Thermo Scientific / Hypersil

Hypersil

Hypersil™ is a proven stationary phase for HPLC with long tradition by Thermo Scientific™. Introduced in 1976, Hypersil™ phases are well-established and widely used in many HPLC methods worldwide. Classical Hypersil™ phases are based on Type A silica gel, whereas the newer Hypersil GOLD™ materials are based on high purity Type B silica. Both phases are available in a variety of modifications. Hypersil GOLD™ columns provide enhanced separation performance compared to classical Hypersil™ materials and are ideal for both HPLC and UHPLC.

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Chemistry
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Bet Surface Area [m2/g]
Endcapping
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Items 231-240 of 2305

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TFS-41010-029323B
€491.32
TFS-41010-029323A
€491.32
TFS-41010-019323B
€297.69
TFS-41010-019323A
€297.69
TFS-41010-019023A
€245.66
TFS-41010-018823A
€191.12
TFS-41010-00100B
€1,128.81
TFS-41005-259570xL
€15,904.53
TFS-41005-259570A
€9,593.15
TFS-41005-259370xL
€8,250.16
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Items 231-240 of 2305

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Technical Data

Phase-Name

Modification

Particle Size

Pore Size

End-capping

C-Content

USP

Surface

pH-Range

Tmax

Hypersil ODS

C18

3, 5 µm

120 Å

+

10%

L1

170 m2/g

2‒8

60 °C

Hypersil ODS-2

C18

3, 5 µm

80 Å

+

11%

L1

220 m2/g

2‒8

60 °C

Hypersil BDS (Base deactivated silica)

C18

2.4, 3, 5 µm

130 Å

+

11%

L1

170 m2/g

2‒8

60 °C

Hypersil MOS

C8

5 µm

120 Å

-

6.5%

L7

170 m2/g

2‒8

60 °C

Hypersil MOS-2

C8

5 µm

120 Å

+

6.5%

L7

170 m2/g

2‒8

60 °C

Hypersil SAS

C1

5 µm

120 Å

+

3%

L13

170 m2/g

2‒8

60 °C

Hypersil Phenyl

Phenyl

5 µm

120 Å

-

5%

L11

170 m2/g

2‒8

60 °C

Hypersil Phenyl-2

Phenyl

5 µm

120 Å

+

5%

L11

170 m2/g

2‒8

60 °C

Hypersil CPS

Cyanopropyl

3, 5 µm

120 Å

-

4%

L10

170 m2/g

2‒8

60 °C

Hypersil CPS-2

Cyanopropyl

5 µm

120 Å

+

4%

L10

170 m2/g

2‒8

60 °C

Hypersil APS-2

Aminopropyl

3, 5 µm

120 Å

-

1.9%

L8

170 m2/g

2‒8

60 °C

Hypersil SAX

Quaternary Amine

5 µm

120 Å

+

3%

L14

170 m2/g

2‒8

60 °C

Hypersil Green PAH

Proprietary

3, 5 µm

120 Å

+

13.5%

N/A

170 m2/g

2‒8

60 °C

Hypersil Silica

-

3, 5 µm

120 Å

-

0%

L3

170 m2/g

2‒8

60 °C

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