Silia Chrom HPLC Column Selection Guide by Manufacturer

ACE^™ C8

100 Å

300 m²/g

9 %

ACE^™ Phenyl

100 Å

300 m²/g

9.5 %

Ace^™ AQ

100 Å

300 m²/g

14 %

Ace^™ C18-300

300 Å

100 m²/g

9 %

Yes

Ace^™ C8-300

300 Å

100 m²/g

5 %

Yes

Ace^™ C4-300

300 Å

100 m²/g

2.6 %

Yes

Agilent Technologies^™

Phase	Pore size	Surface Area	Carbon Load	Endcapping	Recommended Alternative
Poroshell^™ 120 EC-C18	120 Å	120 m²/g	8 %	Yes, double	SunShell^™ C18
Poroshell^™ 120 EC-C8	120 Å	120 m²/g	5 %	Yes, double	SunShell^™ C8
Poroshell^™ 120 Phenyl-Hexyl	120 Å	120 m²/g	9 %	Yes, double	SunShell^™ Phenyl
Zorbax^™ Eclipse XDB-C18	80 Å	180 m²/g	10 %	Yes, double	CSC-Advantisil C18
Zorbax^™ Eclipse XDB-C8	80 Å	180 m²/g	8 %	Yes, double	CSC-Advantisil C8
Zorbax^™ Eclipse XDB-Phenyl	80 Å	180 m²/g	8 %	Yes, double	CSC-Sil 80Å/Phenyl
Zorbax^™ Eclipse Plus C18	95 Å	160 m²/g	8 %	Yes, double	CSC-Advantisil ODS
Zorbax^™ Eclipse Plus C8	95 Å	160 m²/g	6 %	Yes, double	CSC-Advantisil C8
Zorbax^™ SB-C18	80 Å	180 m²/g	10 %	No	CSC-Advantisil ODS
Zorbax^™ SB-C18	300 Å	45 m²/g	3 %	No	SiliaChrom Plus C18-300
Zorbax^™ SB-C8	80 Å	180 m²/g	6 %	No	CSC-Advantisil C8
Zorbax^™ SB-C8	300 Å	45 m²/g	2 %	No	SiliaChrom Plus C8-300

Phase

Pore size

Surface Area

Carbon Load

Endcapping

Recommended Alternative

Poroshell^™ 120 EC-C18

120 Å

120 m²/g

8 %

Yes, double

SunShell^™ C18

Poroshell^™ 120 EC-C8

120 Å

120 m²/g

5 %

Yes, double

SunShell^™ C8

Poroshell^™ 120 Phenyl-Hexyl

120 Å

120 m²/g

9 %

Yes, double

SunShell^™ Phenyl

Zorbax^™ Eclipse XDB-C18

80 Å

180 m²/g

10 %

Yes, double

CSC-Advantisil C18

Zorbax^™ Eclipse XDB-C8

80 Å

180 m²/g

8 %

Yes, double

CSC-Advantisil C8

Zorbax^™ Eclipse XDB-Phenyl

80 Å

180 m²/g

8 %

Yes, double

CSC-Sil 80Å/Phenyl

Zorbax^™ Eclipse Plus C18

95 Å

160 m²/g

8 %

Yes, double

CSC-Advantisil ODS

Zorbax^™ Eclipse Plus C8

95 Å

160 m²/g

6 %

Yes, double

CSC-Advantisil C8

Zorbax^™ SB-C18

80 Å

180 m²/g

10 %

CSC-Advantisil ODS

Zorbax^™ SB-C18

300 Å

45 m²/g

3 %

Zorbax^™ SB-C8

80 Å

180 m²/g

6 %

CSC-Advantisil C8

Zorbax^™ SB-C8

300 Å

45 m²/g

2 %

Advanced Materials Technology^™, Inc. (AMT)

Phase	Pore size	Surface Area	Carbon Load	Endcapping	Recommended Alternative
Halo^™ C18	90 Å	150 m²/g	NF	NF	SunShell^™ C18
Halo^™ C8	90 Å	150 m²/g	NF	NF	SunShell^™ C8
Halo^™ HILIC	90 Å	150 m²/g	NF	NF	Sunshell HILIC-Amide
Halo^™ PFP	90 Å	150 m²/g	NF	NF	SunShell^™ PFP
Halo^™ Phenyl-Hexyl	90 Å	150 m²/g	NF	NF	SunShell^™ Phenyl

