ExtraBond® Silica Cartridges
Solid Phase Extraction (SPE) has become the ideal method for sample preparation prior to analyses using HPLC, GC, TLC, RIA, NMR and other analytical techniques.
Scharlau Extrabond® comprises a wide range of packaging materials, silica gel as well as polymers of the highest quality and purity that provide excellent and reproducible separation as well as a high recovery rate. Each box of ExtraBond® comes with a certificate of analysis.
What makes Extrabond unique?
-Each Extrabond® cartridge has the phase type and batch number imprinted for greater traceability. It also helps to avoid confusion when handling cartridges of different phases.
-The Extrabond® cartridges are supplied in practical vacuum bags to ensure maximum protection against moisture and thus better conversation. Moreover, the vacuum packing acts as a protector against possible phase detachments.
All these features allow maximum preservation and traceability
Extrabond® is available in a wide range of formats: open cartridges ranging from 1 to 60 ml, cartridges with large reservoir capacity (LRC) of 10 or 15ml, closed cartridges, glass cartridges, 96 and 48 well extraction plates and QuEChERS kits. For any other cartridge, another phase or format, or glass cartridges 96- or 48 positions, you can not find in this catalog consultas@scharlab.com contact.
Scharlau Extrabond® comprises a wide range of packaging materials, silica gel as well as polymers of the highest quality and purity that provide excellent and reproducible separation as well as a high recovery rate. Each box of ExtraBond® comes with a certificate of analysis.
What makes Extrabond unique?
-Each Extrabond® cartridge has the phase type and batch number imprinted for greater traceability. It also helps to avoid confusion when handling cartridges of different phases.
-The Extrabond® cartridges are supplied in practical vacuum bags to ensure maximum protection against moisture and thus better conversation. Moreover, the vacuum packing acts as a protector against possible phase detachments.
All these features allow maximum preservation and traceability
Extrabond® is available in a wide range of formats: open cartridges ranging from 1 to 60 ml, cartridges with large reservoir capacity (LRC) of 10 or 15ml, closed cartridges, glass cartridges, 96 and 48 well extraction plates and QuEChERS kits. For any other cartridge, another phase or format, or glass cartridges 96- or 48 positions, you can not find in this catalog consultas@scharlab.com contact.
Solid Phase Extraction (SPE) has become the ideal method for sample preparation prior to analyses using HPLC, GC, TLC, RIA, NMR and other analytical techniques.
Scharlau Extrabond® comprises a wide range of packaging materials, silica gel as well as polymers of the highest quality and purity that provide excellent and reproducible separation as well as a high recovery rate. Each box of ExtraBond® comes with a certificate of analysis.
What makes Extrabond unique?
-Each Extrabond® cartridge has the phase type and batch number imprinted for greater traceability. It also helps to avoid confusion when handling cartridges of different phases.
-The Extrabond® cartridges are supplied in practical vacuum bags to ensure maximum protection against moisture and thus better conversation. Moreover, the vacuum packing acts as a protector against possible phase detachments.
All these features allow maximum preservation and traceability
Extrabond® is available in a wide range of formats: open cartridges ranging from 1 to 60 ml, cartridges with large reservoir capacity (LRC) of 10 or 15ml, closed cartridges, glass cartridges, 96 and 48 well extraction plates and QuEChERS kits. For any other cartridge, another phase or format, or glass cartridges 96- or 48 positions, you can not find in this catalog consultas@scharlab.com contact.
C18. Silica-based octadecyl. Nonpolar phase
Phase
C18 Sorbent mass (mg)
50 Volume (ml)
1 Pore size (Å)
60 Particle (µm)
50 Pack (u.)
100
C18 Sorbent mass (mg)
50 Volume (ml)
1 Pore size (Å)
60 Particle (µm)
50 Pack (u.)
100
Phase
C18 Sorbent mass (mg)
100 Volume (ml)
1 Pore size (Å)
60 Particle (µm)
50 Pack (u.)
100
C18 Sorbent mass (mg)
100 Volume (ml)
1 Pore size (Å)
60 Particle (µm)
50 Pack (u.)
100
Phase
C18 Sorbent mass (mg)
