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Multichrom, LLC (Multichrom Ltd) produces two types of multicapillary chromatographic columns with different stationary liquid phases (SLP), namely, the straight multicapillary columns of various dimension-types and the coiled multicapillary columns. The multicapillary columns are glass rods of a hexagonal cross-section pierced by a great quantity of parallel capillaries, whose inner surface is covered with a liquid stationary phase layer. Usually multicapillary columns contain from 917 to 4447 identical capillaries with a diameter of 20 to 80 μm. The distance between opposite facets of cross-section D will be further referred to as the diameter of a multicapillary column.
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| Cross-section of multicapillary column. |
Multicapillary column in a stainless steel tube. |
Coiled multicapillary column in a cassette. |
There are the straight multicapillary columns with following dimension-types:
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Length - from 40 to 250 mm (at the customer’s option);
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Diameter of multicapillary column, D - between 2 and 5 mm;
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Diameter of column capillaries, d - between 25 and 80 μm.
The straight multicapillary columns are delivered to customer as simple glass rods or as such rods enclosed hermetically with the help of a silicone sealant within protective stainless steel tubes. The multicapillary columns in protective tubes can be used at temperatures of no more than 200-2100C.
The coiled multicapillary columns have following main features:
diameter of capillaries 40 μm (d);
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Diameter of multicapillary column, D - 2 mm;
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Diameter of capillaries, d - 40 μm;
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Quantity of capillaries - 912 - 1261;
- Length of multicapillary column - 1 m;
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Diameter of a coil - 118 ±2 mm.
For safe operation with the coiled multicapillary column it is placed into a special cassette protecting the column. The cassette is supplied with fused silica capillaries 0.6 mm in outer diameter or with fittings 1/16" (Swagelok 10-32VHF) for connecting to injectors and detectors of a chromatographic system.
A type and thickness of a stationary liquid phase film applied on a multicapillary column are determined by a customer according to the list (see below) or are chosen by our specialists for a specific analysis.
Basic used types of the stationary liquid phases (SLP) are nonpolar OV-1 (SE-30) and OV-5 (SE-54); low-polar OV-20, OV-35; intermediate-polar OV-215, OV-1301 (OV-624), OV-1701, SKTFT-50X, OV-225 and polar Carbowax 20M.
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SLP Descriptions |
OV-1 – (100% - polydimethylsiloxane), Alltech Associates, non-polar.
SE-30 – (100% - polydimethylsiloxane), Supelco, non-polar.
OV-5 – (5% - diphenyl, 95% - dimethylpolysiloxane), Ohio Valley Specialty Chemical, non-polar.
SE-54 – (5% - diphenyl, 95% - dimethylpolysiloxane), Supelco, non-polar.
OV-17 – (50% - diphenyl, 50% - dimethylpolysiloxane), Ohio Valley Specialty Chemical, weak polar
OV-20 – (20% - diphenyl, 80% - dimethylpolysiloxane), Ohio Valley Specialty Chemical, weak polar.
OV-35 – (35% - diphenyl, 80% - dimethylpolysiloxane), Ohio Valley Specialty Chemical, weak polar.
OV-1301 – (6% - cyanopropylphenyl, 94% - dimethylpolysiloxane), Ohio Valley Specialty Chemical, medium polar (similar to OV-624)
OV-1701 - (14% - cyanopropylphenyl, 86% - dimethylpolysiloxane), Ohio Valley Specialty Chemical, medium polar.
SKTFT-50X – (25% - trifluoropropyl, 75% - polydimethylsiloxane), Chimreactiv, Russia, medium polar.
OV-215 – 50% - trifluoropropyl, 50% - dimethylsiloxane, Ohio Valley Specialty Chemical, medium polar.
OV-225 – (50% - cyanopropylmethyl, 50% - phenylmethtylpolysiloxane), Ohio Valley Specialty Chemical, polar.
