ReproSil Special columns (OPA, FMOC, PAH, Pesticides, Dabs, Chiral)
Dr.Maisch Columns - Your Expert for :
Capilaire Columns - Microbore Columns - Analytical Columns - Preparative Columns
ReproSil-Pur® (Maisch)
Porous spherical silica: 3, 5, 10 µm
Pore diameter: 60, 120, 200, 300 A°
Surface area: 500, 300, 200, 100m2/g
Ultrareines Kieselgel mit modernsten Modifizierungen.
Reinheit>99,999%. Für alle Arten von Proben geeignet.
Ultra pure silica. Purity >99,999%
Suitable for all kind of samples
Great
pH-Stability
| ReproSil-Pur | % Carbon | Endcapping | Mat. No. | Price group |
| ReproSil-Pur 60 Si, 5 µm | r05.0p. | 5 | ||
| ReproSil-Pur 60 ODS-HL, 5 µm | 20 % C | EC | r05.9h. | 6 |
| ReproSil-Pur 120 Si, 3 µm | r13.00. | 6 | ||
| ReproSil-Pur 120 Si, 5 µm | r15.00. | 5 | ||
| ReproSil-Pur 120 Si, 10 µm | r10.00. | 2 | ||
| ReproSil-Pur 120 C1, 5 µm | 4 % C | EC | r15.1e. | 5 |
| ReproSil-Pur 120 C4, 3 µm | 7 % C | EC | r13.4e. | 6 |
| ReproSil-Pur 120 C4, 5 µm | 7 % C | EC | r15.4e. | 5 |
| ReproSil-Pur 120 C8, 3 µm | 9 % C | EC | r13.8e | 6 |
| ReproSil-Pur 120 C8, 5 µm | 9 % C | EC | r15.8e. | 5 |
| ReproSil-Pur 120 C18-AQ, 3 µm | 15 % C | EC | r13.aq. | 6 |
| ReproSil-Pur 120 C18-AQ, 5 µm | 15 % C | EC | r15.aq. | 5 |
| ReproSil-Pur 120 C18-AQ,10 µm | 15 % C | EC | r10.aq. | 4 |
| ReproSil-Pur 120 ODS-3, 3 µm | 17 % C | EC | r13.93. | 6 |
| ReproSil-Pur 120 ODS-3, 5 µm | 17 % C | EC | r15.93. | 5 |
| ReproSil-Pur 120 ODS-3, 10 µm | 17 % C | EC | r10.93. | 5 |
| ReproSil-Pur 120 RP18-NE, 5 µm | 12 % C | NE | r15.90. | 5 |
| ReproSil-Pur 120 Phenyl, 5 µm | 8 % C | EC | r15.pe. | 5 |
| ReproSil-Pur 120 CN, 3 µm | 7 % C | EC | r13.ce. | 6 |
| ReproSil-Pur 120 CN, 5 µm | 7 % C | EC | r15.ce. | 5 |
| ReproSil-Pur 120 NH2, 3 µm | 4 % C | r13.a0. | 6 | |
| ReproSil-Pur 120 NH2, 5µm | 4 % C | r15.a0. | 5 | |
| ReproSil-Pur 120 Diol, 5 µm | 7 % C | r15.d0. | 5 | |
| ReproSil-Pur 120 Diol, 10 µm | 7 % C | r10.d0. | 2 |
Wide-Pore Phases (Biopolymere, Proteine + Peptide)
| ReproSil-Pur 300 Si, 5 µm | r35.00. | 5 | ||
| ReproSil-Pur 300 C4, 3 µm | 2,5 % C | EC | r33.4e. | 6 |
| ReproSil-Pur 300 C4, 5 µm | 2,5 % C | EC | r35.4e. | 5 |
| ReproSil-Pur 300 C8, 3 µm | 4 % C | EC | r33.8e. | 6 |
| ReproSil-Pur 300 C8, 5 µm | 4 % C | EC | r35.8e. | 5 |
| ReproSil-Pur 200 C18-AQ, 5 µm | 11 % C | EC | r25.aq. | 5 |
| ReproSil-Pur 200 ODS-3, 5 µm | 12 % C | EC | r25.93. | 5 |
| ReproSil-Pur 300 ODS-3, 3 µm | 9 % C | EC | r33.93. | 6 |
| ReproSil-Pur 300 ODS-3, 5 µm | 9 % C | EC | r35.93. | 5 |
| ReproSil-Pur 300 Phenyl, 5 µm | 3 % C | EC | r35.pe. | 5 |
Available in particle sizes :
10, 15, 20, 25, 30, 50 µm,
with 300 A°, 1000 A° and 2000 A° in 15 and 22 µm
up
Porous spherical silica: 3, 5, 10 µm
Pore diameter: 80 A°.
