Reversed Phase HPLC Columns
from Hamilton Company
Hamilton HxSil C18 columns are well end-capped for retention time reproducibility and durability. HxSil C18 columns exhibit greater retention than most columns and enhances the separation of compounds that are not sufficiently retained on other C18 columns. [See More]
- Stationary Phase/Separation Process: Reversed Phase
- Construction Material: Stainless Steel
- Column Type: Analytical
- Packing Diameter: 3
from Hamilton Company
Hamilton HxSil C18 columns are well end-capped for retention time reproducibility and durability. HxSil C18 columns exhibit greater retention than most columns and enhances the separation of compounds that are not sufficiently retained on other C18 columns. [See More]
- Stationary Phase/Separation Process: Reversed Phase
- Construction Material: Stainless Steel
- Column Type: Guard
- Packing Diameter: 10
from Hamilton Company
Hamilton HxSil C18 columns are well end-capped for retention time reproducibility and durability. HxSil C18 columns exhibit greater retention than most columns and enhances the separation of compounds that are not sufficiently retained on other C18 columns. [See More]
- Stationary Phase/Separation Process: Reversed Phase
- Construction Material: Stainless Steel
- Column Type: Guard
- Packing Diameter: 10
from Hamilton Company
Hamilton HxSil C18 columns are well end-capped for retention time reproducibility and durability. HxSil C18 columns exhibit greater retention than most columns and enhances the separation of compounds that are not sufficiently retained on other C18 columns. [See More]
- Stationary Phase/Separation Process: Reversed Phase
- Construction Material: Stainless Steel
- Column Type: Guard
- Packing Diameter: 10
from Hamilton Company
Hamilton HxSil C18 columns are well end-capped for retention time reproducibility and durability. HxSil C18 columns exhibit greater retention than most columns and enhances the separation of compounds that are not sufficiently retained on other C18 columns. [See More]
- Stationary Phase/Separation Process: Reversed Phase
- Construction Material: Stainless Steel
- Column Type: Guard
- Packing Diameter: 10
from Hamilton Company
Sample recovery is vital to sample purification. Problems arise when labile samples become irreversibly bound to the silanol groups present on C8 and C18 HPLC columns. Since Hamilton polymers are made entirely of poly styrene-divinylbenzene, there are no silanol groups to cause sample loss. Recovery... [See More]
- Stationary Phase/Separation Process: Reversed Phase
- Construction Material: Stainless Steel
- Column Type: Analytical
- Packing Diameter: 10
from Hamilton Company
Sample recovery is vital to sample purification. Problems arise when labile samples become irreversibly bound to the silanol groups present on C8 and C18 HPLC columns. Since Hamilton polymers are made entirely of poly styrene-divinylbenzene, there are no silanol groups to cause sample loss. Recovery... [See More]
- Stationary Phase/Separation Process: Reversed Phase
- Construction Material: Stainless Steel
- Column Type: Analytical
- Packing Diameter: 10
from Hamilton Company
Sample recovery is vital to sample purification. Problems arise when labile samples become irreversibly bound to the silanol groups present on C8 and C18 HPLC columns. Since Hamilton polymers are made entirely of poly styrene-divinylbenzene, there are no silanol groups to cause sample loss. Recovery... [See More]
- Stationary Phase/Separation Process: Reversed Phase
- Construction Material: Stainless Steel
- Column Type: Analytical
- Packing Diameter: 10
from Hamilton Company
Sample recovery is vital to sample purification. Problems arise when labile samples become irreversibly bound to the silanol groups present on C8 and C18 HPLC columns. Since Hamilton polymers are made entirely of poly styrene-divinylbenzene, there are no silanol groups to cause sample loss. Recovery... [See More]
- Stationary Phase/Separation Process: Reversed Phase
- Construction Material: Stainless Steel
- Column Type: Analytical
- Packing Diameter: 10
from Hamilton Company
Sample recovery is vital to sample purification. Problems arise when labile samples become irreversibly bound to the silanol groups present on C8 and C18 HPLC columns. Since Hamilton polymers are made entirely of poly styrene-divinylbenzene, there are no silanol groups to cause sample loss. Recovery... [See More]
- Stationary Phase/Separation Process: Reversed Phase
- Construction Material: polymer
- Column Type: Analytical
- Packing Diameter: 10
from Hamilton Company
Sample recovery is vital to sample purification. Problems arise when labile samples become irreversibly bound to the silanol groups present on C8 and C18 HPLC columns. Since Hamilton polymers are made entirely of poly styrene-divinylbenzene, there are no silanol groups to cause sample loss. Recovery... [See More]
- Stationary Phase/Separation Process: Reversed Phase
- Construction Material: polymer
- Column Type: Analytical
- Packing Diameter: 10