Carbowax-20 M – polyethylene glycol, Alltech Associates, polar. |
If you wish to purchase the multicapillary columns , please, point out in your order:
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Multicapillary column code in accordance with the Table (see below);
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quantity of the columns;
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description of the columns: its diameter, diameter of capillaries, type and film thickness of SLP, length of multicapillary column, kind of fittings;
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name of your university, enterprise or business and its bank details;
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address of the consignee;
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name, telephone/fax number or e-mail of the contact person.
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Orders on the standard straight and coiled multicapillary columns are fulfilled during 3-4 weeks; delivery time of the special multicapillary columns can come to 5-8 weeks. | |
Types and designations of the multicapillary chromatographic columns* TU 548165985.001 |
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1. 25-μm multicapillary columns
Multicapillary column diameter D=2 mm; diameter of capillaries d=25 μm; quantity of capillaries N is approximately equal to 4000. |
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1.1. Straight multicapillary columns |
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Code |
SLP type |
Thickness of SLP film, μm |
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S2-25/OV-1/0.1
S2-25/OV-1/0.2 |
OV-1
OV-1 |
0.1
0.2 |
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S2-25/OV-5/0.1
S2-25/OV-5/0.2 |
OV-5
OV-5 |
0.1
0.2 |
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1.2. Straight multicapillary columns in protective tubes (DT=4 mm) |
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ST2-25/OV-1/0.1
ST2-25/OV-1/0.2 |
OV-1
OV-1 |
0.1
0.2 |
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ST2-25/OV-5/0.1
ST2-25/OV-5/0.2 |
OV-5
OV-5 |
0.1
0.2 |
Multicapillary columns with SLP : OV-1301, OV-1701, OV-215 (0.1-0.2 μm) and Carbowax 20M (0.2 μm) can be manufactured in accordance with a special order.
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2. 40-μm multicapillary columns
Multicapillary column diameter D=2 mm; d=40 μm; N is approximately equal to 1000. |
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2.1. Straight multicapillary columns |
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Code |
SLP type |
Thickness of SLP film, μm |
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S2-40/OV-1/0.1
S2-40/OV-1/0.2
S2-40/OV-1/0.4
S2-40/SE-30/0.6
S2-40/SE-30/0.8 |
OV-1
OV-1
OV-1
SE-30
SE-30 |
0.1
0.2
0.4
0.6
0.8 |
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S2-40/OV-5/0.1
S2-40/OV-5/0.2
S2-40/OV-5/0.4
S2-40/SE-54/0.6
S2-40/SE-54/0.8 |
OV-5
OV-5
OV-5
SE-54
SE-54 |
0.1
0.2
0.4
0.6
0.8 |
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S2-40/OV-20/0.1
S2-40/OV-20/0.2 |
OV-20
OV-20 |
0.1
0.2 |
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S2-40/OV-17/0.1
