Mesh Banner

Our 340gsm Mesh PVC material is ideal for use on scaffolding or large building wraps.

The mesh banner material is 25% open to allow air to pass through creating less stress on the banner itself. The mesh also allows a certain amount of light through so that when used on buildings, windows are not left completely darkened.

Mesh is lighter than standard banner material which means it could be more suited where weight is an issue, such as installation or the protection of the surface it is being fixed to.

• Printed on fine 340gsm PVC Mesh
• 25% Air-flow through
• Offers enhanced image compared to other mesh
• M1/B1 fire-rated to comply with UK and European fire safety standards
• Standard finishing included
• Printed with fade-proof UV-based inks

Each banner is printed and finished to your requirements.

Uses for 340gsm Mesh

• Scaffolding and very large banners
• Medium and large-format advertising
• Building wraps (banners that can cover building sides)
• Heras fencing banners

340gsm Mesh is perfect for building displays where size is important and weight could be an issue.

Finishes Available for 340gsm Mesh

Below are the standard finishes available for this material.?There are no additional charges for these finishes.

• Hems & Eyelets

  Banners will be given a welded hem, then eyeletted at equal distributions along the hem.

  The standard distribution of eyelets is one per metre. If you require a different distribution or specific placement of eyelets, that?s no problem at all – simply let us know what you need when you place your order.

  There is no charge for this finish.

• Hems Only

  Banners will be given a 53mm welded hem.

  There is no charge for this finish.

• Trimmed to Size

  Banners will be cut to the size ordered.

  There is no charge for this finish.

• Trimmed with Eyelets

  Same as?Trimmed to Size?but with the addition of eyelets.

• Pole Pockets

  A pocket is added to the edges you require to allow a pole to pass through and support/tension the banner.

  The diameter of the pocket can be specified by you, however, if you let us know the diameter of the object to go into the pole pocket we can calculate the size of the pocket for you.