COSMICSIL® AQ

Elaborate C18 -Chemistry combined with new hydrophilic endcapping,compatible with up to 100% aqueous eluents, Low back pressure .

  • Ultra-high purity spherical silica offer excellent stability, efficiency and column-to-column reproducibility
  • Stable and strong retention in 100% aqueous mobile phase for hydrophilic or polar compounds
  • High carbon loading C18 offers high degree of hydrophobicity
  • Fully endcapped to improve peak shape
  • Monomeric bonding offers low back pressure and high column efficiency to better resolve chemically similar analytes.
COSMICSIL™ New Series Packing Specifications
Packing Chemistry Carbon
Load
(%)
Pore
Size
(Å)
pH
range
Surface
Area
(m2/g)
End
Capped
AQ C18 15 125 Yes

COSMICSIL™ AGATE 100

Cosmicsil Agate 100 Offers Excellent Chromatographic Seperations

  • Ultra-high purity spherical silica offer excellent stability, efficiency and column-to-column reproducibility
  • High carbon loading C18 offers high degree of hydrophobicity
  • Fully endcapped to improve peak shape
  • Monomeric bonding offers low back pressure and high column efficiency to better resolve chemically similar analytes.
COSMICSIL™ New Series Packing Specifications
Packing Chemistry Carbon
Load
(%)
Pore
Size
(Å)
pH
range
Surface
Area
(m2/g)
End
Capped
Agate 100 C18 21 100 2-7.5 330 Yes
Agate 100 C8 11 100 2-7.5 330 Yes

COSMICSIL™ AGATE RP

Cosmicsil Agate RP Offers Excellent Chromatographic Seperations

  • Ultra-high purity spherical silica offer excellent stability, efficiency and column-to-column reproducibility
  • Excellent for seperation of biomolecules like peptides and proteins and best suitable for Regular analytical seperations with accurate results.
  • Fully endcapped to improve peak shape
COSMICSIL™ New Series Packing Specifications
Packing Chemistry Carbon
Load
(%)
Pore
Size
(Å)
pH
range
Surface
Area
(m2/g)
End
Capped
Agate RP C18 21 125 2-8 360 Yes
Agate RP C8 13 125 2-8 360 Yes
Agate RP CN 8 125 2-8 360 Yes
Agate RP Ph 10 125 2-8 360 Yes
Agate RP Nh2 4 125 2-8 360 Yes
Agate RP TMS 5 125 2-8 360 Yes
Agate RP Diol 13 150 2-8 360 Yes
Agate RP C4 5 170 2-8 310 Yes
Agate RP C30 21 160 2-8 320 Yes
Agate RP Silica 125 2-8 360 Yes

COSMICSIL™ AGATE HK

Cosmicsil Agate HK Offers Excellent Chromatographic Seperations

  • Ultra-high purity spherical silica offer excellent stability, efficiency and column-to-column reproducibility
  • Fully endcapped to improve peak shape
COSMICSIL™ New Series Packing Specifications
Packing Chemistry Carbon
Load
(%)
Pore
Size
(Å)
pH
range
Surface
Area
(m2/g)
End
Capped
Agate HK C18 20 125 2-8 360 Yes

COSMICSIL™ AGATE HP

Lower Carbon Loading for peaks taking long time to get elevated quickly.

  • Ultra-high purity spherical silica offer excellent stability, efficiency and column-to-column reproducibility
  • Fully endcapped to improve peak shape
COSMICSIL™ New Series Packing Specifications
Packing Chemistry Carbon
Load
(%)
Pore
Size
(Å)
pH
range
Surface
Area
(m2/g)
End
Capped
Agate HP C18 12 125 2-8 360 Yes

COSMICSIL™ AGATE HN

  • Ultra-high purity spherical silica offer excellent stability, efficiency and column-to-column reproducibility
  • Fully endcapped to improve peak shape
COSMICSIL™ New Series Packing Specifications
Packing Chemistry Carbon
Load
(%)
Pore
Size
(Å)
pH
range
Surface
Area
(m2/g)
End
Capped
Agate HN C18 18 125 2-8 360 Yes

COSMICSIL™ AGATE HA

  • Ultra-high purity spherical silica offer excellent stability, efficiency and column-to-column reproducibility
  • Fully endcapped to improve peak shape
COSMICSIL™ New Series Packing Specifications
Packing Chemistry Carbon
Load
(%)
Pore
Size
(Å)
pH
range
Surface
Area
(m2/g)
End
Capped
Agate HA C18 20 125 2-8 360 Yes