S2-40/OV-17/0.2 |
OV-17
OV-17 |
0.1
0.2 |
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S2-40/OV-35/0.1
S2-40/OV-35/0.2 |
OV-35
OV-35 |
0.1
0.2 |
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S2-40/OV-1301/0.1
S2-40/OV-1301/0.2
S2-40/OV-1301/0.4
S2-40/OV-1301/0.6 |
OV-1301
OV-1301
OV-1301
OV-1301 |
0.1
0.2
0.4
0.6 |
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S2-40/OV-1701/0.1
S2-40/OV-1701/0.2
S2-40/OV-1701/0.4
S2-40/OV-1701/0.6 |
OV-1701
OV-1701
OV-1701
OV-1701 |
0.1
0.2
0.4
0.6 |
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S2-40/OV-215/0.1
S2-40/OV-215/0.2
S2-40/OV-215/0.4
S2-40/OV-215/0.6 |
OV-215
OV-215
OV-215
OV-215 |
0.1
0.2
0.4
0.6 |
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S2-40/OV-225/0.1
S2-40/OV-225/0.2 |
OV-225
OV-225 |
0.1
0.2 |
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S2-40/SKTFT-50X/0.1
S2-40/SKTFT-50X/0.2
S2-40/SKTFT-50X/0.4 |
SKTFT-50X
SKTFT-50X
SKTFT-50X |
0.1
0.2
0.4 |
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S2-40/Carbowax/0.1
S2-40/Carbowax/0.2 |
Carbowax 20M
Carbowax 20M |
0.1
0.2 | |
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2.2. Straight multicapillary columns in protective tubes (DT=4 mm) |
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ST2-40/OV-1/0.1
ST2-40/OV-1/0.2
ST2-40/OV-1/0.4
ST2-40/SE-30/0.6
ST2-40/SE-30/0.8 |
OV-1
OV-1
OV-1
SE-30
SE-30 |
0.1
0.2
0.4
0.6
0.8 |
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ST2-40/OV-5/0.1
ST2-40/OV-5/0.2
ST2-40/OV-5/0.4
ST2-40/SE-54/0.6
ST2-40/SE-54/0.8 |
OV-5
OV-5
OV-5
SE-54
SE-54 |
0.1
0.2
0.4
0.6
0.8 |
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ST2-40/OV-20/0.1
ST2-40/OV-20/0.2 |
OV-20
OV-20 |
0.1
0.2 |
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ST2-40/OV-17/0.1
ST2-40/OV-17/0.2 |
OV-17
OV-17 |
0.1
0.2 |
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ST2-40/OV-35/0.1
ST2-40/OV-35/0.2 |
OV-35
OV-35 |
0.1
0.2 |
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ST2-40/OV-1301/0.1
ST2-40/OV-1301/0.2
ST2-40/OV-1301/0.4
ST2-40/OV-1301/0.6 |
OV-1301
OV-1301
OV-1301
OV-1301 |
0.1
0.2
0.4
0.6 |
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ST2-40/OV-1701/0.1
ST2-40/OV-1701/0.2
ST2-40/OV-1701/0.4
ST2-40/OV-1701/0.6 |
OV-1701
OV-1701
OV-1701
OV-1701 |
0.1
0.2
0.4
0.6 |
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ST2-40/OV-215/0.1
ST2-40/OV-215/0.2
ST2-40/OV-215/0.4
ST2-40/OV-215/0.6 |
OV-215
OV-215
OV-215
OV-215 |
0.1
0.2
0.4
0.6 |
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ST2-40/OV-225/0.1
ST2-40/OV-225/0.2 |
OV-225
OV-225 |
0.1
0.2 |
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ST2-40/SKTFT-50X/0.1
ST2-40/SKTFT-50X/0.2
ST2-40/SKTFT-50X/0.4 |
SKTFT-50X
SKTFT-50X
SKTFT-50X |
0.1
0.2
0.4 |
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ST2-40/Carbowax/0.1
ST2-40/Carbowax/0.2 |
Carbowax 20M
Carbowax 20M |
0.1
0.2 | |
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2.3. Coiled multicapillary columns in cassettes
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C2-40/OV-1/0.1
C2-40/OV-1/0.2
C2-40/OV-1/0.4
C2-40/SE-30/0.6 |
OV-1
OV-1
OV-1
SE-30 |
0.1
0.2
0.4
0.6 |
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C2-40/OV-5/0.1