Phase

Pore size

Surface Area

Carbon Load

Endcapping

Recommended Alternative

Halo^™ C18

90 Å

150 m²/g

SunShell^™ C18

Halo^™ C8

90 Å

150 m²/g

SunShell^™ C8

Halo^™ HILIC

90 Å

150 m²/g

Sunshell HILIC-Amide

Halo^™ PFP

90 Å

150 m²/g

SunShell^™ PFP

Halo^™ Phenyl-Hexyl

90 Å

150 m²/g

SunShell^™ Phenyl

EMD Millipore - Merck KGaA^™

Phase	Pore size	Surface Area	Carbon Load	Endcapping	Recommended Alternative
Lichrospher^™ 100 RP-18	100 Å	350 m²/g	21 %	No	CSC-Lichrospher 100 RP-18
Lichrospher^™ 100 RP-18e	100 Å	350 m²/g	22 %	Yes	CSC-Lichrospher 100 RP-18e
Lichrospher^™ 100 RP-8	100 Å	350 m²/g	13 %	No	CSC-Lichrospher 100 RP-8
Lichrospher^™ 100 RP-8e	100 Å	350 m²/g	13 %	Yes	CSC-Lichrospher 100 RP-8e
Lichrospher^™ 100 CN	100 Å	350 m²/g	7 %	NF	CSC-Lichrospher 100 CN
Lichrospher^™ 100 NH2	100 Å	350 m²/g	5 %	NF	CSC-Lichrospher 100 NH2
Lichrospher^™ 100 Diol	100 Å	350 m²/g	8 %	NF	CSC-Lichrospher 100 Diol
Superspher^™ RP-18	100 Å	350 m²/g	21 %	Yes	CSC-Superspher RP-18

Phase

Pore size

Surface Area

Carbon Load

Endcapping

Recommended Alternative

Lichrospher^™ 100 RP-18

100 Å

350 m²/g

21 %

CSC-Lichrospher 100 RP-18

Lichrospher^™ 100 RP-18e

100 Å

350 m²/g

22 %

Yes

CSC-Lichrospher 100 RP-18e

Lichrospher^™ 100 RP-8

100 Å

350 m²/g

13 %

CSC-Lichrospher 100 RP-8

Lichrospher^™ 100 RP-8e

100 Å

350 m²/g

13 %

Yes

CSC-Lichrospher 100 RP-8e

Lichrospher^™ 100 CN

100 Å

350 m²/g

7 %

CSC-Lichrospher 100 CN

Lichrospher^™ 100 NH2

100 Å

350 m²/g

5 %

CSC-Lichrospher 100 NH2

Lichrospher^™ 100 Diol

100 Å

350 m²/g

8 %

CSC-Lichrospher 100 Diol

Superspher^™ RP-18

100 Å

350 m²/g

21 %

Yes

CSC-Superspher RP-18

GL Sciences^™

Phase	Pore size	Surface Area	Carbon Load	Endcapping	Recommended Alternative
Inertsil^™ C4	150 Å	320 m²/g	8 %	Yes	SiliaChrom Plus C4
Inertsil^™ Phenyl	150 Å	320 m²/g	10 %	Yes	SiliaChrom Plus Phenyl
Inertsil^™ C8	150 Å	320 m²/g	11 %	Yes	SiliaChrom Plus C8
Inertsil^™ ODS2	150 Å	320 m²/g	18.5 %	Yes	SiliaChrom dt C18
Inertsil^™ ODS3 or ODS3V	100 Å	450 m²/g	15 %	Yes	SiliaChrom Plus C18

Phase

Pore size

Surface Area

Carbon Load

Endcapping

Recommended Alternative

Inertsil^™ C4

150 Å

320 m²/g

8 %

Yes

SiliaChrom Plus C4

Inertsil^™ Phenyl

150 Å

320 m²/g

10 %

Yes

Inertsil^™ C8

150 Å

320 m²/g

11 %

Yes

Inertsil^™ ODS2

150 Å

320 m²/g

18.5 %

Yes

Inertsil^™ ODS3 or ODS3V

100 Å

450 m²/g

15 %

Yes

Grace Discovery Sciences^™

Phase	Pore size	Surface Area	Carbon Load	Endcapping	Recommended Alternative
Alltima^™ HP C18 AQ	100 Å	450 m²/g	2 %	Yes	SiliaChrom dt C18
Vydac^™ 208TP	300 Å	60-110 m²/g	8 %	Yes	SiliaChrom Plus C8-300
Vydac^™ 214TP	300 Å	60-110 m²/g	4 %	Yes	SiliaChrom Plus C4-300
Vydac^™ 218TP	300 Å	60-110 m²/g	8 %	Yes	SiliaChrom Plus C18-300

Phase

Pore size

Surface Area

Carbon Load

Endcapping

Recommended Alternative

Alltima^™ HP C18 AQ

100 Å

450 m²/g

2 %

Yes

Vydac^™ 208TP

300 Å

60-110 m²/g

8 %

Yes

Vydac^™ 214TP

300 Å

60-110 m²/g

4 %

Yes

Vydac^™ 218TP

300 Å

60-110 m²/g

8 %

Yes

Kromasil^™

Phase	Pore size	Surface Area	Carbon Load	Endcapping	Recommended Alternative
Kromasil^™ C18	100 Å	340 m²/g	19 %	Yes	SiliaChrom dt C18
Kromasil^™ C8	100 Å	340 m²/g	12 %	Yes	SiliaChrom Plus C8
Kromasil^™ C4	100 Å	340 m²/g	8 %	Yes	SiliaChrom Plus C4
Kromasil^™ Silica	100 Å	340 m²/g	-	No	SiliaChrom Plus Silica