200 Volume (ml)
3 Pore size (Å)
60 Particle (µm)
50 Pack (u.)
50
C18 Sorbent mass (mg)
200 Volume (ml)
3 Pore size (Å)
60 Particle (µm)
50 Pack (u.)
50
Phase
C18 Sorbent mass (mg)
200 Volume (ml)
10 Pore size (Å)
60 Particle (µm)
50 Pack (u.)
50
C18 Sorbent mass (mg)
200 Volume (ml)
10 Pore size (Å)
60 Particle (µm)
50 Pack (u.)
50
Phase
C18 Sorbent mass (mg)
500 Volume (ml)
3 Pore size (Å)
60 Particle (µm)
50 Pack (u.)
50
C18 Sorbent mass (mg)
500 Volume (ml)
3 Pore size (Å)
60 Particle (µm)
50 Pack (u.)
50
Phase
C18 Sorbent mass (mg)
500 Volume (ml)
6 Pore size (Å)
60 Particle (µm)
50 Pack (u.)
30
C18 Sorbent mass (mg)
500 Volume (ml)
6 Pore size (Å)
60 Particle (µm)
50 Pack (u.)
30
Phase
C18 Sorbent mass (mg)
500 Volume (ml)
10 Pore size (Å)
60 Particle (µm)
50 Pack (u.)
50
C18 Sorbent mass (mg)
500 Volume (ml)
10 Pore size (Å)
60 Particle (µm)
50 Pack (u.)
50
Phase
C18 Sorbent mass (mg)
1000 Volume (ml)
6 Pore size (Å)
60 Particle (µm)
50 Pack (u.)
30
C18 Sorbent mass (mg)
1000 Volume (ml)
6 Pore size (Å)
60 Particle (µm)
50 Pack (u.)
30
Phase
C18 Sorbent mass (mg)
2000 Volume (ml)
12 Pore size (Å)
60 Particle (µm)
50 Pack (u.)
20
C18 Sorbent mass (mg)
2000 Volume (ml)
12 Pore size (Å)
60 Particle (µm)
50 Pack (u.)
20
Phase
C18 Sorbent mass (mg)
5000 Volume (ml)
20 Pore size (Å)
60 Particle (µm)
50 Pack (u.)
20
C18 Sorbent mass (mg)
5000 Volume (ml)
20 Pore size (Å)
60 Particle (µm)
50 Pack (u.)
20
Phase
C18 Sorbent mass (mg)
20000 Volume (ml)
60 Pore size (Å)
60 Particle (µm)
50 Pack (u.)
16
C18 Sorbent mass (mg)
20000 Volume (ml)
60 Pore size (Å)
60 Particle (µm)
50 Pack (u.)
16
Phase
C18 Sorbent mass (mg)
500 Volume (ml)
- Pore size (Å)
125 Particle (µm)
50 Pack (u.)
50
C18 Sorbent mass (mg)
500 Volume (ml)
- Pore size (Å)
125 Particle (µm)
50 Pack (u.)
50
Phase
C18 Sorbent mass (mg)
1000 Volume (ml)
- Pore size (Å)
125 Particle (µm)
50 Pack (u.)
50
C18 Sorbent mass (mg)
1000 Volume (ml)
- Pore size (Å)
125 Particle (µm)
50 Pack (u.)
50
C8. Silica-based octyl. Nonpolar phase
Phase
C8 Sorbent mass (mg)
200 Volume (ml)
15 Pore size (Å)
60 Particle (µm)
50 Pack (u.)
50
C8 Sorbent mass (mg)
200 Volume (ml)
15 Pore size (Å)
60 Particle (µm)
50 Pack (u.)
50
Phase
C8 Sorbent mass (mg)
500 Volume (ml)
3 Pore size (Å)
60 Particle (µm)
50 Pack (u.)
50
C8 Sorbent mass (mg)
500 Volume (ml)
3 Pore size (Å)
60 Particle (µm)
50 Pack (u.)
50
CN. Cyanopropyl on silica base. SCHARLAU
Phase
CN Sorbent mass (mg)
100 Volume (ml)
1 Pore size (Å)
60 Particle (µm)
50 Pack (u.)
100
CN Sorbent mass (mg)