C2-40/OV-5/0.2
C2-40/OV-5/0.4
C2-40/SE-54/0.6 |
OV-5
OV-5
OV-5
SE-54 |
0.1
0.2
0.4
0.6 |
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C2-40/OV-20/0.1
C2-40/OV-20/0.2 |
OV-20
OV-20 |
0.1
0.2 |
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C2-40/OV-17/0.1
C2-40/OV-17/0.2 |
OV-17
OV-17 |
0.1
0.2 |
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C2-40/OV-35/0.1
C2-40/OV-35/0.2 |
OV-35
OV-35 |
0.1
0.2 |
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C2-40/OV-1301/0.1
C2-40/OV-1301/0.2
C2-40/OV-1301/0.4
C2-40/OV-1301/0.6 |
OV-1301
OV-1301
OV-1301
OV-1301 |
0.1
0.2
0.4
0.6 |
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C2-40/OV-1701/0.1
C2-40/OV-1701/0.2
C2-40/OV-1701/0.4
C2-40/OV-1701/0.6 |
OV-1701
OV-1701
OV-1701
OV-1701 |
0.1
0.2
0.4
0.6 |
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C2-40/OV-215/0.1
C2-40/OV-215/0.2
C2-40/OV-215/0.4
C2-40/OV-215/0.6 |
OV-215
OV-215
OV-215
OV-215 |
0.1
0.2
0.4
0.6 |
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C2-40/OV-225/0.1
C2-40/OV-225/0.2 |
OV-225
OV-225 |
0.1
0.2 |
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C2-40/SKTFT-50X/0.1
C2-40/SKTFT-50X/0.2
C2-40/SKTFT-50X/0.4 |
SKTFT-50X
SKTFT-50X
SKTFT-50X |
0.1
0.2
0.4 |
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C2-40/Carbowax/0.1
С2-40/Carbowax/0.2 |
Carbowax 20M
Carbowax 20M |
0.1
0.2 | |
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3. 60-μm multicapillary columns
Multicapillary column diameter D=3 mm; d=60 μm; N is approximately equal to 1000. |
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3.1. Straight multicapillary columns |
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Code |
SLP type |
Thickness of SLP film, μm |
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S3-60/OV-1/0.1
S3-60/OV-1/0.2
S3-60/OV-1/0.4
S3-60/SE-30/0.6
S3-60/SE-30/0.8 |
OV-1
OV-1
OV-1
SE-30
SE-30 |
0.1
0.2
0.4
0.6
0.8 |
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S3-60/OV-5/0.1
S3-60/OV-5/0.2
S3-60/OV-5/0.4
S3-60/SE-54/0.6
S3-60/SE-54/0.8 |
OV-5
OV-5
OV-5
SE-54
SE-54 |
0.1
0.2
0.4
0.6
0.8 |
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S3-60/OV-20/0.1
S3-60/OV-20/0.2
S3-60/OV-20/0.3 |
OV-20
OV-20
OV-20 |
0.1
0.2
0.3 |
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S3-60/OV-17/0.1
S3-60/OV-17/0.2
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OV-17
OV-17 |
0.1
0.2 |
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S3-60/OV-35/0.1
S3-60/OV-35/0.2
S3-60/OV-35/0.3 |
OV-35
OV-35
OV-35 |
0.1
0.2
0.3 |
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S3-60/OV-1301/0.1
S3-60/OV-1301/0.2
S3-60/OV-1301/0.4
S3-60/OV-1301/0.6 |
OV-1301
OV-1301
OV-1301
OV-1301 |
0.1
0.2
0.4
0.6 |
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S3-60/OV-1701/0.1
S3-60/OV-1701/0.2
S3-60/OV-1701/0.4
S3-60/OV-1701/0.6 |
OV-1701
OV-1701
OV-1701
OV-1701 |
0.1
0.2
0.4
0.6 |
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S3-60/OV-215/0.1
S3-60/OV-215/0.2
S3-60/OV-215/0.4
S3-60/OV-215/0.6
S3-60/OV-215/0.8 |
OV-215
OV-215
OV-215
OV-215
OV-215 |
0.1
0.2
0.4
0.6
0.8 |
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S3-60/OV-225/0.1
S3-60/OV-225/0.2 |
OV-225
OV-225 |
0.1
0.2 |