COSMICSIL™ AGATE HT

  • Ultra-high purity spherical silica offer excellent stability, efficiency and column-to-column reproducibility
  • Fully endcapped to improve peak shape
COSMICSIL™ New Series Packing Specifications
Packing Chemistry Carbon
Load
(%)
Pore
Size
(Å)
pH
range
Surface
Area
(m2/g)
End
Capped
Agate HT C18 21 125 2-8 360 Yes

COSMICSIL™ AGATE HS

  • Cosmicsil HS is remarkable for its High Surface Area
  • Ultra-high purity spherical silica offer excellent stability, efficiency and column-to-column reproducibility
  • Fully endcapped to improve peak shape
COSMICSIL™ New Series Packing Specifications
Packing Chemistry Carbon
Load
(%)
Pore
Size
(Å)
pH
range
Surface
Area
(m2/g)
End
Capped
Agate HS C18 19 90 2-8 575 Yes
  • Cosmicsil Adze gives excelelnt LCMS Separations
  • Ultra-high purity spherical silica offer excellent stability, efficiency and column-to-column reproducibility
  • Fully endcapped to improve peak shape
COSMICSIL™ New Series Packing Specifications
Packing Chemistry Carbon
Load
(%)
Pore
Size
(Å)
pH
range
Surface
Area
(m2/g)
End
Capped
Adze C18 19 100 2-8 460 Yes
Adze C8 11 100 2-8 460 Yes
  • Cosmicsil Aster is remarkable for High Carbon Loading which delivers better separations
  • Cosmicsil Aster is remarkable for High pH Range which delivers better separations
  • Ultra-high purity spherical silica offer excellent stability, efficiency and column-to-column reproducibility
  • Fully endcapped to improve peak shape
COSMICSIL™ New Series Packing Specifications
Packing Chemistry Carbon
Load
(%)
Pore
Size
(Å)
pH
range
Surface
Area
(m2/g)
End
Capped
Aster C18 27 100 2-11 460 Yes
Aster C8 17 100 2-11 460 Yes
  • Ultra-high purity spherical silica offer excellent stability, efficiency and column-to-column reproducibility
  • Fully endcapped to improve peak shape
COSMICSIL™ New Series Packing Specifications
Packing Chemistry Carbon
Load
(%)
Pore
Size
(Å)
pH
range
Surface
Area
(m2/g)
End
Capped
Aura C18 17 100 2-7.5 460 Yes
Aura C8 10 100 2-7.5 460 Yes
  • Ultra-high purity spherical silica offer excellent stability, efficiency and column-to-column reproducibility
  • Fully endcapped to improve peak shape
COSMICSIL™ New Series Packing Specifications
Packing Chemistry Carbon
Load
(%)
Pore
Size
(Å)
pH
range
Surface
Area
(m2/g)
End
Capped
APT C18 17 120 2-7.5 310 Yes
APT C8 11 120 2-7.5 310 Yes
  • Ultra-high purity spherical silica offer excellent stability, efficiency and column-to-column reproducibility
  • Fully endcapped to improve peak shape
COSMICSIL™ New Series Packing Specifications
Packing Chemistry Carbon
Load
(%)
Pore
Size
(Å)
pH
range
Surface
Area
(m2/g)
End
Capped
Adore 100 C18 19 100 2-7.5 360 Yes
Adore 100 C8 9 100 2-7.5 360 Yes
Adore 100 SAX 100 350 Yes
Adore 100 SCX 100 350 Yes
  • Ultra-high purity spherical silica offer excellent stability, efficiency and column-to-column reproducibility
  • Fully endcapped to improve peak shape
COSMICSIL™ New Series Packing Specifications
Packing Chemistry Carbon
Load
(%)
Pore
Size
(Å)
pH
range
Surface
Area
(m2/g)
End
Capped
µPack C18 11 125 2-7 310 Yes
  • Ultra-high purity spherical silica offer excellent stability, efficiency and column-to-column reproducibility
  • Fully endcapped to improve peak shape
COSMICSIL™ New Series Packing Specifications
Packing Chemistry Carbon
Load
(%)
Pore
Size
(Å)
pH
range
Surface
Area
(m2/g)
End
Capped
ODS1 C18 7 85 230 Yes

COSMICSIL™ SAX

  • Ultra-high purity spherical silica offer excellent stability, efficiency and column-to-column reproducibility
  • Fully endcapped to improve peak shape
COSMICSIL™ New Series Packing Specifications
Packing Chemistry Carbon
Load
(%)
Pore
Size
(Å)
pH
range
Surface
Area
(m2/g)
End
Capped
SAX 110 360 Yes
  • Ultra-high purity spherical silica offer excellent stability, efficiency and column-to-column reproducibility
  • Fully endcapped to improve peak shape
COSMICSIL™ New Series Packing Specifications
Packing Chemistry Carbon
Load
(%)
Pore
Size
(Å)
pH
range
Surface
Area
(m2/g)
End
Capped
SCX 110 360 Yes

