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Cat.#:



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Catalog #LengthIDdfModificationUnits
43601
10 m
0.10 mm
0.10 μm
ea.
43815
10 m
0.15 mm
0.15 μm
ea.
43816
20 m
0.15 mm
0.15 μm
ea.
43817
20 m
0.15 mm
2.0 μm
ea.
43607
60 m
0.18 mm
0.10 μm
ea.
43602
20 m
0.18 mm
0.18 μm
ea.
43605
40 m
0.18 mm
0.18 μm
ea.
43604
20 m
0.18 mm
0.36 μm
ea.
13605
15 m
0.25 mm
0.10 μm
ea.
13608
30 m
0.25 mm
0.10 μm
ea.
13620
15 m
0.25 mm
0.25 μm
ea.
13620-127
15 m
0.25 mm
0.25 μm
w/10 m Integra-Guard Column
ea.
13623
30 m
0.25 mm
0.25 μm
ea.
13623-600
30 m
0.25 mm
0.25 μm
6-pk.
13623-124
30 m
0.25 mm
0.25 μm
w/5 m Integra-Guard Column
ea.
13623-127
30 m
0.25 mm
0.25 μm
w/10 m Integra-Guard Column
ea.
13626
60 m
0.25 mm
0.25 μm
ea.
13635
15 m
0.25 mm
0.50 μm
ea.
13635-124
15 m
0.25 mm
0.50 μm
w/5 m Integra-Guard Column
ea.
13638
30 m
0.25 mm
0.50 μm
ea.
13638-124
30 m
0.25 mm
0.50 μm
w/5 m Integra-Guard Column
ea.
13638-127
30 m
0.25 mm
0.50 μm
w/10 m Integra-Guard Column
ea.
13650
15 m
0.25 mm
1.00 μm
ea.
13653
30 m
0.25 mm
1.00 μm
ea.
13697
60 m
0.25 mm
1.00 μm
ea.
13621
15 m
0.32 mm
0.25 μm
ea.
13624
30 m
0.32 mm
0.25 μm
ea.
13639
30 m
0.32 mm
0.50 μm
ea.
13639-125
30 m
0.32 mm
0.50 μm
w/5 m Integra-Guard Column
ea.
13654
30 m
0.32 mm
1.00 μm
ea.
13654-125
30 m
0.32 mm
1.00 μm
w/5 m Integra-Guard Column
ea.
13670
30 m
0.53 mm
1.50 μm
ea.

Achieving Ideal Results in a GCxGC Analysis

To achieve ideal results in a GCxGC analysis, it is imperative that your primary and secondary columns feature orthogonal phases capable of producing differing separations. Restek GCxGC secondary columns can be matched with any Restek Rtx or Rxi primary column to offer the orthogonality you need to maximize the effectiveness of your GCxGC system. Click here to find the perfect pairing for your application.