Polyfon Mesh by Asona

Polyfon Mesh

Asona

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Description

Polyfon Mesh™ is a perforated open cell ceiling panel designed to provide a contemporary industrial aesthetic when using standard two way exposed ceiling grid. Panels may be mixed and matched with other ceiling panel types for design effect or acoustic control. Available in diamond, square and hexagonal.

Made in New Zealand, Polyfon Mesh™ is made from a composite of compressed polyester and a fire resistant glass mat facing.

Key Features

Provides a bold industrial look
Ideal for retro fit or new
Available in 40 x 71mm Diamond, 50 x 50 Square and 40 x 40 Hexagonal perforations
Permits visibility to the plenum spaces for security
Open area 48-51%, subject to selected perforation and panel size
Ideal for passive heat/cooling systems using thermal mass
Group 1-S Fire Rating, suitable for all areas including corridors and fire exits
Option of White or Black core with matching surface finish or contrasting surface finish, eg RAL7030 grey
Dimensionally stable and allows good ventilation
Economical alternative to perforated metal, plaster & wood
Very light weight for seismic, fits into standard grid systems
600 x 600mm and 600 x 1200mm sizes
Manufactured in New Zealand, short lead times
Packaging take back and reuse scheme available
ISO 9001 registered quality management program

Ranges

Polyfon

Declare LBC Red List Free

NZ-Owned Business

Pre-Consumer Recycled Content

Scope of Use

Polyfon Mesh is ideal for deconstructed corporate interiors, retail complexes, airports, showrooms and large volume public spaces.

Permits visibility to the plenum spaces for security
Ideal for retro fit or new
Ideal for passive heat/cooling systems using thermal mass
Group 1-S Fire Rating, suitable for all areas including corridors and fire exits
Option of White or Black core with matching surface finish or contrasting surface finish, eg RAL7030 grey
Very light weight for seismic, fits into standard grid systems
600 x 600mm and 600 x 1200mm sizes

Limitations on Use

Installation shall not commence until the building is water tight and dry.
All fittings shall be independently supported, use hold down clips in areas of wind uplift.
Max 95% R/H at 35°C.