Surface area: 220 m2/g
Standard-Phasen vergleichbar mit Spherisorb.
Standard Phases equivalent to Spherisorb.
| ReproSil 80 Si, 3 µm | r03.00. | 4 | ||
| ReproSil 80 Si, 5 µm | r05.00. | 2 | ||
| ReproSil 80 C1, 5 µm | 3 % C | r05.10. | 3 | |
| ReproSil 80 Hexyl, 5 µm | 6 % C | r05.60. | 3 | |
| ReproSil 80 Phenyl, 5 µm | 6 % C | part. endc. | r05.p0 | 3 |
| ReproSil 80 C8, 3 µm | 6 % C | endc. | r03.8e. | 4 |
| ReproSil 80 C8, 5 µm | 6 % C | endc. | r05.8e. | 2 |
| ReproSil 80 ODS-1, 3 µm | 7 % C | partially | r03.91. | 4 |
| ReproSil 80 ODS-1, 5 µm | 7 % C | partially | r05.91. | 3 |
| ReproSil 80 ODS-2, 3 µm | 12 % C | endc. | r03.92. | 4 |
| ReproSil 80 ODS-2, 5 µm | 12 % C | endc. | r05.92. | 3 |
| ReproSil 80 NH2, 3 µm | 2 % C | r03.a0. | 5 | |
| ReproSil 80 NH2, 5 µm | 2 % C | endc. | r05.a0. | 3 |
| ReproSil 80 Diol, 5 µm | (OH-phase) | r05.d0. | 3 | |
| ReproSil 80 NH2, 3 µm | 2 % C | r03.a0. | 6 | |
| ReproSil 80 CN, 5 µm | 4 % C | not endc. | r05.c0. | 5 |
| ReproSil 80 CN, 3 µm | 4 % C | not endc. | r03.c0. | 6 |
| ReproSil Polyamin, 3 µm | (for sugars) | r03.ap. | 7 | |
| ReproSil Polyamin, 5 µm | (for sugars) | r05.ap. | 6 | |
| ReproSil 80 SAX, 5 µm | (strong anion exchanger) | r05.sa. | 4 | |
| ReproSil 80 SCX, 5 µm | (strong cation exchanger) | r05.sc. | 4 |
Porous spherical silica: 3, 5, 10 µm
Pore diameter: 70, 100, 300 A°
Surface area: 500, 280, 100 m2/g
Pore volume: 0.9, 1.1 ml/g
High purity phases.
Purity: Na: 60ppm, Ca:100 ppm, Fe: 4ppm, Pb: <1ppm
| ReproSil | % Carbon | Endcapping | Mat. No. | Price group |
| ReproSil 70 Si, 3 µm | r05.06. | 4 | ||
| ReproSil 100 Si, 3 µm | r13.06. | 5 | ||
| ReproSil 100 Si, 5 µm | r15.06. | 4 | ||
| ReproSil 100 Si, 10 µm | r10.06. | 4 | ||
| ReproSil 100 C4, 5 µm | 5 % C | endc. | r15.46. | 4 |
| ReproSil 100 C8, 3 µm | 8 % C | endc. | r13.86. | 5 |
| ReproSil 100 C8, 5 µm | 8 % C | endc. | r15.86. | 4 |
| ReproSil 100 C18, 3 µm | 15 % C | endc. | r13.96. | 5 |
| ReproSil 100 C18, 5 µm | 15 % C | endc. | r15.96. | 4 |
ReproSil 100 C18-AB, 5 µm |
16 % C | endc. | r05.9b. | 4 |
| ReproSil 70 C18, 5 µm | 20 % C | endc. | r05.96. | 5 |
| ReproSil 100 Phenyl, 5 µm | 9 % C | r15.p6. | 4 | |
| ReproSil 100 CN, 5 µm | 2 % C | r15.c6. | 4 | |
| ReproSil 100 NH2, 3 µm | 3 % C |
r13.a6 | 5 | |
| ReproSil 100 NH2, 5 µm | 3 % C | r15.a6 | 4 | |
| ReproSil 100 Diol, 5 µm | 3 % C | r15.d6. | 4 | |
ReproSil 100 CAT, 5 µm |
simult.D.Mono-+Dival.Cations |
r15.cat. |
7 | |
| ReproSil 100 CAT, 7 µm | simult.D.Mono-+Dival.Cations | r17.cat. | 7 |
|