100 Volume (ml)
1 Pore size (Å)
60 Particle (µm)
50 Pack (u.)
100
Phase
CN Sorbent mass (mg)
200 Volume (ml)
3 Pore size (Å)
60 Particle (µm)
50 Pack (u.)
50
CN Sorbent mass (mg)
200 Volume (ml)
3 Pore size (Å)
60 Particle (µm)
50 Pack (u.)
50
Phase
CN Sorbent mass (mg)
500 Volume (ml)
3 Pore size (Å)
60 Particle (µm)
50 Pack (u.)
50
CN Sorbent mass (mg)
500 Volume (ml)
3 Pore size (Å)
60 Particle (µm)
50 Pack (u.)
50
Phase
CN Sorbent mass (mg)
500 Volume (ml)
6 Pore size (Å)
60 Particle (µm)
50 Pack (u.)
30
CN Sorbent mass (mg)
500 Volume (ml)
6 Pore size (Å)
60 Particle (µm)
50 Pack (u.)
30
Phase
CN Sorbent mass (mg)
1000 Volume (ml)
6 Pore size (Å)
60 Particle (µm)
50 Pack (u.)
30
CN Sorbent mass (mg)
1000 Volume (ml)
6 Pore size (Å)
60 Particle (µm)
50 Pack (u.)
30
NH2. Silica-based aminopropyl. Polar phase / anion exchange
Phase
NH2 Sorbent mass (mg)
100 Volume (ml)
1 Pore size (Å)
60 Particle (µm)
50 Pack (u.)
100
NH2 Sorbent mass (mg)
100 Volume (ml)
1 Pore size (Å)
60 Particle (µm)
50 Pack (u.)
100
Phase
NH2 Sorbent mass (mg)
500 Volume (ml)
3 Pore size (Å)
60 Particle (µm)
50 Pack (u.)
50
NH2 Sorbent mass (mg)
500 Volume (ml)
3 Pore size (Å)
60 Particle (µm)
50 Pack (u.)
50
Phase
NH2 Sorbent mass (mg)
500 Volume (ml)
6 Pore size (Å)
60 Particle (µm)
50 Pack (u.)
30
NH2 Sorbent mass (mg)
500 Volume (ml)
6 Pore size (Å)
60 Particle (µm)
50 Pack (u.)
30
Phase
NH2 Sorbent mass (mg)
500 Volume (ml)
15 Pore size (Å)
60 Particle (µm)
50 Pack (u.)
50
NH2 Sorbent mass (mg)
500 Volume (ml)
15 Pore size (Å)
60 Particle (µm)
50 Pack (u.)
50
Phase
NH2 Sorbent mass (mg)
1000 Volume (ml)
6 Pore size (Å)
60 Particle (µm)
50 Pack (u.)
30
NH2 Sorbent mass (mg)
1000 Volume (ml)
6 Pore size (Å)
60 Particle (µm)
50 Pack (u.)
30
2OH. Silica-based diol. Polar phase
Phase
2OH Sorbent mass (mg)
500 Volume (ml)
3 Pore size (Å)
60 Particle (µm)
60 Pack (u.)
50
2OH Sorbent mass (mg)
500 Volume (ml)
3 Pore size (Å)
60 Particle (µm)
60 Pack (u.)
50
Phase
2OH Sorbent mass (mg)
1000 Volume (ml)
6 Pore size (Å)
60 Particle (µm)
60 Pack (u.)
30
2OH Sorbent mass (mg)
1000 Volume (ml)
6 Pore size (Å)
60 Particle (µm)
60 Pack (u.)
30
SIL. Silica. Polar phase
Phase
SIL Sorbent mass (mg)
100 Volume (ml)
1 Pore size (Å)
60 Particle (µm)
50 Pack (u.)
100
SIL Sorbent mass (mg)
100 Volume (ml)
1 Pore size (Å)
60 Particle (µm)
50 Pack (u.)
100
Phase
SIL Sorbent mass (mg)
500 Volume (ml)
3 Pore size (Å)
60 Particle (µm)
50 Pack (u.)
50
SIL Sorbent mass (mg)
500 Volume (ml)
3 Pore size (Å)
60 Particle (µm)
50 Pack (u.)
50
Phase
SIL Sorbent mass (mg)
