Distilling Columns

SMT-Diol bulk packings are developed as an alternative for silica bulk packings used in separation methods. The Diol [-OH] functional group is controlled, and as such, provides more reproducible separation when compared to separation on silanols

SMT-Diol bulk packings are developed as an alternative for silica bulk packings used in separation methods. The Diol [-OH] functional group is controlled, and as such, provides more reproducible separation when compared to separation on silanols

SMT-Diol bulk packings are developed as an alternative for silica bulk packings used in separation methods. The Diol [-OH] functional group is controlled, and as such, provides more reproducible separation when compared to separation on silanols

SMT-Diol bulk packings are developed as an alternative for silica bulk packings used in separation methods. The Diol [-OH] functional group is controlled, and as such, provides more reproducible separation when compared to separation on silanols

SMT-Diol bulk packings are developed as an alternative for silica bulk packings used in separation methods. The Diol [-OH] functional group is controlled, and as such, provides more reproducible separation when compared to separation on silanols

SMT-Diol bulk packings are developed as an alternative for silica bulk packings used in separation methods. The Diol [-OH] functional group is controlled, and as such, provides more reproducible separation when compared to separation on silanols

SMT-Diol bulk packings are developed as an alternative for silica bulk packings used in separation methods. The Diol [-OH] functional group is controlled, and as such, provides more reproducible separation when compared to separation on silanols

SMT-Diol bulk packings are developed as an alternative for silica bulk packings used in separation methods. The Diol [-OH] functional group is controlled, and as such, provides more reproducible separation when compared to separation on silanols

SMT-Diol bulk packings are developed as an alternative for silica bulk packings used in separation methods. The Diol [-OH] functional group is controlled, and as such, provides more reproducible separation when compared to separation on silanols

SMT-Diol bulk packings are developed as an alternative for silica bulk packings used in separation methods. The Diol [-OH] functional group is controlled, and as such, provides more reproducible separation when compared to separation on silanols

SMT-Diol bulk packings are developed as an alternative for silica bulk packings used in separation methods. The Diol [-OH] functional group is controlled, and as such, provides more reproducible separation when compared to separation on silanols

SMT-Diol bulk packings are developed as an alternative for silica bulk packings used in separation methods. The Diol [-OH] functional group is controlled, and as such, provides more reproducible separation when compared to separation on silanols