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Expancel 031 WUF 40, Preparation/Chemical mixture, Polymer, Wet cake of unexpanded thermoplastic microspheres used as a blowing agent in leather, adhesives and inks. It expands at a temperature range of 80-133°C and the particle size is around 40 µm in its expanded form.

Expancel 043 DET 80 d20, Preparation/Chemical mixture, Polymer, Dry powder of expanded thermoplastic microspheres used as a lightweight filler in civil explosives. It has a particle size of around 80 µm.

Expancel 043 DU 80, Preparation/Chemical mixture, Polymer, Dry powder of unexpanded thermoplastic microspheres used as a blowing agent in underbody coatings and similar applications. It expands at a temperature range of 94-164°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.

Expancel 044 DET 40 d25, Preparation/Chemical mixture, Polymer, Dry powder of expanded thermoplastic microspheres used as a lightweight filler in applications such as civil explosives, construction sealants and thermosets. It has a particle size of around 40 µm.

Expancel 044 DET 40 d40, Preparation/Chemical mixture, Polymer, Dry powder of expanded thermoplastic microspheres used as a lightweight filler in applications such as construction sealants and thermosets. It has a particle size of around 40 µm.

Expancel 044 DU 20, Preparation/Chemical mixture, Polymer, Dry powder of unexpanded thermoplastic microspheres used as a blowing agent in elastomers, adhesives and similar applications. It expands at a temperature range of 100-160°C and the particle size is around 20 µm in its expanded form.

Expancel 044 DU 40, Preparation/Chemical mixture, Polymer, Dry powder of unexpanded thermoplastic microspheres used as a blowing agent in elastomers, adhesives, printing inks and similar applications. It expands at a temperature range of 98-170°C and the particle size is around 40 µm in its expanded form.

Expancel 044 SLU 40, Preparation/Chemical mixture, Polymer, Unexpanded thermoplastic microspheres in aqueous dispersion, used as a blowing agent in board, genuine leather and anti-slip products. It expands at a temperature range of 98-170°C and the particle size is around 40 µm in its expanded form.

Expancel 044 WE 20 d36, Preparation/Chemical mixture, Polymer, Wet expanded thermoplastic microspheres used as a lightweight filler in coatings applications. It has a small particle size of around 20 µm.

Expancel 044 WU 20, Preparation/Chemical mixture, Polymer, Wet cake of unexpanded thermoplastic microspheres used as a blowing agent in printing inks. It expands at a temperature range of 100-160°C and the small particle size is around 20 µm in its expanded form.

Expancel 044 WU 40, Preparation/Chemical mixture, Polymer, Wet cake of unexpanded thermoplastic microspheres used as a blowing agent in applications such as printing inks, toy clay, technical textiles and anti-slip products. It expands at a temperature range of 98-170°C and the particle size is around 40 µm in its expanded form.

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 105-151°C and the particle size is around 40 µm in its expanded form.

Expancel 053 DU 40, Preparation/Chemical mixture, Polymer, Dry powder of unexpanded thermoplastic microspheres used as a blowing agent in silicone rubber and elastomers. It expands at a temperature range of 95-144°C and the particle size is around 40 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 and technical textiles. It expands at a tempereature range of 95-144°C and the particle size is around 40 µm in its expanded form.