1000 Volume (ml)
6 Pore size (Å)
60 Particle (µm)
50 Pack (u.)
30
SIL Sorbent mass (mg)
1000 Volume (ml)
6 Pore size (Å)
60 Particle (µm)
50 Pack (u.)
30
Phase
SIL Sorbent mass (mg)
2000 Volume (ml)
12 Pore size (Å)
60 Particle (µm)
50 Pack (u.)
20
SIL Sorbent mass (mg)
2000 Volume (ml)
12 Pore size (Å)
60 Particle (µm)
50 Pack (u.)
20
Phase
SIL Sorbent mass (mg)
5000 Volume (ml)
20 Pore size (Å)
60 Particle (µm)
50 Pack (u.)
20
SIL Sorbent mass (mg)
5000 Volume (ml)
20 Pore size (Å)
60 Particle (µm)
50 Pack (u.)
20
FL. Florisil. Polar phase
Phase
FL Sorbent mass (mg)
500 Volume (ml)
3 Pore size (Å)
- Particle (µm)
200 Pack (u.)
50
FL Sorbent mass (mg)
500 Volume (ml)
3 Pore size (Å)
- Particle (µm)
200 Pack (u.)
50
Phase
FL Sorbent mass (mg)
1000 Volume (ml)
6 Pore size (Å)
- Particle (µm)
200 Pack (u.)
30
FL Sorbent mass (mg)
1000 Volume (ml)
6 Pore size (Å)
- Particle (µm)
200 Pack (u.)
30
Phase
FL Sorbent mass (mg)
2000 Volume (ml)
12 Pore size (Å)
- Particle (µm)
200 Pack (u.)
20
FL Sorbent mass (mg)
2000 Volume (ml)
12 Pore size (Å)
- Particle (µm)
200 Pack (u.)
20
Phase
FL Sorbent mass (mg)
5000 Volume (ml)
20 Pore size (Å)
- Particle (µm)
200 Pack (u.)
20
FL Sorbent mass (mg)
5000 Volume (ml)
20 Pore size (Å)
- Particle (µm)
200 Pack (u.)
20
PRS. Silica-based propylsulphonic acid. Cation exchange phase
Phase
PRS Sorbent mass (mg)
500 Volume (ml)
3 Pore size (Å)
60 Particle (µm)
50 Pack (u.)
50
PRS Sorbent mass (mg)
500 Volume (ml)
3 Pore size (Å)
60 Particle (µm)
50 Pack (u.)
50
Phase
PRS Sorbent mass (mg)
500 Volume (ml)
10 Pore size (Å)
60 Particle (µm)
50 Pack (u.)
50
PRS Sorbent mass (mg)
500 Volume (ml)
10 Pore size (Å)
60 Particle (µm)
50 Pack (u.)
50
SCX. Silica-based benzenesulfonic acid. Cation exchange phase
Phase
SCX Sorbent mass (mg)
500 Volume (ml)
3 Pore size (Å)
100 Particle (µm)
60 Pack (u.)
50
SCX Sorbent mass (mg)
500 Volume (ml)
3 Pore size (Å)
100 Particle (µm)
60 Pack (u.)
50
Phase
SCX Sorbent mass (mg)
1000 Volume (ml)
6 Pore size (Å)
100 Particle (µm)
60 Pack (u.)
30
SCX Sorbent mass (mg)
1000 Volume (ml)
6 Pore size (Å)
100 Particle (µm)
60 Pack (u.)
30
Phase
SCX Sorbent mass (mg)
5000 Volume (ml)
20 Pore size (Å)
100 Particle (µm)
60 Pack (u.)
20
SCX Sorbent mass (mg)
5000 Volume (ml)
20 Pore size (Å)
100 Particle (µm)
60 Pack (u.)
20
Phase
SCX Sorbent mass (mg)
2000 Volume (ml)
12 Pore size (Å)
100 Particle (µm)
60 Pack (u.)
20
SCX Sorbent mass (mg)
2000 Volume (ml)
12 Pore size (Å)
100 Particle (µm)
60 Pack (u.)
20
SAX. Silica-based trimethyl aminopropyl. Anion exchange phase
Phase
SAX Sorbent mass (mg)
500 Volume (ml)
3 Pore size (Å)
60 Particle (µm)
60 Pack (u.)
50
SAX Sorbent mass (mg)
