SiLiglit Glitter
SiLiglit and SiLiglam are the brand names for effect glitter products of our company. Using different carrier materials, our glitters set effective highlights in the cosmetics industry as well as in technical applications.
SiLiglit Cosmetic Glitter
SiLiglit Cosmetic Glitter / Glimmer / Flitter
SiLiglam PURE BIO SPARK
Biodegradable glitter is a glitter specially made from renewable raw materials. It decomposes to carbon dioxide, water and biomass.
SiLiglam PURE NATURE Biog...
Biodegradable glitter is a glitter specially made from renewable raw materials. It decomposes to carbon dioxide, water and biomass.
SiLiglam NATURE Bioglitter
Biodegradable glitter is a glitter specially made from renewable raw materials. It decomposes to carbon dioxide, water and biomass.
SiLiglam PURE Cosmetic Gli...
Metallic gloss effects can be created with SiLiglam PURE Type P.
SiLiglam PURE Cosmetic ...
Satin glitter effect for cosmetic applications
SiLiglam PURE Cosmetic...
The areas of application of SiLiglam PURE in cosmetic formulations are almost unlimited.
SiLiglam Cosmetic Glitter ...
The areas of application of SiLiglam in cosmetic formulations are almost unlimited.
Micro Glass Beads – SiLibeads SOLID
Especially in nail polishes the special effect of this opaque glitter comes into its own.
SiLiglam Cosmetic Pearls
Decorative glass beads, which are especially used in combination with nail polish.
Micro Glass Beads – SiLibeads SOLID
SiLiglit Polyester Glitter Grade I is extremely versatile.
Micro Glass Beads – SiLibeads SOLID
SiLiglit Polyester Glitter Grade II are ideal as effect material for Christmas decorations, such as Christmas tree beads, Christmas stars and candles, as well as Christmas accessories of all kinds
SiLiglit Aluminium Glitter
Aluminium Glitter Epoxy coated or uncoated
SiLiglit Glass-Glitter / Glass-Nuggets
Glass glitter, glass flakes, glass nuggets and glass beads of soda-lime glass, transparent (crystal clear)/colourless or with coloured surface
SiLiglam TEC
SiLiglam TEC is a black coloured effect material. It is particularly heat-resistant and can withstand the highest heavy loads.