Diameter 300 Mm Hole 2 Mm Used For Filtration Perforated Plate Screens

Perforated Plate Screens Description

Perforated Plate Screens offers the greatest overall versatility in pattern, shape, material type and hole

gauge among the three materials discussed here. When the amount of open area (the “hole” that allows

the passage of air, light, liquids, etc.) is critical to the efficient operation of the application, perforated metal

can provide the greatest control of open area. Different press tooling and other cutting methods are

available to meet nearly any hole or perforation configuration required. Another important difference worth

mentioning is that the perforating manufacturing process provides the flexibility to leave certain areas

without holes.

For example, a section of solid surface can be a design requirement to prevent filtration in an exact location

or provide a solid mounting surface in a specific place.

Perforated Plate Screens Parameters

Perforated Plate Screens is available in an abundance of thicknesses and materials as well as endless

combinations of hole sizes and patterns to match the style of your project. Open and airy styles are often

chosen for fence panels or railing infill, where tighter closed styles are used for equipment protection or to

prevent vandalism.

Often used as infill for canopies, the endless variations, styles, and hole sizes give you the ability to let

you control the light and ventilation, as well as providing a great strength-to-weight ratio.

Perforated Plate Screens Application

Perforated Plate Screens Characteristics

- Be extensively applied to architectural decoration, such as elevator decoration, luxurious doors,

outdoor projects, wall decoration, advertisement nameplates, sanitary ware, ceiling, corridor, hotel hall,

shop facade, etc.

- For furniture, kitchenware, food industry, electronic industry, medical equipment, etc.

Different type of holes For Perforated Plate Screens

Perforated Plate Screens Features:

♦Versatility: Perforated metal offers the greatest overall versatility in pattern, shape, material type and hole

gauge among the three materials discussed here. When the amount of open area (the “hole” that allows the

passage of air, light, liquids, etc.) is critical to the efficient operation of the application, perforated metal can

provide the greatest control of open area.

♦Strength: While all three methods offer high structural strength, perforated metal is the only method that

can be freestanding. This is because perforated metal can be manufactured with “non-perforated” borders

at its outer edges, providing greater stability.

♦Aesthetic Appeal: Perforated metal can come in a variety of hole sizes and holes in a number of shapes:

circles, squares, diamonds and other geometric figures, with high levels of complexity.

When design is as important as function, perforated metal will often be the right choice.