Produkte von UCT

Clean-Up Octyl Plus Propylsulfonic Acid Sorbent Chemical Phase = PCX + C8 Organic Loading = 14.62% Average Pore Size = 60Å Exchange Capacity = 0.11 meq/g Surface Area = 500 m 2 /g Pore Volume = 0.77 cm 3 /g

Clean-Up Octyl Plus Propylsulfonic Acid Sorbent Chemical Phase = PCX + C8 Organic Loading = 14.62% Average Pore Size = 60Å Exchange Capacity = 0.11 meq/g Surface Area = 500 m 2 /g Pore Volume = 0.77 cm 3 /g

Clean-Up Octyl Plus Propylsulfonic Acid Sorbent Chemical Phase = PCX + C8 Organic Loading = 14.62% Average Pore Size = 60Å Exchange Capacity = 0.11 meq/g Surface Area = 500 m 2 /g Pore Volume = 0.77 cm 3 /g

Hydrophobe Extraktionssorbentien bestehen aus einem Siliciumdioxidgerüst, das an Kohlenwasserstoffketten gebunden ist. Sie werden verwendet, um Verbindungen, die unpolare oder neutrale Eigenschaften aufweisen, aus komplexen Matrices zu...

Hydrophobe Extraktionssorbentien bestehen aus einem Siliciumdioxidgerüst, das an Kohlenwasserstoffketten gebunden ist. Sie werden verwendet, um Verbindungen, die unpolare oder neutrale Eigenschaften aufweisen, aus komplexen Matrices zu...

Hydrophobe Extraktionssorbentien bestehen aus einem Siliciumdioxidgerüst, das an Kohlenwasserstoffketten gebunden ist. Sie werden verwendet, um Verbindungen, die unpolare oder neutrale Eigenschaften aufweisen, aus komplexen Matrices zu...

Hydrophobe Extraktionssorbentien bestehen aus einem Siliciumdioxidgerüst, das an Kohlenwasserstoffketten gebunden ist. Sie werden verwendet, um Verbindungen, die unpolare oder neutrale Eigenschaften aufweisen, aus komplexen Matrices zu...

Hydrophobe Extraktionssorbentien bestehen aus einem Siliciumdioxidgerüst, das an Kohlenwasserstoffketten gebunden ist. Sie werden verwendet, um Verbindungen, die unpolare oder neutrale Eigenschaften aufweisen, aus komplexen Matrices zu...

Hydrophobe Extraktionssorbentien bestehen aus einem Siliciumdioxidgerüst, das an Kohlenwasserstoffketten gebunden ist. Sie werden verwendet, um Verbindungen, die unpolare oder neutrale Eigenschaften aufweisen, aus komplexen Matrices zu...

Hydrophobe Extraktionssorbentien bestehen aus einem Siliciumdioxidgerüst, das an Kohlenwasserstoffketten gebunden ist. Sie werden verwendet, um Verbindungen, die unpolare oder neutrale Eigenschaften aufweisen, aus komplexen Matrices zu...

Hydrophobe Extraktionssorbentien bestehen aus einem Siliciumdioxidgerüst, das an Kohlenwasserstoffketten gebunden ist. Sie werden verwendet, um Verbindungen, die unpolare oder neutrale Eigenschaften aufweisen, aus komplexen Matrices zu...

Hydrophobe Extraktionssorbentien bestehen aus einem Siliciumdioxidgerüst, das an Kohlenwasserstoffketten gebunden ist. Sie werden verwendet, um Verbindungen, die unpolare oder neutrale Eigenschaften aufweisen, aus komplexen Matrices zu...

Hydrophobe Extraktionssorbentien bestehen aus einem Siliciumdioxidgerüst, das an Kohlenwasserstoffketten gebunden ist. Sie werden verwendet, um Verbindungen, die unpolare oder neutrale Eigenschaften aufweisen, aus komplexen Matrices zu...

Hydrophobe Extraktionssorbentien bestehen aus einem Siliciumdioxidgerüst, das an Kohlenwasserstoffketten gebunden ist. Sie werden verwendet, um Verbindungen, die unpolare oder neutrale Eigenschaften aufweisen, aus komplexen Matrices zu...

Hydrophobe Extraktionssorbentien bestehen aus einem Siliciumdioxidgerüst, das an Kohlenwasserstoffketten gebunden ist. Sie werden verwendet, um Verbindungen, die unpolare oder neutrale Eigenschaften aufweisen, aus komplexen Matrices zu...

Hydrophobe Extraktionssorbentien bestehen aus einem Siliciumdioxidgerüst, das an Kohlenwasserstoffketten gebunden ist. Sie werden verwendet, um Verbindungen, die unpolare oder neutrale Eigenschaften aufweisen, aus komplexen Matrices zu...