Phase

Pore size

Surface Area

Carbon Load

Endcapping

Recommended Alternative

Kromasil^™ C18

100 Å

340 m²/g

19 %

Yes

Kromasil^™ C8

100 Å

340 m²/g

12 %

Yes

Kromasil^™ C4

100 Å

340 m²/g

8 %

Yes

SiliaChrom Plus C4

Kromasil^™ Silica

100 Å

340 m²/g

Macherey-Nagel^™

Phase	Pore size	Surface Area	Carbon Load	Endcapping	Recommended Alternative
Nucleodur^™ C18ec	110 Å	340 m²/g	18 %	Yes	SiliaChrom dt C18
Nucleodur^™ C18	110 Å	340 m²/g	18 %	Yes	SiliaChrom dt C18
Nucleodur^™ CN	110 Å	340 m²/g	7 %	Yes	SiliaChrom Plus CN
Nucleoshell^™ RP18	90 Å	130 m²/g	7.5 %	Yes, multi	SunShell^™ C18
Nucleoshell^™ Phenyl-Hexyl	90 Å	130 m²/g	4.5 %	Yes, multi	SunShell^™ Phenyl
Nucleoshell^™ PFP	90 Å	130 m²/g	3 %	Yes, multi	SunShell^™ PFP
Nucleosil^™ C18	100 Å	350 m²/g	15 %	Yes	SiliaChrom Plus C18
Nucleosil^™ C8	100 Å	350 m²/g	9 %	No	SiliaChrom Plus C8
Nucleosil^™ C6H5 (Phenyl)	100 Å	350 m²/g	8 %	No	SiliaChrom Plus Phenyl
Nucleosil^™ CN	100 Å	350 m²/g	5 %	No	SiliaChrom Plus CN
Nucleosil^™ NH2	100 Å	350 m²/g	3.5 %	No	SiliaChrom Plus NH2
Nucleosil^™ OH (Diol)	100 Å	350 m²/g	NF	NF	SiliaChrom Plus Diol
Nucleosil^™ SA	100 Å	350 m²/g	7 %	No	SiliaChrom Plus SCX
Nucleosil^™ Silica	100 Å	350 m²/g	-	No	SiliaChrom Plus Silica
Nucleosil^™ C18	120 Å	200 m²/g	11 %	Yes	CSC-Advantisil ODS
Nucleosil^™ C8	120 Å	200 m²/g	7 %	No	CSC-Advantisil C8
Nucleosil^™ CN	120 Å	200 m²/g	3 %	NF	CSC-Advantisil CN
Nucleosil^™ 300 C18	300 Å	100 m²/g	6.5 %	Yes	SiliaChrom Plus C18-300
Nucleosil^™ 300 C8	300 Å	100 m²/g	3 %	Yes	SiliaChrom Plus C8-300
Nucleosil^™ 300 C4	300 Å	100 m²/g	2 %	Yes	SiliaChrom Plus C4-300

Phase

Pore size

Surface Area

Carbon Load

Endcapping

Recommended Alternative

Nucleodur^™ C18ec

110 Å

340 m²/g

18 %

Yes

Nucleodur^™ C18

110 Å

340 m²/g

18 %

Yes

Nucleodur^™ CN

110 Å

340 m²/g

7 %

Yes

Nucleoshell^™ RP18

90 Å

130 m²/g

7.5 %

Yes, multi

SunShell^™ C18

Nucleoshell^™ Phenyl-Hexyl

90 Å

130 m²/g

4.5 %

Yes, multi

SunShell^™ Phenyl

Nucleoshell^™ PFP

90 Å

130 m²/g

3 %

Yes, multi

SunShell^™ PFP

Nucleosil^™ C18

100 Å

350 m²/g

15 %

Yes

Nucleosil^™ C8

100 Å

350 m²/g

9 %

Nucleosil^™ C6H5 (Phenyl)

100 Å

350 m²/g

8 %

Nucleosil^™ CN

100 Å

350 m²/g

5 %

Nucleosil^™ NH2

100 Å

350 m²/g

3.5 %

SiliaChrom Plus NH2

Nucleosil^™ OH (Diol)