| ReproSil WP-300 | for Proteins and Peptides | 5 | ||
| ReproSil 300 C4, 5 µm | 2.5% C | endc. | r35.46 | 4 |
| ReproSil 300 C8, 5 µm | 4 % C | endc. | r35.86 | 4 |
| ReproSil 300 C18, 5 µm | 7 % C | endc. | r35.96. | 4 |
ReproSil® OPA, FMOC, PAH, Pesticides,
Dabs (Maisch)
Porous spherical silica: 3 or 5µm
| ReproSil | Usage | Mat. No. |
| ReproSil PAH-EPA, 5 µm | 16 PAHs (EPA 610) | pah5. |
| ReproSil Pestizid-3 | for 42 Pesticides | pe3. |
| ReproSil FMOC | FMOC-Amino acids | fmoc. |
| ReproSil OPA | OPA-Amino acids |
opa. |
| ReproSil DABS | DABS-Amino acids |
dabs. |
| ReproSil FLEC | FLEC-Amino acids (Chiral) | flec. |
| ReproSil TG-Chiral | Chiral DANS-+FMOC-Amino acids | tg5. |
| ReproSil-Hop | hop bitter acids | hop. |
Polyaromatische Kohlenwasserstoffe
(PAH´s) Kit + Säulen
zur Trennung von 16 PAH´s nach EPA: Naphtalene, Acenaphthylene, Acenaphthene,
Fluorene, Phenanthrene, Anthracene, Fluoranthene, Pyrene, Benz(a)anthracene,
Chrysene, Benzo(b)fluoranthene, Benzo(k)fluoranthene, Benz(a)pyrene, Dibenz(a,h)anthracene,
Benzo(g,h,i)perylene, Ideno(1,2,3,c,d)pyrene.
| ReproSil PAH-EPA (5 µm, 250 x 4 mm), (oder kleinerer iD), Neusäule pah5. | s2504 |
| ReproSil PAH-EPA (5 µm, 250 x 4 mm), (oder kleinerer iD), Refill pah5. | r2504 |
| ReproSil PAH-EPA, Säule + 5 Vorsäulenkartuschen (10 x 4) + VSK-Halter D pah5. | s2504k |
| ReproSil PAH-EPA Vorsäulenkartuschen (5 µm, 10 x 4 mm), 5 Stück pah5. | v0104 |
| ReproSil PAH-EPA Vorsäulenkartuschen (5 µm, 20 x 4 mm), 5 Stück pah5. | v0204 |
PAH-LP Säule: N/m >
65000, geringerer Gegendruck als ReproSil PAH Säule bei gleicher Selektivität
ReproSil® PAH-EPA
(Maisch)
zur Trennung von 16 PAH´s nach EPA: Naphtalene, Acenaphthylene, Acenaphthene,
Fluorene, Phenanthrene, Anthracene, Fluoranthene, Pyrene, Benz(a)anthracene,
Chrysene, Benzo(b)fluoranthene, Benzo(k)fluoranthene, Benz(a)pyrene, Dibenz(a,h)anthracene,
Benzo(g,h,i)perylene, Ideno(1,2,3,c,d)pyrene.
a.) zur Trennung von: Crimidin, Bromacil, Simacin, Hexazinon, Metabenzthiazuron,
Chlortoluron, Atrazin, Isopropuron, Metobromuron, Buturon, Amertryn, Propazin,
Linuron, Terbutylazin, Prometon, Chlorpropham, Terbutryn, Metolachlor, Pentachlorphenol,
Mecoprop (nach RT geordnet).
b.) zur Trennung von: Desisopropylatrizin, Metamitron, Fenuron, Desethylatrizin, Crimidin, Metoxuron, Simazin, Metribuzin, Cyanazin, Metabenzthiazuron, Chlortoluron, Atrazin, Monolinuron, Isoproturon, Metobromuron, Propham, Metazachlor, Sebutylazin, Propazin, Terbutylazin, Linuron, Chloroxuron, Prometryn, Chlorpropham, Terbutryn, Metolachlor.