Clean-Up Primary-Secondary Amine Sorbent Chemical Phase = PSA Organic Loading = 11.1% Average Pore Size = 60Å Anion Exchange = 1.100 meq/g Surface Area = 500 m 2 /g Pore Volume = 0.77 cm 3 /g

Clean-Up Primary-Secondary Amine Sorbent Chemical Phase = PSA Organic Loading = 11.1% Average Pore Size = 60Å Anion Exchange = 1.100 meq/g Surface Area = 500 m 2 /g Pore Volume = 0.77 cm 3 /g

Clean-Up Primary-Secondary Amine Sorbent Chemical Phase = PSA Organic Loading = 11.1% Average Pore Size = 60Å Anion Exchange = 1.100 meq/g Surface Area = 500 m 2 /g Pore Volume = 0.77 cm 3 /g

Clean-Up Primary-Secondary Amine Sorbent Chemical Phase = PSA Organic Loading = 11.1% Average Pore Size = 60Å Anion Exchange = 1.100 meq/g Surface Area = 500 m 2 /g Pore Volume = 0.77 cm 3 /g

Clean-Up Primary-Secondary Amine Sorbent Chemical Phase = PSA Organic Loading = 11.1% Average Pore Size = 60Å Anion Exchange = 1.100 meq/g Surface Area = 500 m 2 /g Pore Volume = 0.77 cm 3 /g

Clean-Up Primary-Secondary Amine Sorbent Chemical Phase = PSA Organic Loading = 11.1% Average Pore Size = 60Å Anion Exchange = 1.100 meq/g Surface Area = 500 m 2 /g Pore Volume = 0.77 cm 3 /g

Clean-Up Primary-Secondary Amine Sorbent Chemical Phase = PSA Organic Loading = 11.1% Average Pore Size = 60Å Anion Exchange = 1.100 meq/g Surface Area = 500 m 2 /g Pore Volume = 0.77 cm 3 /g

Clean-Up Primary-Secondary Amine Sorbent Chemical Phase = PSA Organic Loading = 11.1% Average Pore Size = 60Å Anion Exchange = 1.100 meq/g Surface Area = 500 m 2 /g Pore Volume = 0.77 cm 3 /g

Clean-Up Primary-Secondary Amine Sorbent Chemical Phase = PSA Organic Loading = 11.1% Average Pore Size = 60Å Anion Exchange = 1.100 meq/g Surface Area = 500 m 2 /g Pore Volume = 0.77 cm 3 /g

Clean-Up Primary-Secondary Amine Sorbent Chemical Phase = PSA Organic Loading = 11.1% Average Pore Size = 60Å Anion Exchange = 1.100 meq/g Surface Area = 500 m 2 /g Pore Volume = 0.77 cm 3 /g

Clean-Up Primary-Secondary Amine Sorbent Chemical Phase = PSA Organic Loading = 11.1% Average Pore Size = 60Å Anion Exchange = 1.100 meq/g Surface Area = 500 m 2 /g Pore Volume = 0.77 cm 3 /g

Clean-Up Primary-Secondary Amine Sorbent Chemical Phase = PSA Organic Loading = 11.1% Average Pore Size = 60Å Anion Exchange = 1.100 meq/g Surface Area = 500 m 2 /g Pore Volume = 0.77 cm 3 /g

Clean-Up Primary-Secondary Amine Sorbent Chemical Phase = PSA Organic Loading = 11.1% Average Pore Size = 60Å Anion Exchange = 1.100 meq/g Surface Area = 500 m 2 /g Pore Volume = 0.77 cm 3 /g

Clean-Up Primary-Secondary Amine Sorbent Chemical Phase = PSA Organic Loading = 11.1% Average Pore Size = 60Å Anion Exchange = 1.100 meq/g Surface Area = 500 m 2 /g Pore Volume = 0.77 cm 3 /g

Clean-Up Quaternary Amine w Chloride Counter Ion Sorbent Chemical Phase = QAX Organic Loading = 8.4% Average Pore Size = 60Å Anion Exchange = 0.230 meq/g Surface Area = 500 m 2 /g Pore Volume = 0.77 cm 3 /g

Clean-Up Quaternary Amine w Chloride Counter Ion Sorbent Chemical Phase = QAX Organic Loading = 8.4% Average Pore Size = 60Å Anion Exchange = 0.230 meq/g Surface Area = 500 m 2 /g Pore Volume = 0.77 cm 3 /g

