Stainless Steel Wire Mesh 13 x 13 mm holes 19 gauge

Thank you for the enquiry.

The 19 gauge mesh would be too flexible to be self-supporting over a 2m section, and so you would need at least a 16 gauge wire (1.6mm thick) to provide sufficient rigidity.

The other consideration is that the mesh will be in a saltwater aquarium. For mesh used in and around saltwater we would strongly recommend using the higher grade of stainless steel i.e. grade 316. This is substantially more resistant to corrosion in saltwater and marine environments.

The option we have available for a grade 316 stainless steel mesh, with the hole size and wire thickness required, would be our woven stainless steel 2 Mesh (this has an aperture of 11mm, and a wire thickness of 1.6mm). Please note that a woven mesh should be framed - given that the mesh is woven together, the frame will prevent the mesh from moving around, or the outer strands from pulling out. Once framed, the mesh will be panel-like.

Please feel free to call on 01782 820 970, or e-mail if you have any further questions.

Thank you for the enquiry.

A 25mm x 25mm hole welded mesh will keep larger birds out, such as pigeons, crows, jackdaws. If you want to keep out smaller birds as well, then you should use 13mm x 13mm hole welded mesh. The 19 gauge lightweight mesh is strong enough to keep the birds out, but is quite flexible. If you require a stronger, more rigid mesh then please select 16 gauge.

Some of our customers use a stainless steel mesh for a longer lasting cowl

Thank you for your enquiry.

The 13mm mesh has an 85% open area.

Thank you for your enquiry.

There are two methods to connect this mesh. You can use stainless steel 1mm line wire and thread it between two overlapped sections of mesh or you can use stainless steel cable-ties. This fixing method will also work for 13 x 13mm stainless 19g mesh.

Morning Robert,

Thank-you for the e-mail.

The fiberglass soffit mesh has an open area of around 72%, and so will allow water to pass through it. However, whether or not some water will still sit on top when it rains will depend on the volume of water, speed of flow etc. and so this is a little outside of our field of knowledge. Another issue with using fiberglass is that the material is cloth-like i.e. it doesn’t have any rigidity to it. Therefore, you will most likely find that the mesh will flop to the bottom of the gutter.

As an alternative, customers have used a welded wire mesh in the past to make gutter guards (typically a 13mm x 13mm 19 gauge welded mesh). The best option to avoid rusting would be to use stainless steel. The 13mm x 13mm 19g welded mesh has more structure, and will allow the water to run through.
Kind regards,

Thank you for your prompt and perfect answer!
Best wishes,
Robert