| ReproSil | Bestell-Nr. |
| a.) | |
ReproSil Pestizid-1 Säule (5 µm, 250 x 4mm) (oder kleinerer iD), Neusäule |
pe5.s2504 |
ReproSil Pestizid-1 Säule (5 µm, 250 x 4 mm) (oder kleinerer iD), Refill |
pe5.r2504 |
| ReproSil Pestizid-1 Säule + 5 Vorsäulenkartuschen (10 x 4 mm) + VSK-Halter D | pe5.S2504k |
ReproSil Pestizid Vorsäulenkartuschen (10 x 4 mm), 5 Stück |
pe5.v0104 |
| b.) | |
| ReproSil Pestizid-3 Säule (3,5 µm, 250 x 4.6 mm) (oder kleinerer iD), Neusäule | pe5.03.s2546 |
| ReproSil Pestizid-3 Säule (3,5 µm, 250 x 4.6 mm) (oder kleinerer iD), Refill | pe5.03.r2546 |
ReproSil Pestizid-3 Säule + 5 Vorsäulenkartuschen (10 x 4 mm) + VSK Halter D |
pe5.03.s2546k |
| ReproSil Pestizid Vorsäulenkartuschen (10 x 4 mm), 5 Stück | pe5.03.v0104 |
FMOC/Adam-Kit + Columns
zur Vorsäulen-Derivatisierung und Trennung von
primären und sekundären Aminosäuren mit
9-Fluorenylmethoxy-carbonylchlorid (FMOC) im femto-Molbereich. Inklusive HPLC_Säulen
(5 µm, 250 x 4 mm, oder kleinerer iD), Sättigungssäule, 10
Vorsäulenkartuschen (10 x 4 mm), Vorsäulenkartuschenhalter D, Interner
Standard (L-Norvalin), FMOC-Reagenz II, 1-Aminoadamantan-HC1, L-Aminosäurenstandard
(nach RT geordnet: (Cys-SO3H), Arg, Ser, Asp, Glu, Thr, Gly, Tyr, Ala, Pro,
Met, Val, Phe, Ile, Leu, (Cys)2, His, Lys). Komplett mit Arbeitsanleitung.
| ReproSil | Bestell-Nr. |
| ReproSil FMOC/Adam-Kit, komplett | fmoc.00 |
| ReproSil FMOC/Adam Säule (5 µm, 250 x 4 mm)(oder kleinerer iD), Neusäule | fmoc.s2504 |
| ReproSil FMOC/Adam Säule (5 µm, 250 x 4 mm)(oder kleinerer iD), Refill | fmoc.r2504 |
| ReproSil Sättigungssäule (40 x 4 mm), komplett (Einbau zw. Pumpe und Injektor) | ss.s0404 |
| ReproSil Sättigungssäule (40 x 4 mm), Refill | ss.r0404 |
| ReproSil FMOC-Vorsäulenkartuschen, 10 St. (5µm, 10 x 4 mm)(oder kleinerer iD) | fmoc.v0104 |
| ReproSil Vorsäulenkartuschenhalter-D für 10 mm | VSK 81.10 |
| ReproSil L-Norvalinlsg., 10 x 1 ml, als interner Standard | fmoc.01 |
| ReproSil L-Aminosäurenstandard (17 AS), 10 x 1 ml | as.17 |
| ReproSil FMOC-Reagenz II, (100ml) | fm2.03 |
| ReproSil 1-Aminoadamantan-HCI, 1g, (45.6 mg lösen in 6 ml Aceton/Borat Puffer) | fmoc.04 |
zur Vorsäulen-Derivatisierung
und Trennung von primären Aminorsäuren mit OPA/Mercaptopropionsäure
im femto-Molbereich. Reicht für ca. 1000 Proben. Inklusive HPLC_Säulen
(3 µm, 150 x 4.6 mm, oder kleinerer iD), Sättigungssäule,
10 Vorsäulenkartuschen (10 x 4.6 mm) + Vorsäulenkartuschenhalter
D, L-Norvalin als int. Standard, Enteiweißungsreagenz, Borat-Puffer,
OPA-Reagenz und Aminosäurenstandard (nach RT: Asp, Glu, Ser, Gly, Thr,
His, Ala, Arg, Tyr, Val, Met, Ile, Phe, Leu, Lys, (Cys2, Pro). Komplett mit
Arbeitsanleitung.
| ReproSil | Bestell-Nr. |
| ReproSil OPA-Kit, komplett: | op3.00 |
| ReproSil OPA-Säule (3 µm, 150 x 4.6 mm) (oder kleinerer iD), Neusäule | op3.s1546 |
| ReproSil OPA-Säule (3 µm 150 x 4.6 mm) (oder kleiner iD), Refill | op3.rl546 |
| ReproSil Sättigungssäule (40 x 4 mm) komplett (Einbau zw. Pumpe und Injektor) | ss.s0404 |
| ReproSil Sättigungssäule (40 x 4 mm), Refill | ss.r0404 |
| ReproSil OPA-Vorsäulenkartuschen, 10 St. (3 µm, 10 x 4.6 mm) (oder kleinerer iD) | op3.v0146 |
| ReproSil Vorsäulenkartuschenhalter-D für 10 mm Vorsäulen | 81.10 |
| ReproSil L-Norvalinlsg., 10 x 1 ml, als interner Standard | nor.01 |
| ReproSil L-Aminosäurenstandard (17 AS), 10 x 1 ml | as.17 |
| ReproSil OPA-Reagenz, 20 ml, ( 1:10 verdünnen mit Boratpuffer) | opa.03 |
| ReproSil Enteiweißungsreagenz, 100 ml (30 %ige 5-Sulfosalicyls. + int. Standard) | ent.100 |
| ReproSil Borat-Puffer (1M, pH-10.7, 200ml) | bor.200 |
Dabsylchlorid-Kit + Columns:
zur Vorsäulen-Derivatisierung und Trennung von primären und sekundären
Aminosäuren mit Dimethylaminoazobenzolsulfonylchlorid bei 435 nm. Inklusive
HPLC_Säulen (200 x 4.6 mm), Sättiungssäule, 10 Vorsäulenkartuschen
(10 x 4 mm) + Vorsäulenkartuschenhalter D,
S-Carboxyethyl-L-cysteinlsg. als interner Standard, Dabs-Cl-Reagenz (10 Fläschchen
á 1.3 mg),
L-Aminoadamantan-HC1, L-Aminosäurenstandard (nach RT : Asp, Glu, Ser,
Thr, Gly, Ala, Arg,
Pro, Val, Met, Ile, Leu Phe, Cys2, Lys, His). Komplett mit Arbeitsanleitung.
