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Reprosil Columns

 Dr.Maisch HPLC Columns

 

 

ReproSil-Pur Basic® (Maisch)
 


Porous spherical silica: 1.9µm, 2.5µm, 3µm, 5µm, 7µm, 10µm
Pore diameter / Surface area : 100A° / 450m²/g

Ultra pure silica. Purity >99,999%
Suitable for all kind of samples

(Ultrareines Kieselgel mit modernsten Modifizierungen.
Reinheit>99,999%. Für alle Arten von Proben geeignet.
)

 

*Double bound endcapping = bidentate = bounded via 2 covalent bindings

 

Great pH-Stability

 

References of ReproSil-Pur 100 Basic C18

References of ReproSil-Pur 120 Basic C18 (UHPLC)

References of ReproSil-Pur 100 Basic-C18 HD

References of ReproSil-Pur 100 Basic C8

 

           
    % Carbon Endcapping Mat. No.    
 
  with 100A° pores          
  Reprosil-Pur Basic C18, 1.9 µm 17 % C double bound endc.* r119.b9.    
  Reprosil-Pur Basic C18, 2.5 µm 17 % C double bound endc.* r125.b9.    
  Reprosil-Pur Basic C18, 3 µm 17 % C double bound endc.* r13.b9.    
  Reprosil-Pur Basic C18, 5 µm 17 % C double bound endc.* r15.b9.    
  Reprosil-Pur Basic C18, 10 µm 17 % C double bound endc.* r10.b9.    
             
  ReproSil-Pur Basic-C18-HD, 3 µm 25 % C double bound endc.* r13.b9h.    
  ReproSil-Pur Basic-C18-HD, 5 µm 25 % C double bound endc.* r15.b9h.    
  ReproSil-Pur Basic-C18-HD, 10 µm 25 % C double bound endc.* r10.b9h.    
             
  ReproSil-Pur Basic-C8, 3 µm           15 % C double bound endc.* r13.b8.    
  ReproSil-Pur Basic-C8, 5 µm           15 % C double bound endc.* r15.b8.    
  ReproSil-Pur Basic-C8, 10 µm           15 % C double bound endc.* r10.b8.    
             
  ReproSil-Pur Basic-C8-2, 3 µm 12 % C double bound endc.* r13.b82.     
  ReproSil-Pur Basic-C8-2, 5 µm 12 % C double bound endc.* r15.b82.     
         

 

 

 

ReproSil® 80 (Maisch)
 


Porous spherical silica: 3, 5, 10 µm
Pore diameter / Surface area: 80 A° / 220 m²/g

Standard Phases equivalent to Spherisorb.

(Standard-Phases vergleichbar mit Spherisorb.)

 

References of ReproSil 80 C8

References of ReproSil 80 ODS-2

 


           
    %Carbon Endcapping Mat. No.    
 
  ReproSil 80 Si, 3 µm     r03.00.    
  ReproSil 80 Si, 5 µm     r05.00.    
             
  ReproSil 80 C1, 5 µm 3 % C   r05.10.    
  ReproSil 80 Hexyl, 5 µm 6 % C   r05.60.    
  ReproSil 80 Phenyl, 3 µm 6 % C part. endc. r05.p0    
  ReproSil 80 Phenyl, 5 µm 6 % C part. endc. r05.p0    
  ReproSil 80 C8, 3 µm 6 % C endc. r03.8e.    
  ReproSil 80 C8, 5 µm 6 % C endc. r05.8e.    
             
  ReproSil 80 ODS-1, 3 µm 7 % C partially r03.91.    
  ReproSil 80 ODS-1, 5 µm 7 % C partially r05.91.    
  ReproSil 80 ODS-1, 10 µm 7 % C partially r00.91.    
  ReproSil 80 ODS-2, 3 µm 12 % C endc. r03.92.    
  ReproSil 80 ODS-2, 5 µm 12 % C endc. r05.92.    
  ReproSil 80 ODS-2, 10 µm 12 % C endc. r00.92.    
             
  ReproSil 80 NH2, 3 µm 2 % C   r03.a0.    
  ReproSil 80 NH2, 5 µm 2 % C endc. r05.a0.    
  ReproSil 80 Diol, 5 µm (OH-phase)   r05.d0.    
  ReproSil 80 CN, 3 µm Nitrile phase   r03.c0    
  ReproSil 80 CN, 5 µm Nitrile phase   r05.c0    
             
  ReproSil 80 SAX, 5 µm str. anion exch.   r05.sa    
  ReproSil 80 SAX, 10µm str. anion exch   r00.sa    
  ReproSil 80 SAX-2, 5 µm str. anion exch.   r05.sa2    
  ReproSil 80 SCX, 5 µm str.cat.exch.   r05.sc.    
  ReproSil 80 SCX, 10 µm str.cat.exch.   r00.sc.    
             
