3D Projection Gauze

Item No. 21430000

Special 3D projection gauze HOLOGAUZE©

Spectacular 3D projections are created easier than ever using the
ultra-lightweight and innovative projection gauze. From 3D hologram effects to three-dimensional stage design and impressive projection mapping – HOLOGAUZE© performs convincingly in any 3D application.

  • Exclusively distributed by Gerriets
More info
Gain (Front): 0.15
Colour: grey silver
Material: polyamide / argent
Weight approx.: 17,00 g/m²
Width approx.: 480,00 cm
Piece length approx.: 48,00 m
Flame retardant: DIN 4102 B1

HOLOGAUZE© - The one and only!

Spectacular 3D projections are now created easier than ever before with this innovative and ultra-lightweight projection gauze. From 3D hologram effects to three-dimensional stage design and impressive projection mapping – HOLOGAUZE© performs convincingly in any 3D application.

This highly reflective and transparent projection gauze is exclusively distributed by Gerriets and supports 3D polarized projections. HOLOGAUZE© can be used in many  areas and is suitable for theatre productions, indoor festivals, product launches, museum and exhibition installations, as well as for virtual 3D worlds and for real time effects in film and TV.

Many well-known artists and companies already work with HOLOGAUZE© and are impressed by the effect of the special 3D projection gauze. For example, the fabric has been used live onstage at the legendary Lady Gaga Tribute to David Bowie at the Grammy Awards in 2016 as well as Beyoncé’s performance at the Grammy Awards in 2017. Samsung launched the new Gear S3 smart watch on HOLOGAUZE© in September 2016 and presented the watch for the first time as a 3D projection to the



The gauze can be custom made to any size due to our specially developed sewing method which makes the seams appear almost invisible, especially when projected upon.

  • Exclusively distributed by Gerriets
  • Material: 94 % polyamide / 6 % silver
  • Protect HOLOGAUZE© from moisture and only touch with gloves as the material can oxidize.