| ReproSil | Bestell-Nr. |
| ReproSil DABS-Kit, komplett | dabs.00 |
| ReproSil DABS-Säule (4 µm, 200 x 4.6 mm)(oder kleinerer iD), Neusäule | dabs.s2046 |
| ReproSil DABS-Säule (4 µm, 200 x 4.6 mm)(oder kleinerer iD), Refill | dabs.r2046 |
| ReproSil Sättigungssäule (40 x 4 mm), komplett (Einbau zw. Pumpe und Injektor) | ss.s0404 |
| ReproSilSättigungssäule (40 x 4 mm), Refill | ss.r0404 |
| ReproSil DABS-Vorsäulenkartuschen, 10 St. (4 µm, 10 x 4.6 mm)(oder kleinerer iD) | dabs.v0146 |
| ReproSil Vorsäulenkartuschenhalter-D für 10 mm | VSK 81.10 |
| ReproSil S-Carboxyethyl-L-cysteinlsg., 10 x 1 ml, als interner Standard | dabs.01 |
| ReproSil L-Aminosäurenstandard (17 AS), 5 x 1 ml | as.17 |
| ReproSil DABS-C1 Reagenz, (10 Fläschchen á 1.3 mg) | dabs.03 |
FLEC-Chiral Kit mit Aminoadamantan oder Glycin + Columns
zur Vorsäulen-Derivatisierung und Trennung von primären und sekundären
D + L Aminosäuren und anderen optisch aktiven Aminen. Inklusive RP-HPLC-Säule
(5 µm, 250 x 4 mm, oder kleinerer iD), Sättigungssäule (40
x 4 mm), Vorsäulenkartuschen (10 x 4 mm, 10 St.) + Vorsäulenkartuschenhalter
D, FLEC-Reagenz, 1-Aminoadamantan oder Glycin, L-Norvalin als intern Standard,
D, L-Aminosäuren. Komplett mit Arbeitsanleitung.
| ReproSil | Bestell-Nr. |
| ReproSil FLEC-Kit, komplett | flec.00 |
| ReproSil FLEC-Chiral-Säule (3 µm, 250 x 4 mm) (oder kleinerer iD), Neusäule | flec.s2504 |
| ReproSil FLEC-Chiral-Säule (3 µm, 200 x 4.6 mm)(oder kleinerer iD), Refill | flec.r2046 |
| ReproSil Sättigungssäule (40 x 4 mm), komplett (Einbau zw. Pumpe und Injektor) | ss.s0404 |
| ReproSil Sättigungssäule (40 x 4 mm), Refill | ss.r0404 |
| ReproSil FLEC-Vorsäulenkartuschen, 10 St. (3 µm, 10 x 4 mm)(oder kleinerer iD) | flec.v0104 |
| ReproSil Vorsäulenkartuschenhalter-D für 10 mm VSK | 81.10 |
| ReproSil L-Norvalinslsg, 2.5 mMol/ml, 5 x 1 ml, als interner Standard | nor.01 |
| ReproSil D,L-Aminosäuren (16 Paare), 5 x 1 ml | asdl.16 |
| ReproSil FLEC-Reagenz, (1mM, 4 mL) | flec.01 |
| ReproSil 1-Aminoadamantan-HCI, 1g, (jeweils 45,6 mg lösen in 6 ml Aceton/Borat-Puffer) | flec.03 |
| ReproSil Glycin, 1 g, (jeweils 30 mg lösen in 10 ml Aceton/Borat-Puffer) | gly.01 |
Chiral-Kit TG-Kit +
Säulen (Laufmittel: ACN/Puffer)
zur chiralen Trennung von 1.)