500 Volume (ml)
3 Pore size (Å)
60 Particle (µm)
60 Pack (u.)
50
Phase
SAX Sorbent mass (mg)
500 Volume (ml)
6 Pore size (Å)
60 Particle (µm)
60 Pack (u.)
30
SAX Sorbent mass (mg)
500 Volume (ml)
6 Pore size (Å)
60 Particle (µm)
60 Pack (u.)
30
Phase
SAX Sorbent mass (mg)
1000 Volume (ml)
6 Pore size (Å)
60 Particle (µm)
60 Pack (u.)
30
SAX Sorbent mass (mg)
1000 Volume (ml)
6 Pore size (Å)
60 Particle (µm)
60 Pack (u.)
30
PCB. Silica and silica-based benzenesulfonic acid. Polar phase / cation exchange
Phase
PCB Sorbent mass (mg)
1000 Volume (ml)
6 Pore size (Å)
60 Particle (µm)
- Pack (u.)
50
PCB Sorbent mass (mg)
1000 Volume (ml)
6 Pore size (Å)
60 Particle (µm)
- Pack (u.)
50
Phase
PCB Sorbent mass (mg)
1000 Volume (ml)
3 Pore size (Å)
60 Particle (µm)
- Pack (u.)
50
PCB Sorbent mass (mg)
1000 Volume (ml)
3 Pore size (Å)
60 Particle (µm)
- Pack (u.)
50
Drug. Mixed phase nonpolar / silica-based cation exchange. Designed for the extraction of drugs of abuse with greater reproducibility and efficiency. Its advantages are spectacular when used with sensitive detectors such as MS
Phase
Drug Sorbent mass (mg)
200 Volume (ml)
3 Pore size (Å)
60 Particle (µm)
50 Pack (u.)
50
Drug Sorbent mass (mg)
200 Volume (ml)
3 Pore size (Å)
60 Particle (µm)
50 Pack (u.)
50
Phase
Drug Sorbent mass (mg)
300 Volume (ml)
10 Pore size (Å)
60 Particle (µm)
50 Pack (u.)
50
Drug Sorbent mass (mg)
300 Volume (ml)
10 Pore size (Å)
60 Particle (µm)
50 Pack (u.)
50
Phase
Drug Sorbent mass (mg)
500 Volume (ml)
6 Pore size (Å)
60 Particle (µm)
50 Pack (u.)
30
Drug Sorbent mass (mg)
500 Volume (ml)
6 Pore size (Å)
60 Particle (µm)
50 Pack (u.)
30
PSA. (N-aminoethyl) Aminopropyl. Anion exchange. SCHARLAU
Phase
PSA Sorbent mass (mg)
100 Volume (ml)
1 Pore size (Å)
60 Particle (µm)
40-60 Pack (u.)
100
PSA Sorbent mass (mg)
100 Volume (ml)
1 Pore size (Å)
60 Particle (µm)
40-60 Pack (u.)
100
Phase
PSA Sorbent mass (mg)
500 Volume (ml)
3 Pore size (Å)
60 Particle (µm)
40-60 Pack (u.)
50
PSA Sorbent mass (mg)
500 Volume (ml)
3 Pore size (Å)
60 Particle (µm)
40-60 Pack (u.)
50
Phase
PSA Sorbent mass (mg)
500 Volume (ml)
6 Pore size (Å)
60 Particle (µm)
40-60 Pack (u.)
30
PSA Sorbent mass (mg)
500 Volume (ml)
6 Pore size (Å)
60 Particle (µm)
40-60 Pack (u.)
30
Phase
PSA Sorbent mass (mg)
1000 Volume (ml)
6 Pore size (Å)
60 Particle (µm)
40-60 Pack (u.)
30
PSA Sorbent mass (mg)
1000 Volume (ml)
6 Pore size (Å)
60 Particle (µm)
40-60 Pack (u.)
30
Connect:
Scharlab S.L.
F +34937152765
helpdesk@scharlab.com
Gato Pérez, 33. Pol. Ind. Mas d’en Cisa E08181 Sentmenat, Barcelona, España
T +34937456400F +34937152765
helpdesk@scharlab.com
Laboratory supplies
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Chemicals Microbiology Glassware, quartz and porcelain Chromatography Equipment Consumables Safety and hygiene