100 Å

350 m²/g

SiliaChrom Plus Diol

Nucleosil^™ SA

100 Å

350 m²/g

7 %

SiliaChrom Plus SCX

Nucleosil^™ Silica

100 Å

350 m²/g

Nucleosil^™ C18

120 Å

200 m²/g

11 %

Yes

CSC-Advantisil ODS

Nucleosil^™ C8

120 Å

200 m²/g

7 %

CSC-Advantisil C8

Nucleosil^™ CN

120 Å

200 m²/g

3 %

CSC-Advantisil CN

Nucleosil^™ 300 C18

300 Å

100 m²/g

6.5 %

Yes

Nucleosil^™ 300 C8

300 Å

100 m²/g

3 %

Yes

Nucleosil^™ 300 C4

300 Å

100 m²/g

2 %

Yes

Phenomenex^™

Phase	Pore size	Surface Area	Carbon Load	Endcapping	Recommended Alternative
AQUA^™ C18	125 Å	320 m²/g	15 &	Yes, proprietary	SiliaChrom dt C18
Luna^™ C18 (2)	100 Å	400 m²/g	17.5 %	Yes	SiliaChrom Plus C18
Luna^™ C8	100 Å	440 m²/g	14.75 %	Yes	SiliaChrom Plus C8
Luna^™ C8 (2)	100 Å	400 m²/g	13.5 %	Yes	SiliaChrom Plus C8
Luna^™ CN	100 Å	400 m²/g	7 &	Yes	SiliaChrom Plus CN
Luna^™ NH2	100 Å	400 m²/g	9.5 %	No	SiliaChrom Plus NH2
Luna^™ PFP (2)	100 Å	400 m²/g	11.5 %	Yes	SiliaChrom Plus PFP
Luna^™ SCX	100 Å	400 m²/g	N/A	No	SiliaChrom Plus SCX
Luna^™ Silica (2)	100 Å	400 m²/g	-	No	SiliaChrom Plus Silica
Kinetex^™ C18	100 Å	200 m²/g	12 %	Yes	SunShell^™ C18
Kinetex^™ C8	100 Å	200 m²/g	8 %	Yes	SunShell^™ C8
Kinetex^™ HILIC	100 Å	200 m²/g	0	No	SunShell^™ HILIC-Amide
Kinetex^™ PFP	100 Å	200 m²/g	9 %	Yes	SunShell^™ PFP
Kinetex^™ Phenyl-Hexyl	100 Å	200 m²/g	11 %	Yes	SunShell^™ Phenyl
Synergi^™ Hydro-RP	80 Å	475 m²/g	19 %	Yes, proprietary	SiliaChrom dt C18
Prodigy^™ C8	150 Å	310 m²/g	13 %	Yes	SiliaChrom Plus C8
Prodigy^™ ODS2	150 Å	310 m²/g	18 %	Yes	SiliaChrom Plus C18
Prodigy^™ ODS-3	100 Å	450 m²/g	16 %	Yes	SiliaChrom Plus C18
Prodigy^™ ODS-3V	100 Å	450 m²/g	16 %	NF	SiliaChrom Plus C18
Gemini^™ C18	110 Å	375 m²/g	14 %	Yes	SiliaChrom Plus C18
Jupiter^™ C18	300 Å	170 m²/g	13 %	Yes	SiliaChrom Plus C18-300
Jupiter^™ C4	300 Å	170 m²/g	5 %	Yes	SiliaChrom Plus C4-300

Phase

Pore size

Surface Area

Carbon Load

Endcapping

Recommended Alternative

AQUA^™ C18

125 Å

320 m²/g

15 &

Yes, proprietary

Luna^™ C18 (2)

100 Å

400 m²/g

17.5 %

Yes

Luna^™ C8

100 Å

440 m²/g

14.75 %

Yes

Luna^™ C8 (2)

100 Å

400 m²/g

13.5 %

Yes

Luna^™ CN

100 Å

400 m²/g

7 &

Yes

Luna^™ NH2

100 Å

400 m²/g

9.5 %

SiliaChrom Plus NH2

Luna^™ PFP (2)

100 Å

400 m²/g

11.5 %

Yes

SiliaChrom Plus PFP

Luna^™ SCX

100 Å

400 m²/g

N/A

SiliaChrom Plus SCX

Luna^™ Silica (2)