Dansylierten D+L Aminosäuren 2.) Profenen (Ibuprofen, Ketoprofen, Flurbiprofen,
Suprofen, Fenoprofen) 3.) Chrysantemic acid ethylesters 4.) Mandelic acid,
dibenzoyltartaric acid, trans-1, 2-cyclohexanedicarboxylic acid, phenylsuccinic
acid. Kieselgel-Säule modifiziert mit dem natürlichen Alkaloid Tergurid.
Ink. Säulen, Vorsäulenkartuschen, Vorsäulenkartuschenhalter
D, Sättigungssäule.
| ReproSil | Bestell-Nr. |
| ReproSil TG-Chiral Kit, komplett | tg5.00 |
| ReproSil TG-Chiral Säule (5 µm, 250 x 4 mm) (oder kleinerer iD, oder kürzer) | tg5.s2504 |
| ReproSil TG-Chiral-Refill (5 µm, 250 x 4 mm) (oder kleinerer iD, oder kürzer) | tg5.r2504 |
| ReproSil Vorsäulenkartuschen, 10 St. (5 µm, 10 x 4 mm) (oder kleinerer iD) | tg5.v0104 |
| ReproSil Vorsäulenkartuschen-Halter D für 10 mm VSK | 81.10 |
| ReproSil Sättigungssäule (40 x 4 mm), komplett (Einbau zw. Pumpe und Injektor) | ss.s0404 |
| ReproSil Sättigungssäule (40 x 4 mm), Refill | ss.r0404 |
Hopfenbitterstoffe Säulen
zur Bestimmung von Xanthumulon, Cohumulon, Humulon, Adhumulon sowie ß-
und Iso-Alfa-Säuren.
| ReproSil | Bestell-Nr. |
| ReproSil Hopfen-Bitter Säule (125 x 4 mm), Neusäule | hop.s1204 |
| ReproSil Hopfen-Bitter Säule (125 x 4 mm), Refill | hop.r1204 |
Stability® (Maisch)
Porous spherical silica: 5, 10 µm
Pore diameter: 100, 300, 1000 A°
Surface area: 350, 100 m2/g
HPLC-phases with special chemical
modifications
| Modification | Endcapping | Mat. No | Price group | |
| Stability 100 C30, 5 µm | (polymer) | endc. | st15.30. | 6 |
| Stability 100 C30p, 5 µm | (polymer) | not endc. | st15.3p. | 6 |
| Stability 100 C30m, 5 µm | (monomer) | endc. | st15.3m. | 6 |
| Stability 100 BS-C13, 5 µm | (with basic spacer) | endc. | st15.13. | 7 |
| Stability 100 BS-C17, 5 µm | (with basic spacer) | endc. | st15.17. | 7 |
| Stability 100 BS-C23, 5 µm | (with basic spacer) | endc. | st15.23. | 7 |
| Stability 120 BS-C23, 3 µm | (with basic spacer) | not endc. | st23.23. | 7 |
| Stability 120 BS-C23, 5 µm | (with basic spacer) | not endc. | st25.23. | 7 |
| Stability 100 Amid-C25, 5 µm | (with amid-group) | endc. | st15.a25. | 7 |
| Stability 100 Amid-C18, 5 µm | (with amid-group) | endc. | st15.a18. | 7 |
| Stability 120 Amid-C12, 5 µm | (with amid-group) | endc. | st25.a12 | 7 |
| Stability Fluosil, 5 µm | (alkylfluoro phase) | endc. | st15.fe. | 7 |
| Stability Fluosil, 5 µm | (C8F13H4) | endc. | st15.fe. | 7 |
| Stability Fluosil-NE, 5 µm | (C8F13H4) | not endc. | st15.fn. | 7 |
| Stability Polyamine, 3 µm | (for sugars) | polymer | st33.pa. | 7 |
| Stability Polyamine, 5 µm | (for sugars) | polymer | st35.pa. | 6 |
| Stability PAH, 5 µm | (for PAH´s) | polymer | st35.pah. | 7 |
| Stability ODS-1, 5 µm | (15 %C) | not endc.! | st15.90. | 6 |
| Stability ODS-2, 5 µm | (16 % C) | endc. | st15.92. | 6 |
| Stability 120 C18, 5 (10) µm | (15 % C) | endc. | st15.9d. | 6 |
| Stability Alumina, 5 µm | st15.al. | 7 |
Gold-Turbo® (Maisch)
Spherical silica for High Speed HPLC:1.5 µm particles
Porous phases: 100A° / 200 m2/g
Porous and non porous phases.
