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Expancel 051 DU 40, Preparation/Chemical mixture, Polymer, Dry powder of unexpanded thermoplastic microspheres used as a blowing agent in coatings, weather strips, adhesives and similar applications. It expands at a temperature range of 106-153°C and the particle size is around 40 µm in its expanded form.

Expancel 093 DU 120, Preparation/Chemical mixture, Polymer, Dry powder of unexpanded thermoplastic microspheres used as a blowing agent in thermoplastics, artificial leather and similar applications. It expands at a temperature range of 120-204°C and the particle size is around 120 µm in its expanded form.

Expancel 920 DE 40 d30, Preparation/Chemical mixture test, Polymer, Dry powder of expanded thermoplastic microspheres used as a lightweight filler in lightweight foam, printing blankets and coatings. It has a particle size of around 40 µm.

Expancel 920 DU 120, Preparation/Chemical mixture, Polymer, Dry powder of unexpanded thermoplastic microspheres used as a blowing agent in shoe soles, underbody coatings, adhesives and similar applications. It expands at a temperature range of 122-206°C and the particle size is around 120 µm in its expanded form.

Expancel 920 DU 20, Preparation/Chemical mixture, Polymer, Dry powder of unexpanded thermoplastic microspheres used as a blowing agent in artificial leather, adhesives, weather strips and similar applications. It expands at a temperature range of 120-175°C and has a small particle size around 20 µm in its expanded form.

Expancel 920 DU 80, Preparation/Chemical mixture, Polymer, Dry powder of unexpanded thermoplastic microspheres used as a blowing agent in printing ink and similar applications. It expands at a temperature range of 123-195°C and the particle size is around 80 µm in its expanded form.

Expancel 930 MB 120, Preparation/Chemical mixture, Polymer, Masterbatch of dry, unexpanded thermoplastic microspheres mixed with a carrier and used as a blowing agent in thermoplastics and similar applications. It has a particle size of around 120 µm in its expanded form.

Expancel 951 DU 120, Preparation/Chemical mixture, Polymer, Dry powder of unexpanded thermoplastic microspheres used as a blowing agent in thermoplastic applications. It expands at a temperature range of 131-206°C and the particle size is around 120 µm in its expanded form.

Expancel 951 MB 120, Preparation/Chemical mixture, Polymer, Masterbatch of dry, unexpanded thermoplastic microspheres mixed with a carrier and used as a blowing agent in thermoplastics and similar applications. It has a particle size of around 120 µm in its expanded form.

Expancel 980 MB 100, Preparation/Chemical mixture, Polymer, Masterbatch of dry, unexpanded thermoplastic microspheres mixed with a carrier and used as a blowing agent in thermoplastics and similar applications. It has a particle size of around 100 µm in its expanded form.

Expancel FG92 MB 120, Preparation/Chemical mixture, Polymer, Masterbatch of unexpanded thermoplastic microspheres mixed with a carrier and used as a blowing agent in food contact applications. The particle size is around 120 µm in its expanded form.

Expancel 053 WU 40, Preparation/Chemical mixture, Polymer, Wet cake of unexpanded thermoplastic microspheres used as blowing agent in printing inks. It expands at a tempereature range of 96-146°C and the particle size is around 40 µm in its expanded form.

Expancel HP92 DET 80 d45, Preparation/Chemical mixture, Polymer, Dry powder of expanded thermoplastic microspheres used as a lightweight filler in automotive applications. It has a particle size of around 80 µm.

Expancel HP92 DU 80, Preparation/Chemical mixture, Polymer, Dry powder of unexpanded thermoplastic microspheres used as a blowing agent in automotive applications. It expands at a temperature range of 116-200°C and the particle size is around 80 µm in its expanded form.

Expancel 043 WU 80, Preparation/Chemical mixture, Polymer, Wet cake of unexpanded thermoplastic microspheres used as a blowing agent in civil explosives. It expands at a temperature range of 94-164°C and the particle size is around 80 µm in its expanded form.