  ReproSil Polyamin, 3 µm (for sugars)   r03.ap.    
  ReproSil Polyamin, 5 µm (for sugars)   r05.ap.    
         

 

 

 

Reprosil-Gold (Maisch)
 


Porous spherical silica: 3µm, 5µm, 10 µm
Pore diameter / Surface area :
120A° / 300m²/g, 200A° / 200m²/g, 300A° / 100m²/g
Ultra pure silica. Purity >99,999%
Extra stable with double Endcapping

 

*Double bound endcapping = bidentate = bounded via 2 covalent bindings

 

Great pH-Stability

 

(Ultrareines Kieselgel mit modernsten Modifizierungen.
Reinheit>99,999%.
)


           
   
% Carbon
Endcapping
Mat. No.
   
 
  with 120A° pores          
  Reprosil-Gold  120 C18, 3 µm 20 % C         double bound endc.* r13.9g    
  Reprosil-Gold  120 C18, 5 µm 20 % C         double bound endc.* r15.9g    
  Reprosil-Gold  120 C18, 10 µm 20 % C         double bound endc.* r10.9g    
             
  Reprosil-Gold  120 C8, 3 µm 12 % C         double bound endc.* r13.8g    
  Reprosil-Gold  120 C8, 5 µm 12 % C         double bound endc.* r15.8g    
  Reprosil-Gold  120 C8, 10 µm 12 % C         double bound endc.* r10.8g    
  Reprosil-Gold  120 C8, 20 µm 12 % C         double bound endc.* r120.8g    
  Reprosil-Gold  120 C4, 3 µm 8 % C         double bound endc.* r13.4g    
  Reprosil-Gold  120 C4, 5 µm 8 % C         double bound endc.* r15.4g    
  Reprosil-Gold  120 C4, 10 µm 8 % C         double bound endc.* r10.4g  
  Reprosil-Gold  120 C4, 20 µm 8 % C         double bound endc.* r120.4g    
             
  Reprosil-Gold  120 C2, 5 µm (USP-L16) 4 % C         double bound endc.* r15.2g    
             
  with 200A° pores          
  Reprosil-Gold  200 C18, 3 µm 14 % C         double bound endc.* r23.9g    
  Reprosil-Gold  200 C18, 5 µm 14 % C         double bound endc.* r25.9g    
  Reprosil-Gold  200 C18, 10 µm 14 % C         double bound endc.* r20.9g    
  Reprosil-Gold  200 C8, 5 µm 8 % C         double bound endc.* r25.8g    
  Reprosil-Gold  200 C8, 10 µm 8 % C         double bound endc.* r20.8g    
  Reprosil-Gold  200 C4, 5 µm 5 % C         double bound endc.* r25.4g    
  Reprosil-Gold  200 C4, 10 µm 5 % C         double bound endc.* r20.4g    
             
  with 300A° pores          
  Reprosil-Gold  300 C18, 3 µm 8 % C         double bound endc.* r33.9g    
  Reprosil-Gold  300 C18, 5 µm 8 % C         double bound endc.* r35.9g    
  Reprosil-Gold  300 C18, 10 µm 8 % C         double bound endc.* r30.9g    
             
  Reprosil-Gold  300 C8, 3 µm 5 % C         double bound endc.* r33.8g    
  Reprosil-Gold  300 C8, 5 µm 5 % C         double bound endc.* r35.8g    
  Reprosil-Gold  300 C8, 10 µm 5 % C         double bound endc.* r30.8g    
             
  Reprosil-Gold  300 C4, 3 µm 3 % C         double bound endc.* r33.4g    
  Reprosil-Gold  300 C4, 5 µm 3 % C         double bound endc.* r35.4g    
  Reprosil-Gold  300 C4, 10 µm 3% C         double bound endc.* r30.4g    
             
  Reprosil-Gold  300 C2, 5 µm 1% C         double bound endc.* r35.1g    
       
  Preparativ Material: Reprosil-Gold is also aviable with 15µm and 20µm Particles  
 

(Präparative Materialien: ReproSil-Gold ist auch in den Partikelgrößen 15 und 20  µm erhältlich.)