COSMICSIL™ AMITY

Ultra performance silica with excellent stability, efficiency and column-to-column reproducibility

  • – Outstanding Loadability,Outstanding acid & alkalinity resistance
  • – Effective end-cap to minimize residual silanol, Excellent reproducibility
  • – High carbon loading C18 offers the high degree of hydrophobicity, Good retention even with 100% Aqueous Eluents, High pH tolerance for acid & alkali
  • – Fully endcapped to improve peak shape, Long Life time-highly durable
  • – Monomeric bonding offers low back pressure and high column efficiency to better resolve chemically similar analytes.
Packing Particle
Size
(µm)
Carbon
Load
(%)
Pore
Size
(Å)
pH
Range
Surface
Area
(m2/g)
End
Capped
Amity 100 C18 3,5,10 15.5-18.5 100 2-9 400-480 Yes
Amity 120 C18 3,5,10 17-19.5 120 2-7.5 260-340 Yes
Amity 120 C8 3,5,10 120 2-7 260-340 Yes
Amity 120 C4 3,5,10 120 2-7 260-340 Yes
Amity 120 Ph 3,5,10 120 2-7 270-320 Yes
Amity120 TMS 3,5,10 120 2-7 260-340 Yes
Amity 120 Sil 3,5,10 120 2-7 270-320 Yes
Amity 120 NH2 3,5,10 120 2-7 270-320 No
Amity 120 CN 3,5,10 120 2-7 260-340 No
Amity 140 BDS C18 3,5,10 11-11.5 140 2-7 140-150 Yes

Welcome to COSMIC AGE ANALYTICA

We are desired to be an experts in the separation technology and a partner to support realization of your dream and vision.

  • – High purity spherical silica offers high stability, efficiency and column-to-column reproducibility
  • – Highest carbon loading C18 offers highest degree of hydrophobicity for highest resolution of organic compounds that have similar structures
  • – High surface area offers high resolution for gradient elution
  • – Fully endcapped to improve peak symmetry
  • – Polymeric bonding offers high stability and longer column lifetime
Packing Particle
Size
(µm)
Carbon
Load
(%)
Pore
Size
(Å)
Pore
Volume
(ml/g)
Surface
Area
(m2/g)
End
Capped
HC ODS  (C18) 3,5,10 23 100 1.0 350 Yes
HC OD (C8) 3,5,10 13 100 1.0 350 Yes
HC Phenyl (Ph) 3,5,10 8 100 1.0 350 Yes
HC C4 3,5,10 6 100 1.0 350 Yes
HC Cyano (CN) 3,5,10 4 100 1.0 350 Yes
HC Amino (NH2) 3,5,10 3 100 1.0 350 No
HC Silica (Si) 3,5,10 100 1.0 350 No

Welcome to COSMIC AGE ANALYTICA

We are desired to be an experts in the separation technology and a partner to support realization of your dream and vision.

  • – Full endcapping
  • – Ultimate protein and peptide application column
  • – Acidic and alkalic resistance for long lifetime
  • – 4 Phases: C30, C18, C8, and C4 chemistries
  • – 3µm, 5µm, 10µm particle sizes
Packing Particle
Size
(µm)
Carbon
Load
(%)
Pore
Size
(Å)
Pore
Volume
(ml/g)
Surface
Area
(m2/g)
End
Capped
BIO C30 3,5 20 200 1.1 200 No
BIO C18 5,10 8 300 0.9 100 Yes
BIO C8 5,10 6 300 0.9 100 Yes
BIO C4 5,10 4 300 0.9 100 Yes

Welcome to COSMIC AGE ANALYTICA

We are desired to be an experts in the separation technology and a partner to support realization of your dream and vision.

  • – An excellent alternative to Waters® µBondapak™ at a resonable lower price
  • – Most methods on µBondapak™ can be transfered to Cosmicsil™ IR
  • – Excellent Column-to-Column reproducibility
  • – Full guarantee
Packing Particle
Size
(µm)
Carbon
Load
(%)
Pore
Size
(Å)
Pore
Volume
(ml/g)
Surface
Area
(m2/g)
End
Capped
C18 10 10 125 1.0 300 Yes
C4 10 4 125 1.0 300 Yes
Ph 10 9 125 1.0 300 Yes
CN 10 6 125 1.0 300 Yes
NH2 10 4 125 1.0 300 No
Si 10 125 1.0 300 No
SAX 10 125 1.0 300 Yes
SCX 10 125 1.0 300 Yes

Welcome to COSMIC AGE ANALYTICA

We are desired to be an experts in the separation technology and a partner to support realization of your dream and vision.