100 Å

400 m²/g

Kinetex^™ C18

100 Å

200 m²/g

12 %

Yes

SunShell^™ C18

Kinetex^™ C8

100 Å

200 m²/g

8 %

Yes

SunShell^™ C8

Kinetex^™ HILIC

100 Å

200 m²/g

SunShell^™ HILIC-Amide

Kinetex^™ PFP

100 Å

200 m²/g

9 %

Yes

SunShell^™ PFP

Kinetex^™ Phenyl-Hexyl

100 Å

200 m²/g

11 %

Yes

SunShell^™ Phenyl

Synergi^™ Hydro-RP

80 Å

475 m²/g

19 %

Yes, proprietary

Prodigy^™ C8

150 Å

310 m²/g

13 %

Yes

Prodigy^™ ODS2

150 Å

310 m²/g

18 %

Yes

Prodigy^™ ODS-3

100 Å

450 m²/g

16 %

Yes

Prodigy^™ ODS-3V

100 Å

450 m²/g

16 %

Gemini^™ C18

110 Å

375 m²/g

14 %

Yes

Jupiter^™ C18

300 Å

170 m²/g

13 %

Yes

Jupiter^™ C4

300 Å

170 m²/g

5 %

Yes

Restek^™

Phase	Pore size	Surface Area	Carbon Load	Endcapping	Recommended Alternative
Pinnacle^™ C18	120 Å	170 m²/g	10 %	Yes	CSC-Advantisil ODS
Pinnacle^™ C8	120 Å	170 m²/g	6 %	Yes	CSC-Advantisil C8
Pinnacle^™ CN	120 Å	170 m²/g	0,05	Yes	CSC-Advantisil CN
Pinnacle^™ DB C18	140 Å	NF	11 %	Yes	CSC-Advantisil BDS/ODS
Pinnacle^™ DB C8	140 Å	NF	6 %	Yes	CSC-Advantisil BDS/C8
Pinnacle^™ DB Cyano	140 Å	NF	4 %	Yes	CSC-Advantisil BDS/CN
Pinnacle^™ NH2	120 Å	170 m²/g	2 %	NF	CSC-Advantisil NH2
Pinnacle^™ Phenyl	120 Å	170 m²/g	5 %	Yes	CSC-Advantisil Phenyl
Pinnacle^™ Silica	120 Å	170 m²/g	-	No	CSC-Advantisil Silica

Phase

Pore size

Surface Area

Carbon Load

Endcapping

Recommended Alternative

Pinnacle^™ C18

120 Å

170 m²/g

10 %

Yes

CSC-Advantisil ODS

Pinnacle^™ C8

120 Å

170 m²/g

6 %

Yes

CSC-Advantisil C8

Pinnacle^™ CN

120 Å

170 m²/g

0,05

Yes

CSC-Advantisil CN

Pinnacle^™ DB C18

140 Å

11 %

Yes

CSC-Advantisil BDS/ODS

Pinnacle^™ DB C8

140 Å

6 %

Yes

CSC-Advantisil BDS/C8

Pinnacle^™ DB Cyano

140 Å

4 %

Yes

CSC-Advantisil BDS/CN

Pinnacle^™ NH2

120 Å

170 m²/g

2 %

CSC-Advantisil NH2

Pinnacle^™ Phenyl

120 Å

170 m²/g

5 %

Yes

CSC-Advantisil Phenyl

Pinnacle^™ Silica

120 Å

170 m²/g

CSC-Advantisil Silica

Supelco^™

Phase	Pore size	Surface Area	Carbon Load	Endcapping	Recommended Alternative
Ascentis^™ C18	100 Å	450 m²/g	25 %	Yes	SiliaChrom Plus C18
Ascentis^™ C8	100 Å	450 m²/g	15 %	Yes	SiliaChrom Plus C8
Ascentis^™ Express C18	90 Å	135 m²/g	NF	Yes	SunShell^™ C18
Ascentis^™ Express C8	90 Å	135 m²/g	NF	Yes	SunShell^™ C8
Ascentis^™ Express F5	90 Å	135 m²/g	NF	Yes	SunShell^™ PFP
Ascentis^™ Express HILIC	90 Å	135 m²/g	NF	No	SunShell^™ HILIC-Amide
Ascentis^™ Express Phenyl-Hexyl	90 Å	135 m²/g	NF	Yes	SunShell^™ Phenyl
Supelcosil^™ LC-18	120 Å	170 m²/g	11 %	Yes	CSC-Advantisil ODS
Supelcosil^™ LC-18-DB	120 Å	170 m²/g	11 %	Yes	CSC-Advantisil BDS/ODS
Supelcosil^™ LC-8	120 Å	170 m²/g	6 %	Yes	CSC-Advantisil C8
Supelcosil^™ LC-CN	120 Å	170 m²/g	4 %	Yes	CSC-Advantisil CN
Supelcosil^™ LC-NH2	120 Å	170 m²/g	3 %	Yes	CSC-Advantisil NH2
Supelcosil^™ LC-Si	120 Å	170 m²/g	-	No	CSC-Advantisil Silica
Discovery^™ C18	180 Å	200 m²/g	12 %	Yes	CSC-Select ODS2
Discovery^™ C8	180 Å	200 m²/g	7.5 %	Yes	CSC-Select C8