 
 

 

 

Reprosil-Saphir (Maisch)
 


Porous spherical silica: 1.8 µm, 2.2 µm,  3 µm, 5 µm, 10 µm
Pore diameter / Surface area :
100 A° / 400m²/g, 300A° / 100m²/g
Ultra pure silica
Ca, Mg, Al, Ti, Fe: all < 1 ppm   

(Ultrareines Kieselgel mit modernsten Modifizierungen.
Ca, Mg, Al, Ti, Fe: alle < 1 ppm)


           
   
% Carbon
Endcapping
Mat. No.
   
 
  Reprosil  Saphir 100 C18, 1.8 µm
20%
endc.
ra118.9e    
  Reprosil  Saphir 100 C18 , 2.2 µm
20%
endc.
ra122.9e    
             
  Reprosil  Saphir 100 C18, 3 µm
20%
endc.
ra13.9e    
  Reprosil  Saphir 100 C18, 5 µm
20%
endc.
ra15.9e    
  Reprosil  Saphir 100 C18, 10 µm
20%
endc.
ra10.9e    
             
  Reprosil  100 Saphir  NH2, 5  µm
(4 % C)
not endc.
ra15.ao    
             
 

Weak Cation exchanger  (CM)  + Stong cation exchanger  (SCX) :

   
 

(Schwache und starke Kationenaustauscher für die Analyse von Proteinen und Enzymen,  300 A° Poren)

 
  For small compounds and peptides          
  Reprosil  Saphir 100 SCX,  5 µm
5%
(Sulfopropyl, SP) ra15.scx    
             
  For proteines and enzymes          
  Reprosil  Saphir 300 CM,  5 µm
4%
(Carboxymethyl, CM)  ra35.cm    
  Reprosil  Saphir 300 CM,  15 µm
4%
(Carboxymethyl, CM)  ra315.cm    
             
  Reprosil  Saphir 300 SCX,  5 µm
2%
(Sulfopropyl, SP) ra35.scx    
  Reprosil  Saphir 300 SCX,  15 µm
2%
(Sulfopropyl, SP) ra315.scx    
 

 

 

 

  Reprospher (Maisch)
 


Porous spherical silica: 1.8 µm, 2 µm, 2.5µm, 3µm, 5µm, 10 µm
Pore diameter / Surface area :
100A° / 350m²/g, 200A° / 130m²/g, 300A° / 100m²/g
Ultra pure silica. Purity >99,999%
Ca, Mg, AL, Fe, Zr, Ti: all < 10 ppm   

(Ultrareines Kieselgel mit modernsten Modifizierungen.
Reinheit>99,999%. Ca, Mg, AL, Fe, Zr, Ti: alle < 10 ppm  .
)


           
   
% Carbon
Endcapping
Mat. No.
   
 
  with 100A° pores          
  Reprospher 100 C18, 1.8 µm
16%
endc.
rs118.9e.
   
  Reprospher 100 C18, 2 µm
16%
endc.
rs12.9e.
   
  Reprospher 100 C18, 2.5 µm
16%
endc.
rs125.9e.
   
  Reprospher 100 C18, 3 µm
16%
endc.
rs13.9e.
   
  Reprospher 100 C18, 5 µm
16%
endc.
rs15.9e.
   
  Reprospher 100 C18, 10 µm
16%
endc.
rs10.9e.
   
             
  Reprospher 100 C18-DE, 1.8 µm
16%
double endc.*
rs118.9de.
   
  Reprospher 100 C18-DE, 2 µm
16%
double endc.*
rs12.9de.
   
  Reprospher 100 C18-DE, 2.5 µm
16%
double endc.*
rs125.9de.
 
  Reprospher 100 C18-DE, 3 µm
16%
double endc.*
rs13.9de    
  Reprospher 100 C18-DE, 5 µm
16%
double endc.*
rs15.9de.
   
  Reprospher 100 C18-DE, 10 µm
16%
double endc.*
rs10.9de    
             
  Reprospher 100 C18-Aqua, 1.8 µm
12%
pol.Gr.+ endc.
rs118.9aq.
   
  Reprospher 100 C18-Aqua, 2 µm
12%
pol.Gr.+ endc.
rs12.9aq.
   
  Reprospher 100 C18-Aqua, 2.5 µm
12%
pol.Gr.+ endc.
rs125.9aq.
   
  Reprospher 100 C18-Aqua, 3 µm
12%
pol.Gr.+ endc.
rs13.9aq.
   
  Reprospher 100 C18-Aqua, 5 µm
12%
pol.Gr.+ endc.
rs15.9aq.
   
