321 Thick Stainless Steel Sheet 4x8

Product Name

321 Thick Stainless Steel Sheet 4x8

Common Dimension

1000x2000mm, 1220x2440mm(4ftx8ft);

1500x3000mm, 1524x3048mm(10ftx20ft)

Surface

：
1. 3F, 3G, BO, NO.2, NO.3, NO.9, 9K, reflective, polka dots, engraved, matte, bead blast, buff, printing, and so on.
2. C1, C3, AC, NO.7, NO.5, NO.2, 2J, glossy, houndstooth, debossed, polished, acid etched, stippled, grind, laser engraving, and more.
3. 6E, 2C, AB, NO.6, NO.9, NO.2, 3T, satin, plaid, textured, brushed, sandblasted, honed, reactive etching, and beyond.
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Finish

There are various types of steel plates available in the market. These plates come in different finishes to meet specific requirements. Let's explore some of these options.
One common type is hot rolled plate (HR), which is produced through a process of heating and rolling. This method ensures that the plate has a rough surface and has not undergone any additional treatments to enhance its appearance.
Another option is cold rolled sheet (CR), which is manufactured at lower temperatures. This process results in a smoother surface and tighter thickness tolerance compared to hot rolled plates.
When it comes to finishes, there are several choices available. 2B finish refers to a smooth, matte surface, while 2D finish offers a slightly duller appearance.
For a more polished look, you can opt for a BA NO(8) finish. This finish is achieved through a series of polishing and buffing processes, resulting in a mirror-like surface.
If you prefer a more satin-like texture, you can consider the SATIN finish. This finish is achieved by applying a layer of plastic coating to the plate, giving it a smooth and visually appealing appearance.
In summary, whether you need a rough or smooth surface, a polished or satin finish, there are various options to choose from when it comes to steel plates. Consider your specific needs and preferences to select the right type and finish for your project.

Available Service

The processes involved in film production include cutting, marking, coating, bending, perforating, and more. These steps are essential for creating high-quality films. Cutting is done to achieve the desired shape and size, ensuring precision and accuracy. Marks are made to indicate specific points or measurements on the film. Coating film is necessary to enhance its properties, such as durability or adhesion. Bending is used to shape the film according to design requirements. Perforating is the process of creating small holes in the film for various purposes. These techniques are crucial in the film industry and contribute to the overall quality and functionality of the final product.

Film type

PVC/PE 50Mic and PVC/PE 80Mic are two types of films commonly used for packaging. They are made from a combination of PVC and PE materials, providing durability and protection for various goods. Another type of film is the blue film, which is often used for its distinct color and easy identification. Laser film, on the other hand, is a type of film that has been treated with laser technology, resulting in a high-quality, sleek finish. Lastly, the transparent film is a versatile option that allows for visibility of the packaged items while offering protection. These different film options cater to various packaging needs and provide solutions for a wide range of industries.

Exported Standard Packing

Steel angle/ Steel band/ Wooden pallet/ Waterproof paper/ Cardboard paper.

Grade

C

Mn

Si

P

S

Cr

N

Ni

Ti

SS 321

0.08 max

2.0 max

1.0 max

0.045 max

0.030 max

17.00–19.00

0.10 max

9.00–12.00

5(C+N)–0.70 max

SS 321H

0.04–0.10

2.0 max

1.0 max

0.045 max

0.030 max

17.00–19.00

0.10 max

9.00–12.00

4(C+N)–0.70 max

STANDARD

WERKSTOFF NR.

UNS

JIS

EN

SS 321

1.4541

S32100

SUS 321

X6CrNiTi18-10

SS 321H

1.4878

S32109

SUS 321H

X12CrNiTi18-9