Phase

Pore size

Surface Area

Carbon Load

Endcapping

Recommended Alternative

Ascentis^™ C18

100 Å

450 m²/g

25 %

Yes

Ascentis^™ C8

100 Å

450 m²/g

15 %

Yes

Ascentis^™ Express C18

90 Å

135 m²/g

Yes

SunShell^™ C18

Ascentis^™ Express C8

90 Å

135 m²/g

Yes

SunShell^™ C8

Ascentis^™ Express F5

90 Å

135 m²/g

Yes

SunShell^™ PFP

Ascentis^™ Express HILIC

90 Å

135 m²/g

SunShell^™ HILIC-Amide

Ascentis^™ Express Phenyl-Hexyl

90 Å

135 m²/g

Yes

SunShell^™ Phenyl

Supelcosil^™ LC-18

120 Å

170 m²/g

11 %

Yes

CSC-Advantisil ODS

Supelcosil^™ LC-18-DB

120 Å

170 m²/g

11 %

Yes

CSC-Advantisil BDS/ODS

Supelcosil^™ LC-8

120 Å

170 m²/g

6 %

Yes

CSC-Advantisil C8

Supelcosil^™ LC-CN

120 Å

170 m²/g

4 %

Yes

CSC-Advantisil CN

Supelcosil^™ LC-NH2

120 Å

170 m²/g

3 %

Yes

CSC-Advantisil NH2

Supelcosil^™ LC-Si

120 Å

170 m²/g

CSC-Advantisil Silica

Discovery^™ C18

180 Å

200 m²/g

12 %

Yes

CSC-Select ODS2

Discovery^™ C8

180 Å

200 m²/g

7.5 %

Yes

CSC-Select C8

Thermo Scientific^™

Phase	Pore size	Surface Area	Carbon Load	Endcapping	Recommended Alternative
Hypersil^™-ODS	120 Å	170 m²/g	10 %	Yes	CSC-Advantisil ODS
Hypersil^™-ODS2	80 Å	220 m²/g	11 %	Yes	CSC-Select ODS2
Hypersil^™-MOS	120 Å	170 m²/g	6.5 %	No	CSC-Advantisil C8
Hypersil^™-Phenyl-2	120 Å	170 m²/g	5 %	Yes	CSC-Advantisil Phenyl
Hypersil^™-CPS-2	120 Å	170 m²/g	4 %	Yes	CSC-Advantisil CN
Hypersil^™-APS-2	120 Å	170 m²/g	1.9 %	No	CSC-Advantisil NH2
Hypersil^™-Silica	120 Å	170 m²/g	-	No	CSC-Advantisil Silica
Hypersil^™-BDS/ODS	130 Å	170 m²/g	11 %	Yes	CSC-Advantisil BDS/ODS
Hypersil^™-BDS/C8	130 Å	170 m²/g	7 %	Yes	CSC-Advantisil BDS/C8
Hypersil^™-BDS/Phenyl	130 Å	170 m²/g	5 %	Yes	CSC-Advantisil BDS/Phenyl
Hypersil^™-BDS/Cyano	130 Å	170 m²/g	4 %	Yes	CSC-Advantisil BDS/CN
Hypersil^™ Gold C18	175 Å	220 m²/g	11 %	Yes	Prontosil 200 Å C18H
Hypersil^™ Gold C8	175 Å	220 m²/g	8 %	Yes	Prontosil 200 Å C8SH
Hypersil^™ Gold Silica	175 Å	220 m²/g	-	No	Prontosil 200 Å Silica
Accucore^™ C18	80 Å	130 m²/g	9 %	Yes	SunShell^™ C18
Accucore^™ C8	80 Å	130 m²/g	5 %	Yes	SunShell^™ C8
Accucore^™ Phenyl Hexyl	80 Å	130 m²/g	6 %	Yes	SunShell^™ Phenyl
Accucore^™ PFP	80 Å	130 m²/g	5 %	Yes	SunShell^™ PFP
Accucore^™ HILIC	80 Å	130 m²/g	NF	NF	Sunshell HILIC-Amide
Syncronis^™ C18	100 Å	320 m²/g	16 %	Yes	SiliaChrom Plus C18
Syncronis^™ C8	100 Å	320 m²/g	10 %	Yes	SiliaChrom Plus C8
Syncronis^™ AQ	100 Å	320 m²/g	19 %	Yes, polar	SiliaChrom dt C18
Syncronis^™ Phenyl	100 Å	320 m²/g	11 %	Yes	SiliaChrom Plus Phenyl
Syncronis^™ Amino	100 Å	320 m²/g	4 %	Yes	SiliaChrom Plus Amino
Syncronis^™ Silica	100 Å	320 m²/g	-	No	SiliaChrom Plus Silica
Acclaim^™ 120 C18	120 Å	300 m²/g	18 %	Yes	SiliaChrom Plus C18
Acclaim^™ 300 C18	300 Å	100 m²/g	8 %	Yes	SiliaChrom Plus C18-300