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S3-60/SKTFT-50X/0.1
S3-60/SKTFT-50X/0.2
S3-60/SKTFT-50X/0.4
S3-60/SKTFT-50X/0.6 |
SKTFT-50X
SKTFT-50X
SKTFT-50X
SKTFT-50X |
0.1
0.2
0.4
0.6 |
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S3-60/Carbowax/0.1
S3-60/Carbowax/0.2 |
Carbowax 20M
Carbowax 20M |
0.1
0.2 | |
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3.2. Straight multicapillary columns in protective tubes (DT=6 mm) |
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ST3-60/OV-1/0.1
ST3-60/OV-1/0.2
ST3-60/OV-1/0.4
ST3-60/SE-30/0.6
ST3-60/SE-30/0.8 |
OV-1
OV-1
OV-1
SE-30
SE-30 |
0.1
0.2
0.4
0.6
0.8 |
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ST3-60/OV-5/0.1
ST3-60/OV-5/0.2
ST3-60/OV-5/0.4
ST3-60/SE-54/0.6
ST3-60/SE-54/0.8 |
OV-5
OV-5
OV-5
SE-54
SE-54 |
0.1
0.2
0.4
0.6
0.8 |
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ST3-60/OV-20/0.1
ST3-60/OV-20/0.2
ST3-60/OV-20/0.3
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OV-20
OV-20
OV-20
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0.1
0.2
0.3
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ST3-60/OV-17/0.1
ST3-60/OV-17/0.2 |
OV-17
OV-17 |
0.1
0.2 |
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ST3-60/OV-35/0.1
ST3-60/OV-35/0.2
ST3-60/OV-35/0.3
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OV-35
OV-35
OV-35
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0.1
0.2
0.3
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ST3-60/OV-1301/0.1
ST3-60/OV-1301/0.2
ST3-60/OV-1301/0.4
ST3-60/OV-1301/0.6
ST3-60/OV-1301/0.8 |
OV-1301
OV-1301
OV-1301
OV-1301
OV-1301 |
0.1
0.2
0.4
0.6
0.8 |
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ST3-60/OV-1701/0.1
ST3-60/OV-1701/0.2
ST3-60/OV-1701/0.4
ST3-60/OV-1701/0.6
ST3-60/OV-1701/0.8 |
OV-1701
OV-1701
OV-1701
OV-1701
OV-1701 |
0.1
0.2
0.4
0.6
0.8 |
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ST3-60/OV-215/0.1
ST3-60/OV-215/0.2
ST3-60/OV-215/0.4
ST3-60/OV-215/0.6
ST3-60/OV-215/0.8 |
OV-215
OV-215
OV-215
OV-215
OV-215 |
0.1
0.2
0.4
0.6
0.8 |
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ST3-60/OV-225/0.1
ST3-60/OV-225/0.2 |
OV-225
OV-225 |
0.1
0.2 |
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ST3-60/SKTFT-50X/0.1
ST3-60/SKTFT-50X/0.2
ST3-60/SKTFT-50X/0.4
ST3-60/SKTFT-50X/0.6 |
SKTFT-50X
SKTFT-50X
SKTFT-50X
SKTFT-50X |
0.1
0.2
0.4
0.6 |
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ST3-60/Carbowax/0.1
ST3-60/Carbowax/0.2 |
Carbowax 20M
Carbowax 20M |
0.1
0.2 | |
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4. 80-μm multicapillary columns
Multicapillary column diameter D=5 mm; d=80 μm; N is approximately equal to 2200.
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4.1. Straight multicapillary columns |
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Code |
SLP type |
Thickness of SLP film, μm |
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S5-80/OV-1/0.1
S5-80/OV-1/0.2
S5-80/OV-1/0.4
S5-80/SE-30/0.6
S5-80/SE-30/0.8 |
OV-1
OV-1
OV-1
SE-30
SE-30 |
0.1
0.2
0.4
0.6
0.8 |
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S5-80/OV-5/0.1
S5-80/OV-5/0.2
S5-80/OV-5/0.4
S5-80/SE-54/0.6
S5-80/SE-54/0.8 |
OV-5
OV-5
OV-5
SE-54
SE-54 |
0.1
0.2
0.4
0.6
0.8 |