Columns hardware: 33 x 4.6 mm in gold, ultra pure!
| Porous phases: | % Carbon | Endcapping | Mat. No. | Price group |
| Gold-Turbo 100 Si, 1.5 µm | g12.00. | please ask! | ||
| Gold-Turbo 100 ODS, 1.5 µm | 11 %C | not endc.! | g12.90. | |
| Gold-Turbo 80 ODS-3, 1.5 µm | 11 %C | endc. | g12.93. | |
| Gold-Turbo 120 BS-C23, 1.5 µm | (with basic spacer) | g22.23. | ||
| Gold-Turbo ODS-4, 1.5 µm | (ultrapure) | endc. | g22.94 | |
| Gold-Turbo Fluosil, 1.5 µm | (alkylfluoro phase) | endc. | g22.fe | |
| Gold-Turbo 120 Amid-C12, 1.5 µm | (with amid group) | g22.a12. |
||
| Non porous phases: | ||||
| Gold-Turbo MS-C18, 1.5 µm | endc. | g02.9e. | ||
| Gold-Turbo MS-C14, 1.5 µm | endc. | g02.50. | ||
| Gold-Turbo MS-H (C6), 1.5 µm | endc. | g02.h0. |
Porous spherical silica: 5 µm
Pore diameter: 120 A°
Pore volume: 0.65 ml/g
Surface area: 180 m2/g
Preiswertes Äquivalent zu Hypersil!
Equivalent
to Hypersil (as shown in chromatograms).
| %Carbon | Endcapping | Mat. No. | Price group | |
| Equisil Si, 5 µm | e25.00. | 1 | ||
| Equisil ODS, 5 µm | 10 % C | endc. | e25.9e. | 1 |
| Equisil ODS, 3 µm | 10 % C | endc. | e23.9e. | 2 |
| Equisil MOS-2, 3 µm | 6.5 % C | endc. | e23.8e. | 2 |
| Equisil MOS, 3 µm | 6.5 % C | not endc. | e23.80. | 2 |
| Equisil MOS, 5 µm | 6.5 % C | not endc. | e25.80. | 1 |
| Equisil APS, 3 µm | (NH2-phase) | e23.a0. | 2 | |
| Equisil APS, 5 µm | (NH2-phase) | e25.a0. | 1 | |
| Equisil CPS, 5 µm | (CN-phase) | e25.c0. | 1 | |
| Equisil BDS C18, 3 µm | 11 % C | endc. | e23.9b. | 5 |
| Equisil BDS C18, 5 µm | 11 % C | endc. | e25.9b. | 4 |
| Equisil BDS C8, 5 µm | 7 % C | endc. | e23.8b. | 5 |
| Equisil BDS C8, 5 µm | 7 % C | endc. | e25.8b. | 4 |
(Polymeric phases: PSDVB(polystyrenedivinylbenzene) for special Analysis:
a.) 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.) Polymeric phases
for organische
GPC
Typical dimensions: 300 x 8 mm or 600 x 8 mm iD. Other dimensions on request.
| for non aquous GPC | Daltons | Mat. No. |
| ReproGel PS GPC, 10 µm, 50 A° | < 1 000 | rg0.050. |
| ReproGel PS GPC, 10 µm, 100 A° | > 3000 | rg0.100. |
| ReproGel PS GPC, 10 µm, 500 A° | > 20 000 | rg0.500. |
| ReproGel PS GPC, 10 µm, 1000 A° | 1 000 - 40 000 | rg0.103. |
| ReproGel PS GPC, 10 µm,10 000 A° | 4 000 - 500 000 | rg0.104. |
| ReproGel PS GPC, 10 µm, 100 000 A° | 10 000 - 2 000 000 | rg0.105. |
| ReproGel PS GPC, 10 µm, 1 000 000 A° | 200 000 - 10 000 000 | rg0.106. |
| ReproGel PS GPC, 10 µm, linear | 1 000 - 1 000 000 | rg0. lin. |
Available particle sizes for
GPC-phases: 3, 5, 10 µm
c.) Polymeric phases for anions :
| for separation of anions | Mat. No. | Price group | |
| ReproGel AX, 10 µm | for organic and inorganic anions | rg0.ax. | 7 |
| ReproGel AXS, 7 µm | for an-organic anions with supressor technique | rg17.axs. | on request |
d.) Polymersäulen
aus Hydroxyethyl methacrylat (Hema)
pH-stabile Phasen von pH 2- 12, hitzestabil bis 180°C
Polymeric phases from Hema:
| ReproGel Hema SSH-QL, 10 µm | strong anion exchanger for in-org. ions | hema.ssql. | 7 | |
| ReproGel Hema-SQL, 10 µm | strong anion exchanger for in-org. ions | hema.sql. | 7 | |
| ReproGel Hema C18, 10 µm | RP-Phases (pH-stable from 2-10) | hema.90. | 7 | |
| ReproGel Hema HIC, 10 µm | Hydrophobe Interaction Chr.of proteins | hema.hic | 7 | |
Ion exchanger for proteins |
Modification |
|||
| ReproGel Hema DEAE, 10 µm | Diethylaminoethyl | anions | hema.deae | 7 |
| ReproGel Hema CM, 10 µm | Carboxymethyl | cations | hema.cm. | 7 |
| ReproGel Hema SB, 10 µm | Sulphobutyl | cations | hema.sb | 7 |
Porous spherical silica:
5 µm
Pore diameter: 120 A°
Surface area: 300 m2/g
Ultra pure silica: modified with Tridecafluorodimethyl-heptyl silane.
