME SB209
Dimension Chart ASME, ASTM, and API
Thickness Table in MM 0.2~300 Milimeter
Width in mm 500~2500 Milimeter
Length in mm 500~10000 Milimeter
Tempers H34, H24, T4, F, T5, H14, H22, H36, H18, H19, T851 T451, H26, T3, T351, H32, H112, H16, O, T7, H321, T651, T6, H111, H12, H38,
Surface Finish polished, Bright, hair line, sand blast, brush, checkered, etching, embossed, etc.
Forms Foils, Coils, Rolls, Strip, Checkered Plate, Flats, Circle, Blank, Ring (Flange) etc.
Coating Color Coated, PVC Coated, Polyester, polyurethane, Fluorocarbon, epoxy coating
Finishes Mill, Customer specific finish

differences-in-processing-H24-and-H14-of-3003-aluminum-plate

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