Bonna-Agela Technologies / Venusil

Venusil

Venusil columns consist of ultra pure spherical silica particles. A proprietary nanosurface modification creates a smooth and even surface which reduces the interaction between the surface and polar compounds. This makes the columns suitable for very basic analytes.
 

Venus ABS columns are especially designed to separate polar compounds under very acidic conditions (pH 0.8). The stationary phase is modified with bulky ligands to sterically protect the surface.
 

Venusil XBP C18(2): improved separation of stereo isomers

Products

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Product Type
Length
Internal Diameter
Particle Size
Chemistry
Chemistry Producers Term
Pore Size
Carbon Load
Bet Surface Area [m2/g]
Endcapping
Column Type
Hardware Type
pH Minimum
pH Maximum
Mode of Separation
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Items 241-250 of 292

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AT-VC952505-0
€510.00
AT-VX931005-0
€508.00
AT-VA931002-0
€506.00
AT-VA950502-0
€505.00
AT-VA902505-0
€498.00
AT-VH902505-0
€491.00
AT-VX952505-A
€490.00
AT-VS852505-0
€490.00
AT-VN852505-0
€490.00
AT-VA952505-2
€490.00
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Items 241-250 of 292

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Technical Data

Phase

Modification

Particle size

Pore size

Carbon content

Surface area

Endcapping

pH range

Venusil XBP C18

C18

3, 5, 10 μm

100 Å

22 %C

380 m²/g

double

1.5-10

Venusil XBP C18(2)

C18

3, 5 μm

100 Å

18 %C

380 m²/g

double

1.5-9.0

Venusil XBP C18(A)

C18

3, 5 μm

120 Å

20 %C

340 m²/g

double

1.5-9.0

Venusil XBP C18(L)

C18

3, 5 μm

150 Å

15 %C

200 m²/g

double

1.5-9.0

Venusil XBP C18(T)

C18

5 μm

300 Å

8 %C

80 m²/g

double

1.5-10

Venusil XBP C8

C8

3, 5, 10 μm

100 Å

14 %C

380 m²/g

+

1.5-8.5

Venusil XBP C8(L)

C8

5 μm

150 Å

8 %C

200 m²/g

+

1.5-8.5

Venusil XBP C4

C4

5 μm

100 Å

7 %C

380 m²/g

-

1.5-8.5

Venusil XBP C4(T)

C4

5 μm

300 Å

2.4 %C

80 m²/g

-

1.5-8.5

Venusil XBP NH2

NH2

5 μm

100 Å

6 %C

380 m²/g

-

2.0-8.5

Venusil XBP phenyl

Ph

5 μm

100 Å

12 %C

380 m²/g

-

1.5-9.0

Venusil XBP CN

CN

5 μm

100 Å

5 %C

380 m²/g

+

2.0-9.0

Venusil Silica

Silica

5 μm

100 Å

N/A

380 m²/g

N/A

1.0-7.0

Venusil Silica(L)

Sil

5 μm

150 Å

N/A

200 m²/g

N/A

1.0-6.0

Venusil SCX

SCX

3, 5 μm

150 Å

6 %C

200 m²/g

-

2.0-8.0

Venusil SCX (T)

SCX

5 μm

300 Å

3.5 %C

80 m²/g

-

2.0-8.0

Venusil SAX

SAX

5 μm

100 Å

6 %C

380 m²/g

-

2.0-8.0

Venusil Diol

Diol

5 μm

100 Å

N/A

380 m²/g

-

2.0-8.0

Venusil ABS

Phase

Modification

Particle size

Pore size

Carbon content

Surface area

Endcapping

pH range

Venusil ABS C18

C18

3, 5, 10 μm

150 Å

12 %C

200 m²/g

-

0.8-7.5

Venusil ABS C8

C8

3, 5 μm

150 Å

7 %C

200 m²/g

-

1.0-7.5

Venusil ABS C1

C1

5 μm

150 Å

3 %C

200 m²/g

-

1.0-7.5

Venusil ABS phenyl

Ph

5 μm

150 Å

6 %C

200 m²/g

-

1.0-7.5

Venusil ABS C18(T)

C18

5 μm

300 Å

5 %C

80 m²/g

-

0.8-7.5

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