Our system has noticed that you are based in , but the current country setting is . Do you still want to change your country?

Press Photos

Please note our terms of use governing the use of press images.By downloading the images from our media database, you agree to these terms of use: Press images may only be used for press purposes (print, electronic media, online) and exclusively in the context of the associated press release and may not be edited. The picture credits (source: Wacker Chemie AG) are mandatory. Images deleted from the media database may no longer be used in the future. If a press photo is used, a copy of the publication or a link to the publication is requested. Otherwise, the copyright information www.wacker.com/disclaimer applies.

press pictures

VINNAPAS® dispersions

The new VAE-based dispersion VINNAPAS® EF8181 allows for the for-mulation of high-quality low-emission and low-odor interior paints.

Download picture (, 1 KB)
press pictures

WACKER BELSIL® PF 200

Chemical company WACKER is showcasing BELSIL® PF 200 at in-cosmetics Brazil. The novel phenyl silicone fluid features a high refractive index and can be used for water based formulations.

Download picture (JPG, 32 KB)
press pictures

Lab Test HTEssence®

WACKER’s nature-identical hydroxytyrosol offers effective UV protection for skin and hair, thus reducing skin aging as well as color-fading and bleaching of hair. This makes HTEssence® ideal for the formulation of high-quality anti-aging creams, hair masks or leave-in conditioners.

Download picture (JPG, 39 KB)
press pictures

3D_Silicones_Printer

The new 3D process of Munich-based WACKER operates with extreme precision. The printer robot produces structures with a line width of 0.6 millimeters. The silicone is placed drop by drop, and is immediately firm after application. That enables extremely precise contours to be produced.

Download picture (JPG, 34 KB)
press pictures

Fig. 04a – d: Picture_Series_3D_Printing

The WACKER 3D process works like an ink-jet printer: the nozzle deposits a drop of silicone precisely at the point determined by the computer program (images 4a and 4b), generating a molded three-dimensional silicone part layer by layer from the virtual drawing (images 4c and 4d).

Download picture (JPG, 25 KB)