  Reprospher 100 C18-Aqua, 10 µm
12%
pol.Gr.+ endc.
rs10.9aq.
   
             
  Reprospher 100 C18-Aqua-DE, 3 µm
12%
pol.Gr.+ double endc.
rs13.9aq.
   
             
  Reprospher 100 C18-NE, 1.8 µm
15%
not endc.  
rs118.90.
   
  Reprospher 100 C18-NE, 5 µm
15%
not endc.
rs15.90
   
             
  Reprospher 100 C18-T, 5 µm
20%
polymer-C18-de
rs15.9t
   
             
  Reprospher 100 Phenyl, 1.8 µm
9%
double endc.*
rs118.pde.
   
  Reprospher 100 Phenyl, 2 µm
9%
double endc.*
rs12.pde.
   
  Reprospher 100 Phenyl, 2.5 µm
9%
double endc.*
rs125.pde.
   
  Reprospher 100 Phenyl, 3 µm
9%
double endc.*
rs13.pde.
   
  Reprospher 100 Phenyl, 5 µm
9%
double endc.*
rs15.pde.
   
  Reprospher 100 Phenyl, 10 µm
9%
double endc.*
rs10.pde.
   
             
  Reprospher 100 C8-Aqua, 1.8 µm
8%
pol.Gr.+ endc.
rs118.8aq.
   
  Reprospher 100 C8-Aqua, 2 µm
8%
pol.Gr.+ endc.
rs12.8aq.
   
  Reprospher 100 C8-Aqua, 2.5 µm
8%
pol.Gr.+ endc.
rs125.8aq.
   
  Reprospher 100 C8-Aqua, 3 µm
8%
pol.Gr.+ endc.
rs13.8aq.
   
  Reprospher 100 C8-Aqua, 5 µm
8%
pol.Gr.+ endc.
rs15.8aq.
   
  Reprospher 100 C8-Aqua, 10 µm
8%
pol.Gr.+ endc.
rs10.8aq.
   
             
  Reprospher 100 C8, 1.8 µm
10%
endc.
rs118.8e.
   
  Reprospher 100 C8, 2 µm
10%
endc.
rs12.8e
   
  Reprospher 100 C8, 2.5 µm
10%
endc.
rs125.8e
   
  Reprospher 100 C8, 3 µm
10%
endc.
rs13.8e.
   
  Reprospher 100 C8, 5 µm
10%
endc.
rs15.8e.
   
  Reprospher 100 C8, 10 µm
10%
endc.
rs10.8e.
   
             
  Reprospher 100 C8-DE, 1.8 µm
10%
double endc.* rs118.8de.    
  Reprospher 100 C8-DE, 2 µm
10%
double endc.* rs12.8de.    
  Reprospher 100 C8-DE, 2.5 µm
10%
double endc.* rs125.8de.    
  Reprospher 100 C8-DE, 3 µm
10%
double endc.* rs13.8de.    
  Reprospher 100 C8-DE, 5 µm
10%
double endc.* rs15.8de.    
             
  Reprospher 100 C8-NE, 5 µm
9%
not endc.
rs.15.80
   
             
  Reprospher 100 C4-Aqua, 5 µm
6%
pol.Gr.+ endc.
rs15.4aq.
   
             
  Reprospher 100 CN, 1.8 µm    
rs118.C0
   
  Reprospher 100 CN, 3 µm    
rs13.C0
   
  Reprospher 100 CN, 5 µm    
rs15.C0
   
             
  Reprospher HILIC-P, 5 µm  
HILIC for Peptides
rs15.HCP    
  Reprospher HILIC-A, 5 µm  
HILIC for Acids
rs15.HCA
   
             
  Reprospher Acidosil-S  
SO3H-Silica
rs15.sh
   
  Reprospher Acidosil-C  
COOH-Silica
rs15.ch
   
             
  Wide-Pore Phases (for Biopolymers, Proteins + Peptides)    
 
  with 200A° pores          
  Reprospher 200 C18-DE, 3 µm
10 %
double endc.*
rs23.9de
   
  Reprospher 200 C18-Aqua, 5 µm
5 %
pol.Gr.+ endc.
rs25.9aq
   
             
  with 300A° pores          
  Reprospher 300 C18-Aqua, 5 µm
4 %
pol.Gr.+ endc.
rs35.9aq
   
  Reprospher 300 C18, 5 µm
6 %
endc.
rs35.9e.
   
  Reprospher 300 C18-TN, 5 µm
11 %
polymer-C18
rs35.9tn.
   