from Hamilton Company
Sample recovery is vital to sample purification. Problems arise when labile samples become irreversibly bound to the silanol groups present on C8 and C18 HPLC columns. Since Hamilton polymers are made entirely of poly styrene-divinylbenzene, there are no silanol groups to cause sample loss. Recovery... [See More]
- Stationary Phase/Separation Process: Reversed Phase
- Construction Material: Stainless Steel
- Column Type: Analytical
- Packing Diameter: 10
from Hamilton Company
Sample recovery is vital to sample purification. Problems arise when labile samples become irreversibly bound to the silanol groups present on C8 and C18 HPLC columns. Since Hamilton polymers are made entirely of poly styrene-divinylbenzene, there are no silanol groups to cause sample loss. Recovery... [See More]
- Stationary Phase/Separation Process: Reversed Phase
- Construction Material: Stainless Steel
- Column Type: Analytical
- Packing Diameter: 10
from Hamilton Company
Sample recovery is vital to sample purification. Problems arise when labile samples become irreversibly bound to the silanol groups present on C8 and C18 HPLC columns. Since Hamilton polymers are made entirely of poly styrene-divinylbenzene, there are no silanol groups to cause sample loss. Recovery... [See More]
- Stationary Phase/Separation Process: Reversed Phase
- Construction Material: Stainless Steel
- Column Type: Analytical
- Packing Diameter: 20
from Hamilton Company
Sample recovery is vital to sample purification. Problems arise when labile samples become irreversibly bound to the silanol groups present on C8 and C18 HPLC columns. Since Hamilton polymers are made entirely of poly styrene-divinylbenzene, there are no silanol groups to cause sample loss. Recovery... [See More]
- Stationary Phase/Separation Process: Reversed Phase
- Construction Material: Stainless Steel
- Column Type: Analytical
- Packing Diameter: 20
from Hamilton Company
Sample recovery is vital to sample purification. Problems arise when labile samples become irreversibly bound to the silanol groups present on C8 and C18 HPLC columns. Since Hamilton polymers are made entirely of poly styrene-divinylbenzene, there are no silanol groups to cause sample loss. Recovery... [See More]
- Stationary Phase/Separation Process: Reversed Phase
- Construction Material: Stainless Steel
- Column Type: Analytical
- Packing Diameter: 5
from Hamilton Company
Sample recovery is vital to sample purification. Problems arise when labile samples become irreversibly bound to the silanol groups present on C8 and C18 HPLC columns. Since Hamilton polymers are made entirely of poly styrene-divinylbenzene, there are no silanol groups to cause sample loss. Recovery... [See More]
- Stationary Phase/Separation Process: Reversed Phase
- Construction Material: Stainless Steel
- Column Type: Analytical
- Packing Diameter: 5
from Hamilton Company
Sample recovery is vital to sample purification. Problems arise when labile samples become irreversibly bound to the silanol groups present on C8 and C18 HPLC columns. Since Hamilton polymers are made entirely of poly styrene-divinylbenzene, there are no silanol groups to cause sample loss. Recovery... [See More]
- Stationary Phase/Separation Process: Reversed Phase
- Construction Material: Stainless Steel
- Column Type: Analytical
- Packing Diameter: 5
from Hamilton Company
Sample recovery is vital to sample purification. Problems arise when labile samples become irreversibly bound to the silanol groups present on C8 and C18 HPLC columns. Since Hamilton polymers are made entirely of poly styrene-divinylbenzene, there are no silanol groups to cause sample loss. Recovery... [See More]
- Stationary Phase/Separation Process: Reversed Phase
- Construction Material: Stainless Steel
- Column Type: Analytical
- Packing Diameter: 5
from Hamilton Company
Sample recovery is vital to sample purification. Problems arise when labile samples become irreversibly bound to the silanol groups present on C8 and C18 HPLC columns. Since Hamilton polymers are made entirely of poly styrene-divinylbenzene, there are no silanol groups to cause sample loss. Recovery... [See More]
- Stationary Phase/Separation Process: Reversed Phase
- Construction Material: Stainless Steel
- Column Type: Analytical
- Packing Diameter: 5
from Hamilton Company
Sample recovery is vital to sample purification. Problems arise when labile samples become irreversibly bound to the silanol groups present on C8 and C18 HPLC columns. Since Hamilton polymers are made entirely of poly styrene-divinylbenzene, there are no silanol groups to cause sample loss. Recovery... [See More]
- Stationary Phase/Separation Process: Reversed Phase
- Construction Material: Stainless Steel
- Column Type: Analytical
- Packing Diameter: 5
from Hamilton Company
Sample recovery is vital to sample purification. Problems arise when labile samples become irreversibly bound to the silanol groups present on C8 and C18 HPLC columns. Since Hamilton polymers are made entirely of poly styrene-divinylbenzene, there are no silanol groups to cause sample loss. Recovery... [See More]