  • – pH stable range 1-14
  • – Excellent analyte recovery
  • – Very rugged, long lasting materials
  • – Great peak shape for all types on compounds
  • – Good reproducibility from column to column
Packing Particle
Size (µm)
Carbon
Load (%)
Pore Size
(Å)
Surface Area
(m2/g)
pH
Range
 PR-L21 5,10 100 500 1-14
 PR-AQ 5 100 500 1-14
 PR-C18 5 17 100 500 2-13
 PR-C8 5 10 100 500 2-13
 PR-NH2 5 100 500 2-13

COSMICSIL™ Abra UPLC

We are desired to be an experts in the separation technology and a partner to support realization of your dream and vision.

  • – An exellent alternative to Existing UPLC at a reasonable lower price
  • – Most methods on Existing UPLC can be transfered to Cosmicsil™ Abra
  • – Excellent Column-to-Column reproducibility
  • – HD Bonded Phase,Maximum Pressure: 8,500 psi, 600 Bar
  • – Full guarantee

UPLC Abra

 Phases

C18,C8

 Particle Shape

Spherical

 Particle Size

1.5,1.7,1.8,2.0,2.5 µm

 Pore Size

95 Å

 Surface Area

145 m2/g

 pH Range

1.5 to 9

 Endcapped

Yes

Cosmicsil™ Abra C18

  Microns

Code

1.5µ

0131

1.7µ

0132

1.8µ

0133

2.0µ

0134

2.5µ

0135

Cosmicsil™ Abra C8

1.5µ

0141

1.7µ

0142

1.8µ

0143

2.0µ

0144

2.5µ

0145

Cosmicsil™ Abra

Length & I.D.

  Part No.

            2.1 ID x 30 L

CAR-XXXX-0302

            2.1 ID x 50 L

CAR-XXXX-0502

            2.1 ID x 75 L

CAR-XXXX-7502

            2.1 ID x 100 L

CAR-XXXX-1002

            2.1 ID x 150 L

CAR-XXXX-1502

            3.0 ID x 30 L

CAR-XXXX-0303

            3.0 ID x 50 L

CAR-XXXX-0503

            3.0 ID x 75 L

CAR-XXXX-7503

            3.0 ID x 100 L

CAR-XXXX-1003

            3.0 ID x 150 L

CAR-XXXX-1503

            4.6 ID x 30 L

CAR-XXXX-0346

            4.6 ID x 50 L

CAR-XXXX-0546

            4.6 ID x 75 L

CAR-XXXX-7546

            4.6 ID x 100 L

CAR-XXXX-1046

            4.6 ID x 150 L

CAR-XXXX-1546

Welcome to COSMIC AGE ANALYTICA

We are desired to be an experts in the separation technology and a partner to support realization of your dream and vision.

  • – High purity silica offer high stability, efficiency, reproducibility
  • – Moderate pore size and surface area are perfect for general purpose
  • – High carbon loading C18 offers high degree of hydrophobicity for high resolution of organic compounds that have similar structures
  • – Fully endcapped to improve peak symmetry
  • – Polymeric bonding offers high stability and longer column lifetime
  • – Economic Price
Packing Particle
Size
(µm)
Carbon
Load
(%)
Pore
Size
(Å)
Pore
Volume
(ml/g)
Surface
Area
(m2/g)
End
Capped
C18 3,5,10 17 120 1.0 300 Yes
C8 3,5,10 13 120 1.0 300 Yes
PH 3,5,10 8 120 1.0 300 Yes
C4 3,5,10 6 120 1.0 300 Yes
CN 3,5,10 3.5 120 1.0 300 Yes
NH2 3,5,10 3 120 1.0 300 No
Si 3,5,10 120 1.0 300 No
SAX 5 4 120 1.0 300 No
SCX 5 4 120 1.0 300 No

Welcome to COSMIC AGE ANALYTICA

We are desired to be an experts in the separation technology and a partner to support realization of your dream and vision.

  • – Multifuctional silica based column
  • – Used in specific applications and recommended by USP
  • – High surface area offers high resolution for gradient elution of difficulty separation compounds
  • – Polymeric bonding offers high stability and longer column life time
  • – Excellent Column-to-Column reproducibility
  • – Available in 5 phases : CN/NH2, C8/NH2, C8/C18, C8/SCX, and C8/SAX
Packing Particle
Size (µm)
Carbon
Load (%)
Pore Size
(Å)
Surface Area
(m2/g)
End
Capped
 CN/NH2 5 16 60 450 No
 C8/NH2 5 11 60 450 No
 C8/C18 5 14 60 450 Yes
 C8/SCX 5 9 60 450 No
 C8/SAX 5 9 60 450 No

Welcome to COSMIC AGE ANALYTICA

We are desired to be an experts in the separation technology and a partner to support realization of your dream and vision.

