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Architectural Stainless Steel Mesh-METART-WW17HW

Specification

Material: Stainless Steel Grade 201,304,316

Type: Rigid Decorative Wire Mesh

Opening Area: 30%

Estimated Square Meter Weight: Approx 6.9kg/㎡

Finish: Mill Finish

Screen Width: Custom made.

Screen Length: Custom made.

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Introduction

The Heavy-Weighted variation of pattern #WW17 is the architectural mesh pattern METART WW17HW.

Among the WW17 series, it is the most widely used. It is made of vertically 1.8mm pre-waved round wires and horizontally 2.4x1.2mm grooved stainless steel strips. It receives more waves than WW17MW because the wave wires' angles are smaller. The waves also appear more obvious. Weft wire density at this point is higher than WW17MW, giving the screen more crimps and strength.
When left unfinished, the entire surface has the lovely, shiny appearance of a still lake that has been ruffled by the wind.
Since it is the most robust one in this pattern, it can be used for both commercial and residential construction projects. Additionally, some environments require comparatively higher security, and it is preferred to be an exterior decoration material.

Specification Table.

Material

Stainless Steel Grade 201,304 or 316.

Type

Rigid Decorative Wire Mesh

Round Wire Diameter (Single wire)

1.8mm

Flat Wire Strip(width x thickness):

2.4x1.2mm

Flat Wire Strip Pitch

6.4mm

Round Wire Hole Pitch

11m

The total thickness of the fabric

4.6mm

Opening Area

30%

Privacy Rate

70%

Weight

6.9kg/Square Meter

Finish

Antique Copper Plated

The way of cutting

Straight Cut

All optional ways of cut

Straight Cut Only

All optional Finish

Mill Finish ( Original stainless steel bright finish),
Antique Bronze plating, Antique Copper plating, Antique brass plate, PVD titanium plated, Painted, PVDF Coated,

Custom made specifications and Mini order accepted.

Note:

All the measurements including wire thickness, diameter, opening, and overall thickness are nominal numbers. The actual specification might have a tiny bit of tolerance according to fabrication

Application

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