Phase

Pore size

Surface Area

Carbon Load

Endcapping

Recommended Alternative

Hypersil^™-ODS

120 Å

170 m²/g

10 %

Yes

CSC-Advantisil ODS

Hypersil^™-ODS2

80 Å

220 m²/g

11 %

Yes

CSC-Select ODS2

Hypersil^™-MOS

120 Å

170 m²/g

6.5 %

CSC-Advantisil C8

Hypersil^™-Phenyl-2

120 Å

170 m²/g

5 %

Yes

CSC-Advantisil Phenyl

Hypersil^™-CPS-2

120 Å

170 m²/g

4 %

Yes

CSC-Advantisil CN

Hypersil^™-APS-2

120 Å

170 m²/g

1.9 %

CSC-Advantisil NH2

Hypersil^™-Silica

120 Å

170 m²/g

CSC-Advantisil Silica

Hypersil^™-BDS/ODS

130 Å

170 m²/g

11 %

Yes

CSC-Advantisil BDS/ODS

Hypersil^™-BDS/C8

130 Å

170 m²/g

7 %

Yes

CSC-Advantisil BDS/C8

Hypersil^™-BDS/Phenyl

130 Å

170 m²/g

5 %

Yes

CSC-Advantisil BDS/Phenyl

Hypersil^™-BDS/Cyano

130 Å

170 m²/g

4 %

Yes

CSC-Advantisil BDS/CN

Hypersil^™ Gold C18

175 Å

220 m²/g

11 %

Yes

Prontosil 200 Å C18H

Hypersil^™ Gold C8

175 Å

220 m²/g

8 %

Yes

Prontosil 200 Å C8SH

Hypersil^™ Gold Silica

175 Å

220 m²/g

Prontosil 200 Å Silica

Accucore^™ C18

80 Å

130 m²/g

9 %

Yes

SunShell^™ C18

Accucore^™ C8

80 Å

130 m²/g

5 %

Yes

SunShell^™ C8

Accucore^™ Phenyl Hexyl

80 Å

130 m²/g

6 %

Yes

SunShell^™ Phenyl

Accucore^™ PFP

80 Å

130 m²/g

5 %

Yes

SunShell^™ PFP

Accucore^™ HILIC

80 Å

130 m²/g

Sunshell HILIC-Amide

Syncronis^™ C18

100 Å

320 m²/g

16 %

Yes

Syncronis^™ C8

100 Å

320 m²/g

10 %

Yes

Syncronis^™ AQ

100 Å

320 m²/g

19 %

Yes, polar

Syncronis^™ Phenyl

100 Å

320 m²/g

11 %

Yes

Syncronis^™ Amino

100 Å

320 m²/g

4 %

Yes

SiliaChrom Plus Amino

Syncronis^™ Silica

100 Å

320 m²/g

Acclaim^™ 120 C18

120 Å

300 m²/g

18 %

Yes

Acclaim^™ 300 C18

300 Å

100 m²/g

8 %

Yes

Waters Corporation^™

Phase	Pore size	Surface Area	Carbon Load	Endcapping	Recommended Alternative
Atlantis^™ T3	100 Å	300 m²/g	14 %	Yes	SiliaChrom dt C18
µBondapak^™ C18	125 Å	330 m²/g	10 %	Yes	CSC-Sil 80 Å / ODS2
µBondapak^™ CN	125 Å	330 m²/g	6 %	Yes	CSC-Sil 80 Å / CN
µBondapak^™ NH2	125 Å	330 m²/g	4 %	No	CSC-Sil 80 Å / NH2
µBondapak^™ Phenyl	125 Å	330 m²/g	9.3 %	Yes	CSC-Sil 80 Å / Phenyl
Spherisorb^™ ODS1	80 Å	200 m²/g	6 %	No	CSC-Select ODS1
Spherisorb^™ ODS2	80 Å	200 m²/g	12 %	Yes	CSC-Select ODS2
Spherisorb^™ C8	80 Å	200 m²/g	6 %	Yes	CSC-Select C8
Spherisorb^™ C6	80 Å	200 m²/g	5 %	Yes	CSC-Select C6
Spherisorb^™ Phenyl	80 Å	200 m²/g	3 %	No	CSC-Sil 80 Å / Phenyl
Spherisorb^™ C1 (TMS)	80 Å	200 m²/g	3 %	No	CSC-Sil 80 Å / C1 (TMS)
Spherisorb^™ CN	80 Å	200 m²/g	3 %	No	CSC-Sil 80 Å / CN
Spherisorb^™ NH2	80 Å	200 m²/g	2 %	No	CSC-Sil 80 Å / NH2
Spherisorb^™ SAX	80 Å	200 m²/g	4 %	No	CSC-Sil 80 Å / SAX
Spherisorb^™ Silica	80 Å	220 m²/g	-	No	CSC-Sil 80 Å / Silica
SunFire^™ C18	100 Å	340 m²/g	16 %	Yes	SiliaChrom Plus C18
SunFire^™ C8	100 Å	340 m²/g	12 %	Yes	SiliaChrom Plus C8
SunFire^™ Silica	100 Å	340 m²/g	NF	NF	SiliaChrom Plus Silica
Symmetry^™ C18	100 Å	335 m²/g	19 %	Yes	SiliaChrom dt C18
Symmetry^™ C8	100 Å	335 m²/g	12 %	Yes	SiliaChrom Plus C8
Cortecs^™ C18	90 Å	100 m²/g	6.6 %	Yes, proprietary	SunShell^™ C18
Cortecs^™ HILIC	90 Å	100 m²/g	0	No	SunShell^™ HILIC-Amide