             
     
 
 
*Modified with 2 endcappings: the first endcapping takes place in the liquid-form and the second additional endcapping  takes place in gas-form, which  makes  the phases much more based deactivated than conventional single step endcapping techniques. These phases are  more "inert" and more pH stable than those manufactured using with conventional endcapping techniques.

 

 

Equisil® (Maisch)
 


Porous spherical silica: 3 µm, 5µm, 10µm
Pore diameter / Surface arear: 120 A°/ 180m²/g
Pore volume: 0.65 ml/g

Preiswertes Äquivalent zu Hypersil und Supelcosil!
Siehe Vergleichs-Chromatogramme!

Equivalent to Hypersil and Supelcosil (as shown in chromatograms).

 

References of Equisil BDS C18

 

           
    %Carbon Endcapping Mat. No.    
 
  Alternative to Hypersil and Supelcosil-LC        
  Equisil Si, 5 µm     e25.00.    
  Equisil ODS, 3 µm 10 % C endc. e23.9e.    
  Equisil ODS, 5 µm 10 % C endc. e25.9e.    
  Equisil ODS, 10 µm 10 % C endc. e20.9e    
             
  Equisil MOS-2, 3 µm 6.5 % C endc. e23.8e.    
  Equisil MOS, 3 µm 6.5 % C not endc. e23.80.    
  Equisil MOS, 5 µm 6.5 % C not endc. e25.80.    
  Equisil MOS, 10 µm 6.5 % C not endc. e20.80.    
  Equisil SAS, 5 µm 3 % C   e25.10    
             
             
  Equisil APS, 3 µm (NH2-phase)   e23.a0.    
  Equisil APS, 5 µm (NH2-phase)   e25.a0.    
  Equisil CPS, 5 µm (CN-phase)   e25.c0.    
  Equisil CPS-2, 3 µm (CN-endc.)   e23.ce    
             
  Alternative to Hypersil-BDS and Supelcosil-DB      
  Equisil BDS C18, 3 µm 11 % C endc. e23.9b.    
  Equisil BDS C18, 5 µm 11 % C endc. e25.9b.    
  Equisil BDS C8, 3 µm 7 % C endc. e23.8b.    
  Equisil BDS C8, 5 µm 7 % C endc. e25.8b.    
  Equisil BDS Phenyl, 5 µm 5 % C endc. e25.pe    
             
  Equisil-Gold: Alternative to Hypersil-Gold        
  Equisil Gold C18, 3 µm   endc. e23.9g    
  Equisil Gold C18, 5 µm   endc. e25.9g    
  Equisil Gold C18, 10 µm   endc. e20.9g    
             
  Equisil Gold C8, 3 µm   endc. e23.8g    
  Equisil Gold C8, 5 µm   endc. e25.8g    
  Equisil Gold C8, 10 µm   endc. e20.8g    
 

 

 

 

ReproGel® (Maisch)
 


Polymere Phasen aus Polystyroldivinylbenzol für spezielle Trennungen:

(Polymeric phases: PSDVB (polystyrenedivinylbenzene):

 

References of ReproGel H+

References of ReproGel Ca2+

References of ReproGel Pb2+

 

         
  a.) Trennung von Zuckern, Alkoholen und org. Säuren.  
  Typische Säulen-Dimensionen: 250 x 8 mm oder 300 x 8 mm iD.  
  Aber auch alle anderen Säulen-Dimensionen können auf Wunsch gepackt werden.  
           
  For sugars, alcohols, organic acids.  
  Typical dimensions: 250 x 8 mm or 300 mm x 8 mm iD. Other dimensions on request.  
           
    Usage Eluent: Mat. No.  
 
  ReproGel H, 9 µm for sugars,alcohols and acids Water or 9mM sulfiric acid su9.h0  
  ReproGel Ca, 9 µm for sugars and alcohols Water at 80 C° su9.ca.  
  ReproGel Na, 9 µm for sugars Water at 80 C° su9.na.  
  ReproGel Pb, 9 µm for sugars Water at 80 C° su9.pb.  
  ReproGel Ag, 9 µm for sugars Water at 80 C° su9.ag.  
           
  b.) Polymerphasen für die organische GPC  
  Typische Säulen-Dimensionen: 300 x 8 mm oder 600 x 8 mm iD.  
  Aber auch alle anderen Säulen-Dimensionen können auf Wunsch gepackt werden.  
           
  c.) Polymerphasen zur Trennung von Anionen:  
  Polymeric phases for anions

 reprosil reprosil reprosil reprosil column reprosil