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S5-80/OV-20/0.1
S5-80/OV-20/0.2
S5-80/OV-20/0.3
S5-80/OV-20/0.4 |
OV-20
OV-20
OV-20
OV-20 |
0.1
0.2
0.3
0.4 |
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S5-80/OV-17/0.1
S5-80/OV-17/0.2 |
OV-17
OV-17 |
0.1
0.2 |
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S5-80/OV-35/0.1
S5-80/OV-35/0.2
S5-80/OV-35/0.3
S5-80/OV-35/0.4 |
OV-35
OV-35
OV-35
OV-35 |
0.1
0.2
0.3
0.4 |
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S5-80/OV-1301/0.1
S5-80/OV-1301/0.2
S5-80/OV-1301/0.4
S5-80/OV-1301/0.6
S5-80/OV-1301/0.8 |
OV-1301
OV-1301
OV-1301
OV-1301
OV-1301 |
0.1
0.2
0.4
0.6
0.8 |
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S5-80/OV-1701/0.1
S5-80/OV-1701/0.2
S5-80/OV-1701/0.4
S5-80/OV-1701/0.6
S5-80/OV-1701/0.8 |
OV-1701
OV-1701
OV-1701
OV-1701
OV-1701 |
0.1
0.2
0.4
0.6
0.8 |
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S5-80/OV-215/0.1
S5-80/OV-215/0.2
S5-80/OV-215/0.4
S5-80/OV-215/0.6
S5-80/OV-215/0.8 |
OV-215
OV-215
OV-215
OV-215
OV-215 |
0.1
0.2
0.4
0.6
0.8 |
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S5-80/OV-225/0.1
S5-80/OV-225/0.2 |
OV-225
OV-225 |
0.1
0.2 |
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S5-80/SKTFT-50X/0.1
S5-80/SKTFT-50X/0.2
S5-80/SKTFT-50X/0.4
S5-80/SKTFT-50X/0.6
S5-80/SKTFT-50X/0.8 |
SKTFT-50X
SKTFT-50X
SKTFT-50X
SKTFT-50X
SKTFT-50X |
0.1
0.2
0.4
0.6
0.8 |
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S5-80/Carbowax/0.1
S5-80/Carbowax/0.2 |
Carbowax 20M
Carbowax 20M |
0.1
0.2 | |
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4.2. Straight multicapillary columns in protective tubes (DT=8 mm) |
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ST5-80/OV-1/0.1
ST5-80/OV-1/0.2
ST5-80/OV-1/0.4
ST5-80/SE-30/0.6
ST5-80/SE-30/0.8 |
OV-1
OV-1
OV-1
SE-30
SE-30 |
0.1
0.2
0.4
0.6
0.8 |
|
ST5-80/OV-5/0.1
ST5-80/OV-5/0.2
ST5-80/OV-5/0.4
ST5-80/SE-54/0.6
ST5-80/SE-54/0.8 |
OV-5
OV-5
OV-5
SE-54
SE-54 |
0.1
0.2
0.4
0.6
0.8 |
|
ST5-80/OV-20/0.1
ST5-80/OV-20/0.2
ST5-80/OV-20/0.3
ST5-80/OV-20/0.4 |
OV-20
OV-20
OV-20
OV-20 |
0.1
0.2
0.3
0.4 |
|
ST5-80/OV-17/0.1
ST5-80/OV-17/0.2 |
OV-17
OV-17 |
0.1
0.2 |
|
ST5-80/OV-35/0.1
ST5-80/OV-35/0.2
ST5-80/OV-35/0.3
ST5-80/OV-35/0.4 |
OV-35
OV-35
OV-35
OV-35 |
0.1
0.2
0.3
0.4 |
|
ST5-80/OV-1301/0.1
ST5-80/OV-1301/0.2
ST5-80/OV-1301/0.4
ST5-80/OV-1301/0.6
ST5-80/OV-1301/0.8 |
OV-1301
OV-1301
OV-1301
OV-1301
OV-1301 |
0.1
0.2
0.4
0.6
0.8 |
|
ST5-80/OV-1701/0.1
ST5-80/OV-1701/0.2
ST5-80/OV-1701/0.4
ST5-80/OV-1701/0.6
ST5-80/OV-1701/0.8 |
OV-1701
OV-1701
OV-1701
OV-1701
OV-1701 |
0.1
0.2
0.4
0.6
0.8 |
|
ST5-80/OV-215/0.1
ST5-80/OV-215/0.2
ST5-80/OV-215/0.4
ST5-80/OV-215/0.6
ST5-80/OV-215/0.8 |
OV-215
OV-215
OV-215
OV-215
OV-215 |
0.1
0.2
0.4
0.6
0.8 |
|
ST5-80/OV-225/0.1
ST5-80/OV-225/0.2 |
OV-225
OV-225 |
0.1
0.2 |
|
ST5-80/SKTFT-50X/0.1
ST5-80/SKTFT-50X/0.2
ST5-80/SKTFT-50X/0.4
ST5-80/SKTFT-50X/0.6
ST5-80/SKTFT-50X/0.8 |
SKTFT-50X
SKTFT-50X
SKTFT-50X
SKTFT-50X
SKTFT-50X |
0.1
0.2
0.4
0.6
0.8 |
|
ST5-80/Carbowax/0.1
ST5-80/Carbowax/0.2 |
Carbowax 20M
Carbowax 20M |
0.1
0.2 |
*Multicapillary columns with other dimension-types, SLP and film thickness can be manufactured on the basis of a special order.
