A Comprehensive Guide to Architectural Mesh "METART-WW57DB-712"

The "METART-WW57DB-712" is a highly decorative, opaque architectural mesh, ideally suited for interior cladding applications.

This unique metal mesh is a rigid cladding material, crafted from metal ribbons that are pre-crimped to create a sophisticated design.

In one direction, the mesh is constructed with these crimped metal ribbons, while the other direction features double wires that enhance its structural integrity.

The crimping pattern is carefully distributed in a staggered formation, giving the mesh its distinctive appearance.

Once the weaving process is complete, the result is a screen that appears 100% opaque when viewed directly from the front.

However, this stylish metal mesh reveals an intriguing feature when observed from a 45-degree angle.

The small openings become visible, formed naturally by the arrangement of the double wire rods and crimped metal strips.

These subtle, nearly invisible openings provide excellent ventilation, without compromising the mesh’s overall decorative appeal.

This blend of functionality and aesthetics makes the METART-WW57DB-712 a highly versatile material for modern interior spaces, offering not only visual intrigue but also airflow management discreetly and innovatively.

Understanding the Pattern Code "WW57DB-712"

The code "WW57DB-712" offers insight into the technical specifications of this architectural mesh:

"WW57" refers to the specific architectural woven wire mesh series number 57
"DB" stands for double wires, indicating that the mesh incorporates paired wire rods, which significantly enhance its strength and durability.
"71" signifies the use of standard 7x1mm metal ribbons, a key element of the mesh's visual and structural framework.
"2" indicates the wire diameter, with a nominal size of 2mm (approximately 1.93mm), contributing to the overall rigidity and robustness of the mesh.

Choosing the Right Material for Architectural Mesh

When selecting the material for the METART-WW57DB-712 architectural mesh, the first step is determining whether your project drawings or client specifications require a specific raw material.

If a particular material has been appointed, it’s crucial to follow those guidelines to ensure the project meets expectations. If no specific material is required, you have more flexibility to choose based on the project’s functionality, aesthetics, and budget.

For most interior cladding projects in inland cities, SS201 stainless steel is a popular, budget-friendly option. While it may not offer the same level of corrosion resistance as higher grades, such as SS304, it can still perform well in non-coastal interior environments.

By applying additional plated finishes, SS201 becomes an economical yet durable option for economical cladding.

For more demanding environments or higher-level cladding projects, SS304 is the default material used in our factory, as it is readily available in the market, making it easier and faster to source.

SS304 stainless steel provides a balance between cost-effectiveness and good resistance to corrosion, making it an ideal choice for indoor applications where humidity or moisture may be a concern.

However, for outdoor environments and coastal areas, SS316 or SS316L stainless steel is the best choice.

These grades, often referred to as marine-grade stainless steel, contain a higher percentage of nickel and an additional 2% of molybdenum, which greatly improves their resistance to harsh weather conditions, especially in salty, humid environments. This superior corrosion resistance makes them the top choice for projects exposed to the elements.

When it comes to finishes, a range of options can elevate the look and durability of the mesh, including: Antique copper finish Antique brass finish Antique bronze finish These finishes not only protect the metal but also give the mesh a distinctive, elegant appearance. Real-life examples of these finishes can be seen below. 

For more traditional materials like pure copper, true brass, or bronze, it’s important to consider their natural tendency to oxidize over time.

Some clients may appreciate the patina that forms, adding a vintage or rustic aesthetic, while others may prefer to maintain the original sheen.

It’s important to understand your client’s preferences regarding oxidation early in the process to ensure the right material and finish are selected for the

long-term appearance and performance of the architectural mesh.

Specification Table