Analysis Area:
120 E - for all kind of compounds, 120 N - for acidic compounds.
| Fluofix 120 E | (endcapped, 120 A°) |
| 1EW403 | 30 x 4.6 mm |
| 1EW405 | 50 x 4.6 mm |
| 1EW415 | 150 x 4.6 mm |
| 1EW425 | 250 x 4.6 mm |
| 1EW105 | 50 x10 mm |
| 1EW115 | 150 x 10 mm |
| 1EW125 | 250 x 10 mm |
| 1EW205 | 50 x 20 mm |
| 1EW215 | 150 x 20 mm |
| 1EW225 | 250 x 20 mm |
| Fluofix 120 N | (not endcapped, 120 A°) |
| 1NW403 | 30 x 4.6 mm |
| 1NW405 | 50 x 4.6 mm |
| 1NW415 | 150 x 4.6 mm |
| 1NW425 | 250 x 4.6 mm |
| 1NW105 | 50 x10 mm |
| 1NW115 | 150 x 10 mm |
| 1NW125 | 250 x 10 mm |
| 1NW205 | 50 x 20 mm |
| 1NW215 | 150 x 20 mm |
| 1NW225 | 250 x 20 mm |
| Fluofix 300E | (endcapped, 300 A°) |
| 3EW403 | 30 x 4.6 mm |
| 3EW405 | 50 x 4.6 mm |
| 3EW415 | 150 x 4.6 mm |
| 3EW425 | 250 x 4.6 mm |
| 3EW105 | 50 x10 mm |
| 3EW115 | 150 x 10 mm |
| 3EW125 | 250 x 10 mm |
| 3EW205 | 50 x 20 mm |
| 3EW215 | 150 x 20 mm |
| 3EW225 | 250 x 20 mm |
| Fluofix 300 N | (not endcapped, 300 A°) |
| 3NW403 | 30 x 4.6 mm |
| 3NW405 | 50 x 4.6 mm |
| 3NW415 | 150 x 4.6 mm |
| 3NW425 | 250 x 4.6 mm |
| 3NW105 | 50 x10 mm |
| 3NW115 | 150 x 10 mm |
| 3NW125 | 250 x 10 mm |
| 3NW205 | 50 x 20 mm |
| 3NW215 | 150 x 20 mm |
| 3NW225 | 250 x 20 mm |
Cartridge-holder and Guards
Cartridges
10 x 4 mm, 3-er Pack Art.Nr.: 1EW.v0104 bei 120E - 1NW.v0104 bei 120N
Cartridge-Holder: Vorsäulenkartuschen-Halter VHF Art.Nr.: VHF.01
Microbore columns available on request.
Other phases:
In our product range, we also offer HPLC-columns
with phases from other suppliers, either packed by us or packed by the suppliers.
Our aim is to produce columns of better quality than those packed by the producers of the bulk materials. Please refer to Columns, Quality Control for individual product information.
If the suppliers do not sell their bulk materials
for packing columns, we distribute columns packed by these suppliers.
Chiral-AGP® (CBH+HSA) (Chromtech-Ltd.)
µBondapak®
(Waters)
Capcell®
(Shiseido)
Daicel®
(Daicel Chemicals Ind.)
Eurospher®
(Knauer)
ExSil® (Exmere)
Hypersil®
(Hypersil)
Inertsil®
(GL-Science)
Kromasil®
(Eka Nobel)
Lichrosorb®
(Merck)
Lichrospher®
(Merck)
Mikrosorb®
(Rainin)
Nucleosil®
(Macherey & Nagel)
Partisil®
(Whatman)
Poros® (Perseptive
Biosystems)
PRP® (Hamilton)
Spherisorb®
(Whaters, formerly Phase Separation)
Superspher®
(Merck)
Synchropak®
(SynChrom)
Vydac® (Separations
Group)
Zorbax®
(Agilent, formerly RTI)
Steroids-Morphine+deriv.- Cathacholamine-3 etc...
Stabile RT's with aqueos eluens !!!