FAQs

The mesh is manufactured in Germany

Yes. We provide 5×8” samples and have most patterns in stock. There is no cost.

Yes.

It depends on the mesh specification. Wire mesh has a maximum 10’ in width and 100’ in length. Cable mesh has a maximum 13’ in width and 100’ in length. Select fine mesh patterns have a maximum 5-6’ in width and 20’ in length.

Yes.

W.S. Tyler uses an automotive-based paint to avoid cracking or chipping and guarantees a one-year warranty. It is not uncommon for paint installations to last for 10-15 years with great results.

W.S. Tyler offers the option to paint the mesh down to 2” detail in any RAL, Pantone, or paint manufacturer of choice. Graphics, signage, and solid colors are all possible.

Yes. W.S. Tyler can change the orientation for most mesh patterns.

Mesh becomes flexible enough to roll once it reaches 6-10 feet in length.

Stainless-steel architectural mesh is non-flammable.

W.S. Tyler offers mesh patterns with 20-75% open areas.

Between $20-25 per square foot. 

In most cases, W.S. Tyler provides ready-to-install elements, including the required clamping technology.

The dimensions and finishing significantly affect the price per square meter. Therefore, it is wise to consider these factors in the planning stages of your project.

W.S. Tyler will work within your budget and the needs of the project.

Between $10-12 per square foot.

In addition to the mesh material and mounting hardware, W.S. Tyler provides engineering solutions, shop drawings, structural calculations, and on-site installation assistance.

Yes.

The product is delivered on rolls via air or sea freight from Germany.

W.S. Tyler Architectural Mesh is individually analyzed and produced for each project, leading to an average delivery time of approximately 4-16 weeks.

However, if the requested materials are on stock the lead time is reduced to 4-6 weeks. Please contact us so that we can check the delivery time for your individual project.

W.S. Tyler supplies architectural mesh according to customer preferences, such as cut-to-size pieces or rolls. Most opt for the mesh to be delivered as ready-to-install elements, including mounting devices in the specified dimensions.

The maximum width of each mesh element is limited due to the manufacturing process. The length limits are contingent on handling and technical considerations.

In coordination with the customer. W.S. Tyler’s wire mesh elements are carefully packaged for shipping. Transportation is carried out in rolled form or flat elements, depending on the size of the individual pieces.
After coordinating with the customer, the desired assembly sequence is arranged within the packaging units. Mounting devices are packaged separately to protect the wire cloth elements.

No; however, we do have stock left over for some materials, depending on the order size.

W.S. Tyler does not install; however, we have partners across the United States and Canada we can recommend.

In general, installing the mesh is a meticulous process.

A six-person team and a specialized set of equipment, such as a crane and cradle, are required to ensure to ensure a safe, smooth installation.

Before the installation, ready-to-install wire mesh elements are delivered with pre-installed tension profiles. First, the clevis bolts are attached to the flat tension profile, with the exception of two clevis bolts where the lifting tools will be used. Then, self-locking nuts secure the clevis bolts to the flat tension profile. Next, the mesh roll is placed in the cradle and lifting tools are installed on the tension profile. The elements are lifted with the crane and unroll inside the cradle, with the help of two people guiding the elements. The panel is attached at the top by inserting the clevis bolts through the top substructure profile. The installation of the bottom of the mesh element is executed in the same manner. Next, the wire mesh elements are pre-tensioned by compressing the pressure springs to the given value. To secure the intermediate connections, the wire connectors are installed around the tubes and fastened to the back side of the element.

Once installed, W.S. Tyler Architectural Mesh requires minimal maintenance due to proprietary fixing solutions that maintain the tension of the mesh.

Depending on environmental conditions, cleaning the mesh might be necessary to improve its visual appearance and maintain its natural corrosion resistance.

The mesh does not require maintenance.

In general, small sections are robust and stable; however, this is not always the case with larger elements. Tensioning can be accomplished by applying the elements to a framework or using W.S. Tyler’s proven mounting solutions.  If the required amount of tension is not applied, the mesh may appear wavy. Furthermore, it is expected that there is more movement of the mesh, including movement induced by wind.

W.S. Tyler Architectural Mesh can be continuously and vertically tensioned across several floors. This requires a solid substructure on the upper and lower front to withstand the resulting loads. In addition, intermediate connections that can be attached to the floor are required for long mesh panels.

Intermediate mountings are used to intercept horizontal loads, which can be caused by wind, for example.  The maximum resulting loads on the substructure, as well as the possible deflection of the mesh, are reduced by intermediate fixings. Usually, an intermediate mounting is recommended at the height of a floor slab (about 10-13 feet).

Wire mesh elements are installed with a defined pretension, induced during the assembly process. Due to wind loads and other factors, the maximum resulting loads may be significantly higher. These loads are determined for each individual project.

Tensioned mesh elements are installed with a defined pretension using our proven mounting technology. The distance between the attachment points should not be too large (preferably not more than 14-16 inches) in order to achieve a uniform tension.

The first and last point of attachment should be within 2 – 4 inches of the edges to apply corresponding tension. The exact position of the attachment point must be calculated according to the mesh selection and geometry. Please contact us so that we can coordinate the detailed planning.

Due to the maximum width of various mesh types, a cladded surface is usually divided into several, vertically-tensioned elements. There should be some space between the elements to avoid contact with adjacent panels and prevent damage to the mesh. 

We recommend a gap of approximately 3/4″. In most cases, this can visually absorb variations resulting from tolerances of the substructure. If the selected architectural mesh owns a vertical structure, then W.S. Tyler can attempt to continue the vertical structure over the gap.

The required assembly time depends on the individual circumstances of each project.  We will be pleased to assist you with further details.

The mesh is tensioned across the structure.

An intermediate tube is incorporated every 10’ in height for tensioned applications. The tube extends the width of the panel, bringing the mesh facade back to the building and dampening the overall loads of the system.

Generally, springs are needed for installations over 8-10’ in height.

W.S. Tyler can provide frames for custom applications, but generally, we recommend finding someone local. A local metal fabricator can produce frames in a more cost-effective manner.

For typical installation, W.S. Tyler requires 6x6x1/2” hot-dipped galvanized angles with punched holes. Such angles are sufficient for withstanding the loads of our system.