Fittings for connecting multicapillary columns
For straight multicapillary columns
Multicapillary columns are sealed in fittings with the help of silicone O-rings enclosed.
Fused silica capillaries are sealed in fittings with the help of graphite ferrules enclosed.
A seal for a tube with the outer diameter OD=1/16" is not supplied.
Figure I shows parts of the fitting FSS-2-0.4 (a) and its appearance (ready-assembled) (b) for connecting the straight multicapillary column 2 mm in a diameter to a fused silica capillary.
Figure II demonstrates parts of the fittings FSS* and FST* (a) and their appearance (ready-assembled) (b) for connecting the straight multicapillary columns in protective tubes and without them to fused silica capillaries.
1 – chromatographic column, 2 – captive nut, 3 – bushing, 4 – rubber O-ring, 5 – fitting body, 6 – graphite ferrule, 7 – nut, 8 – fused silica capillary with polyimide coating (ID=0.32 mm).
|
 |
|
Code |
Description |
FSS-2-0.4 |
Connecting a multicapillary column with the diameter D=2 mm to a fused silica capillary with the inner diameter ID=0.32 mm |
FSS-2-1.6 |
Connecting a multicapillary column with D=2 mm to a tube with the outer diameter OD=1/16" |
FSTS-4-0.4 |
Connecting a multicapillary column in a protective tube with DT=4 mm to a fused silica capillary with ID=0.32 mm |
FSTS-4-1.6 |
Connecting a multicapillary column in a protective tube with DT=4 mm to a tube with OD=1/16" |
FSS-3-0.4 |
Connecting a multicapillary column with D=3 mm to a fused silica capillary with ID=0.32 mm |
FSS-3-1.6 |
Connecting a multicapillary column with D=3 mm to a tube with OD=1/16" |
FSTS-6-0.4 |
Connecting a multicapillary column in a protective tube with DT=6 mm to a fused silica capillary with ID=0.32 mm |
FSTS-6-1.6 |
Connecting a multicapillary column in a protective tube with DT=6 mm to a tube with OD=1/16" |
FSS-5-0.4 |
Connecting a multicapillary column with D=5 mm to a fused silica capillary with ID=0.32 mm |
FSS-5-1.6 |
Connecting a multicapillary column with D=5 mm to a tube with OD=1/16" |
FSTS-8-0.4 |
Connecting a multicapillary column in a protective tube with DT=8 mm to a fused silica capillary with ID=0.32 mm |
FSTS-8-1.6 |
Connecting a multicapillary column in a protective tube with DT=8 mm to a tube with OD=1/16" | |
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|
For coiled multicapillary columns
The fittings are included in construction of the cassette for the coiled multicapillary columns. The coiled multicapillary column and fused silica capillaries are sealed in fittings by means of graphite ferrules.
Seals for tubes with the outer diameter OD=1/16" are not supplied.
|
Code |
Description |
FCG-2-0.4 |
Connecting a coiled multicapillary column with D=2 mm to a fused silica capillary with ID=0.32 mm |
FCG-2-1.6 |
Connecting a coiled multicapillary column with D=2 mm to a tube with OD=1/16" | |
| |
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