  • – An excellent alternative to Waters® Spherisorb® at a resonable lower price
  • – Most methods on Waters® Spherisorb® can be transfered to Cosmicsil™ SP
  • – Excellent Column-to-Column reproducibility
  • – Full guarantee
Packing Particle
Size (µm)
Carbon
Load (%)
Pore Size
(Å)
Surface Area
(m2/g)
End
Capped
ODS1 3,5,10 6 80 220 Yes
ODS2 3,5,10 12 80 220 Yes
C8 3,5,10 6 80 220 Yes
C6 3,5,10 5 80 220 Yes
Ph 3,5,10 3 80 220 Yes
C4 3,5,10 3 80 220 Yes
CN 3,5,10 3 80 220 No
NH2 3,5,10 2 80 220 No
Si 3,5,10 80 220 No
SAX 5,10 4 80 220 No
SCX 5,10 4 80 220 No
Spherisorb® ODS2 COSMICSIL™ SPS ODS2
 Particle Shape Spherical Spherical
 Particle Size 3,5,10 µm 3,5,10 µm
 Pore Size 80 Å 80 Å
 Surface Area 220 m2/g 220 m2/g
 Carbon Load 12% 12%
 Endcapped Yes Yes

Welcome to COSMIC AGE ANALYTICA

We are desired to be an experts in the separation technology and a partner to support realization of your dream and vision.

  • – Polymeric based column
  • – pH stability 0-14
  • – Excellent efficiency and resolution
  • – Reproducibility lot-to-lot and column-to-column

Welcome to COSMIC AGE ANALYTICA

We are desired to be an experts in the separation technology and a partner to support realization of your dream and vision.

  • – USP L17 – Strong cation-exchange resin consisting of sulfonated cross-linked styrene-divinylbenzene copolymer in the hydrogen form, 9um in diameter.
Packing Form Cross
Linking
(%)
Particle
Size
(µm)
Typical
Mobile Phase
Max
Temp
(°C)
CP calcium 8 9 Water 85
SP silver 8 10,20 Water 85
LP lead 8 8 Water 85
HP hydrogen 8 8 0.005 N Sulfuric acid 85
NP sodium 8 10,20 Water 85

Welcome to COSMIC AGE ANALYTICA

We are desired to be an experts in the separation technology and a partner to support realization of your dream and vision.

  • USP L34 – Strong cation-exchange resin consisting of sulfonated cross-linked styrene-divinylbenzene copolymer in the lead form, 9um in diameter.
Packing Form Cross
Linking
(%)
Particle
Size
(µm)
Typical
Mobile Phase
Max
Temp
(°C)
CP calcium 8 9 Water 85
SP silver 8 10,20 Water 85
LP lead 8 8 Water 85
HP hydrogen 8 8 0.005 N Sulfuric acid 85
NP sodium 8 10,20 Water 85

Welcome to COSMIC AGE ANALYTICA

We are desired to be an experts in the separation technology and a partner to support realization of your dream and vision.

  • – USP L19 – Strong cation-exchange resin consisting of sulfonated cross-linked styrene-divinylbenzene copolymer in the calcium form, 9um in diameter. .
Packing Form Cross
Linking
(%)
Particle
Size
(µm)
Typical
Mobile Phase
Max
Temp
(°C)
CP calcium 8 9 Water 85
SP silver 8 10,20 Water 85
LP lead 8 8 Water 85
HP hydrogen 8 8 0.005 N Sulfuric acid 85
NP sodium 8 10,20 Water 85

Welcome to COSMIC AGE ANALYTICA

We are desired to be an experts in the separation technology and a partner to support realization of your dream and vision.

Size Exclusion Chromatography HPLC Columns

Welcome to COSMIC AGE ANALYTICA

We are desired to be an experts in the separation technology and a partner to support realization of your dream and vision.

  • – Amylose tris-3, 5-dimethylphenylcarbamate coated, porous,   spherical, silica, 5 to 10µm.

Welcome to COSMIC AGE ANALYTICA

We are desired to be an experts in the separation technology and a partner to support realization of your dream and vision.

  • Cellulose tris-3, 5 dimethylphenylcarbamate coated porous silica particles, 5 to 20µm in diameter

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