Phase

Pore size

Surface Area

Carbon Load

Endcapping

Recommended Alternative

Atlantis^™ T3

100 Å

300 m²/g

14 %

Yes

µBondapak^™ C18

125 Å

330 m²/g

10 %

Yes

CSC-Sil 80 Å / ODS2

µBondapak^™ CN

125 Å

330 m²/g

6 %

Yes

CSC-Sil 80 Å / CN

µBondapak^™ NH2

125 Å

330 m²/g

4 %

CSC-Sil 80 Å / NH2

µBondapak^™ Phenyl

125 Å

330 m²/g

9.3 %

Yes

CSC-Sil 80 Å / Phenyl

Spherisorb^™ ODS1

80 Å

200 m²/g

6 %

CSC-Select ODS1

Spherisorb^™ ODS2

80 Å

200 m²/g

12 %

Yes

CSC-Select ODS2

Spherisorb^™ C8

80 Å

200 m²/g

6 %

Yes

CSC-Select C8

Spherisorb^™ C6

80 Å

200 m²/g

5 %

Yes

CSC-Select C6

Spherisorb^™ Phenyl

80 Å

200 m²/g

3 %

CSC-Sil 80 Å / Phenyl

Spherisorb^™ C1 (TMS)

80 Å

200 m²/g

3 %

CSC-Sil 80 Å / C1 (TMS)

Spherisorb^™ CN

80 Å

200 m²/g

3 %

CSC-Sil 80 Å / CN

Spherisorb^™ NH2

80 Å

200 m²/g

2 %

CSC-Sil 80 Å / NH2

Spherisorb^™ SAX

80 Å

200 m²/g

4 %

CSC-Sil 80 Å / SAX

Spherisorb^™ Silica

80 Å

220 m²/g

CSC-Sil 80 Å / Silica

SunFire^™ C18

100 Å

340 m²/g

16 %

Yes

SunFire^™ C8

100 Å

340 m²/g

12 %

Yes

SunFire^™ Silica

100 Å

340 m²/g

Symmetry^™ C18

100 Å

335 m²/g

19 %

Yes

Symmetry^™ C8

100 Å

335 m²/g

12 %

Yes

Cortecs^™ C18

90 Å

100 m²/g

6.6 %

Yes, proprietary

SunShell^™ C18

Cortecs^™ HILIC

90 Å

100 m²/g

SunShell^™ HILIC-Amide

YMC^™

Phase	Pore size	Surface Area	Carbon Load	Endcapping	Recommended Alternative
YMC-Pack^™ C4	120 Å	300 m²/g	7 %	Yes	SiliaChrom Plus C4
YMC-Pack^™ C8	120 Å	300 m²/g	10 %	Yes	SiliaChrom Plus C8
YMC-Pack^™ ODS-AQ	120 Å	300 m²/g	14 %	Yes, proprietary	SiliaChrom dt C18
YMC-Pack^™ ODS-A	120 Å	300 m²/g	17 %	Yes	SiliaChrom Plus C18
YMC-Pack^™ ODS-A	300 Å	150 m²/g	7 %	Yes	SiliaChrom Plus C18-300
YMC-Pack^™ CN	120 Å	300 m²/g	7 %	Yes	SiliaChrom Plus CN
YMC-Pack^™ Diol-NP	120 Å	300 m²/g	NF	NF	SiliaChrom Plus Diol
YMC-Pack^™ NH2	120 Å	300 m²/g	NF	NF	SiliaChrom Plus NH2
YMC-Pack^™ Phenyl	120 Å	300 m²/g	9 %	Yes	SiliaChrom Plus Phenyl
YMC-Pack^™ Pro C18	120 Å	350 m²/g	16 %	Yes	SiliaChrom Plus C18
YMC-Pack^™ Si	120 Å	300 m²/g	-	No	SiliaChrom Plus Silica
YMC-Pack^™ TMS (C1)	120 Å	300 m²/g	4 %	NF	CSC-Sil 80 Å / TMS (C1)

Phase

Pore size

Surface Area

Carbon Load

Endcapping

Recommended Alternative

YMC-Pack^™ C4

120 Å

300 m²/g

7 %

Yes

SiliaChrom Plus C4

YMC-Pack^™ C8

120 Å

300 m²/g

10 %

Yes

YMC-Pack^™ ODS-AQ

120 Å

300 m²/g

14 %

Yes, proprietary

YMC-Pack^™ ODS-A

120 Å

300 m²/g

17 %

Yes

YMC-Pack^™ ODS-A

300 Å

150 m²/g

7 %

Yes

YMC-Pack^™ CN

120 Å

300 m²/g

7 %

Yes

YMC-Pack^™ Diol-NP

120 Å

300 m²/g

SiliaChrom Plus Diol

YMC-Pack^™ NH2

120 Å

300 m²/g

SiliaChrom Plus NH2

YMC-Pack^™ Phenyl

120 Å

300 m²/g

9 %

Yes

YMC-Pack^™ Pro C18

120 Å

350 m²/g

16 %

Yes

YMC-Pack^™ Si

120 Å

300 m²/g

YMC-Pack^™ TMS (C1)

120 Å

300 m²/g

4 %

CSC-Sil 80 Å / TMS (C1)