Clean-Up Quaternary Amine w Chloride Counter Ion Sorbent Chemical Phase = QAX Organic Loading = 8.4% Average Pore Size = 60Å Anion Exchange = 0.230 meq/g Surface Area = 500 m 2 /g Pore Volume = 0.77 cm 3 /g

Clean-Up Quaternary Amine w Chloride Counter Ion Sorbent Chemical Phase = QAX Organic Loading = 8.4% Average Pore Size = 60Å Anion Exchange = 0.230 meq/g Surface Area = 500 m 2 /g Pore Volume = 0.77 cm 3 /g

Clean-Up Quaternary Amine w Chloride Counter Ion Sorbent Chemical Phase = QAX Organic Loading = 8.4% Average Pore Size = 60Å Anion Exchange = 0.230 meq/g Surface Area = 500 m 2 /g Pore Volume = 0.77 cm 3 /g

Clean-Up Quaternary Amine w Chloride Counter Ion Sorbent Chemical Phase = QAX Organic Loading = 8.4% Average Pore Size = 60Å Anion Exchange = 0.230 meq/g Surface Area = 500 m 2 /g Pore Volume = 0.77 cm 3 /g

Clean-Up Quaternary Amine w Chloride Counter Ion Sorbent Chemical Phase = QAX Organic Loading = 8.4% Average Pore Size = 60Å Anion Exchange = 0.230 meq/g Surface Area = 500 m 2 /g Pore Volume = 0.77 cm 3 /g

Clean-Up Quaternary Amine w Chloride Counter Ion Sorbent Chemical Phase = QAX Organic Loading = 8.4% Average Pore Size = 60Å Anion Exchange = 0.230 meq/g Surface Area = 500 m 2 /g Pore Volume = 0.77 cm 3 /g

Clean-Up Quaternary Amine w Chloride Counter Ion Sorbent Chemical Phase = QAX Organic Loading = 8.4% Average Pore Size = 60Å Anion Exchange = 0.230 meq/g Surface Area = 500 m 2 /g Pore Volume = 0.77 cm 3 /g

Clean-Up Quaternary Amine w Chloride Counter Ion Sorbent Chemical Phase = QAX Organic Loading = 8.4% Average Pore Size = 60Å Anion Exchange = 0.230 meq/g Surface Area = 500 m 2 /g Pore Volume = 0.77 cm 3 /g

Clean-Up Quaternary Amine w Acetate Counter Ion Sorbent Chemical Phase = QAX Organic Loading = 8.4% Average Pore Size = 60Å Anion Exchange = 0.230 meq/g Surface Area = 500 m 2 /g Pore Volume = 0.77 cm 3 /g

Clean-Up Quaternary Amine w Acetate Counter Ion Sorbent Chemical Phase = QAX Organic Loading = 8.4% Average Pore Size = 60Å Anion Exchange = 0.230 meq/g Surface Area = 500 m 2 /g Pore Volume = 0.77 cm 3 /g

Clean-Up Quaternary Amine w Acetate Counter Ion Sorbent Chemical Phase = QAX Organic Loading = 8.4% Average Pore Size = 60Å Anion Exchange = 0.230 meq/g Surface Area = 500 m 2 /g Pore Volume = 0.77 cm 3 /g

Clean-Up Quaternary Amine w Acetate Counter Ion Sorbent Chemical Phase = QAX Organic Loading = 8.4% Average Pore Size = 60Å Anion Exchange = 0.230 meq/g Surface Area = 500 m 2 /g Pore Volume = 0.77 cm 3 /g

Clean-Up Quaternary Amine w Acetate Counter Ion Sorbent Chemical Phase = QAX Organic Loading = 8.4% Average Pore Size = 60Å Anion Exchange = 0.230 meq/g Surface Area = 500 m 2 /g Pore Volume = 0.77 cm 3 /g

Clean-Up Quaternary Amine w Acetate Counter Ion Sorbent Chemical Phase = QAX Organic Loading = 8.4% Average Pore Size = 60Å Anion Exchange = 0.230 meq/g Surface Area = 500 m 2 /g Pore Volume = 0.77 cm 3 /g

Clean-Up Quaternary Amine w Acetate Counter Ion Sorbent Chemical Phase = QAX Organic Loading = 8.4% Average Pore Size = 60Å Anion Exchange = 0.230 meq/g Surface Area = 500 m 2 /g Pore Volume = 0.77 cm 3 /g

Clean-Up Quaternary Amine w Acetate Counter Ion Sorbent Chemical Phase = QAX Organic Loading = 8.4% Average Pore Size = 60Å Anion Exchange = 0.230 meq/g Surface Area = 500 m 2 /g Pore Volume = 0.77 cm 3 /g