标签： Silia Chrom ® HPLC 色谱柱

要找到合适的 SiliCycle 替代其他制造商的色谱柱，请参阅下面的选择指南。

SiliCycle 的替代相是根据物理和化学相似性选择的。这些备选方案不能保证提供相同的保留或选择性，但在性质上应该足够相似，以便在某些方法优化后能够实现相似或改进的分离。

Advanced Chromatography Technologies^™ (ACT)

Phase	Pore size	Surface Area	Carbon Load	Endcapping	Recommended Alternative
ACE™ C18 100	100 Å	300 m2/g	15.5 %	NF	SiliaChrom Plus C18
ACE™ C8	100 Å	300 m2/g	9 %	NF	SiliaChrom Plus C8
ACE™ Phenyl	100 Å	300 m2/g	9.5 %	NF	SiliaChrom Plus Phenyl
Ace™ AQ	100 Å	300 m2/g	14 %	NF	SiliaChrom dt C18
Ace™ C18-300	300 Å	100 m2/g	9 %	Yes	SiliaChrom Plus C18-300
Ace™ C8-300	300 Å	100 m2/g	5 %	Yes	SiliaChrom Plus C8-300
Ace™ C4-300	300 Å	100 m2/g	2.6 %	Yes	SiliaChrom Plus C4-300

 

Agilent Technologies^™

Phase	Pore size	Surface Area	Carbon Load	Endcapping	Recommended Alternative
Zorbax™ SB-C18	300 Å	45 m2/g	3 %	No	SiliaChrom Plus C18-300
Zorbax™ SB-C8	300 Å	45 m2/g	2 %	No	SiliaChrom Plus C8-300

 

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

 

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

 

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

 

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
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™ 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

 

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
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

 

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

Thermo Scientific^™

Phase	Pore size	Surface Area	Carbon Load	Endcapping	Recommended Alternative
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

 

Waters Corporation^™

Phase	Pore size	Surface Area	Carbon Load	Endcapping	Recommended Alternative
Atlantis™ T3	100 Å	300 m2/g	14 %	Yes	SiliaChrom dt C18
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

 

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