- Stationary Phase/Separation Process: Reversed Phase
- Construction Material: Stainless Steel
- Column Type: Analytical
- Packing Diameter: 5
from Hamilton Company
Sample recovery is vital to sample purification. Problems arise when labile samples become irreversibly bound to the silanol groups present on C8 and C18 HPLC columns. Since Hamilton polymers are made entirely of poly styrene-divinylbenzene, there are no silanol groups to cause sample loss. Recovery... [See More]
- Stationary Phase/Separation Process: Reversed Phase
- Construction Material: Stainless Steel
- Column Type: Analytical
- Packing Diameter: 5
from Hamilton Company
Sample recovery is vital to sample purification. Problems arise when labile samples become irreversibly bound to the silanol groups present on C8 and C18 HPLC columns. Since Hamilton polymers are made entirely of poly styrene-divinylbenzene, there are no silanol groups to cause sample loss. Recovery... [See More]
- Stationary Phase/Separation Process: Reversed Phase
- Construction Material: Stainless Steel
- Column Type: Analytical
- Packing Diameter: 5
from Hamilton Company
Sample recovery is vital to sample purification. Problems arise when labile samples become irreversibly bound to the silanol groups present on C8 and C18 HPLC columns. Since Hamilton polymers are made entirely of poly styrene-divinylbenzene, there are no silanol groups to cause sample loss. Recovery... [See More]
- Stationary Phase/Separation Process: Reversed Phase
- Construction Material: polymer
- Column Type: Analytical
- Packing Diameter: 5
from Restek
particle size: 1.9 μm, 3 μm, or 5 μm, spherical. pore size: 140 Å. carbon load: 6%. endcap: yes. pH range: 2.5 to 8. temperature limit: 80 °C. Pinnacle ® DB PFP Propyl, a unique pentafluorophenyl phase with a propyl spacer, uses a highly base-deactivated spherical silica... [See More]
- Stationary Phase/Separation Process: Reversed Phase; HILIC Separation
- Construction Material: Stainless Steel
- Column Type: Analytical
- Packing Diameter: 1.9
from Cole-Parmer
Hamilton polymeric PRP <tm > columns are resin-based, offering excellent resolution due to their high selectivity, efficiency, and capacity. The chemically inert macroporous poly(styrenedivinylbenzene)stationary phase is stable from pH 1 to 13. Compatible with any concentration of organic... [See More]
- Stationary Phase/Separation Process: Reversed Phase
from Restek
particle size: 3 μm or 5 μm, spherical. pore size: 110 Å. carbon load: 4%. endcap: fully endcapped. pH range: 2.5 to 8. temperature limit: 80 °C. Can be used in either reversed phase or normal phase mode. More rugged than bare silica for normal phase applications. Replaces Hypersil... [See More]
- Stationary Phase/Separation Process: Normally Bonded Phase; Reversed Phase
- Construction Material: Stainless Steel
- Column Type: Analytical
- Packing Diameter: 3
from Cole-Parmer
bull; Efficient separations with durable media. Hamilton polymeric PRP <tm > columns are resin-based, offering excellent resolution due to their high selectivity, efficiency, and capacity. The chemically inert macroporous poly(styrenedivinylbenzene)stationary phase is stable from pH 1 to 13. [See More]
- Stationary Phase/Separation Process: Reversed Phase
from Restek
To lower costs and improve profitability, you need columns to last. longer, data to be reproducible, and existing HPLC instrumentation to. run faster. Get there with the only general-purpose C18 that gives you. Selectivity Accelerated. A traditional end-capped C18 ideal for general-purpose use in... [See More]
- Stationary Phase/Separation Process: Normally Bonded Phase; Reversed Phase
- Construction Material: Stainless Steel
- Column Type: Analytical
- Packing Diameter: 2.7
from Restek
Restek has brought the benefits of Raptor columns to those who have made the leap to UHPLC instruments, yet are still looking to boost their efficiencies further. Already sold with 2.7 and 5 µm superficially porous particles (SPP), Raptor columns are now available with 1.8 µm particles... [See More]
- Stationary Phase/Separation Process: Normally Bonded Phase; Reversed Phase
- Construction Material: Stainless Steel
- Column Type: Analytical
- Packing Diameter: 2.7
from Restek
particle size: 3 μm or 5 μm, spherical. pore size: 100 Å. carbon load: 17%. endcap: fully endcapped. pH range: 2.5 to 8. temperature limit: 80 °C. Ultra Aromax is a unique reversed phase material that exhibits superior retention and selectivity for aromatic and/or unsaturated... [See More]
- Stationary Phase/Separation Process: Reversed Phase
- Construction Material: Stainless Steel
- Column Type: Analytical
- Packing Diameter: 3
from Restek
particle size: 5 μm, spherical. pore size: 300 Å. carbon load: 5%. endcap: yes. pH range: 2.5 to 8. temperature limit: 80 °C. A pentafluorophenyl phase with a propyl spacer. Highly retentive for basic analytes. Highly base-deactivated wide pore packing that exhibits excellent peak shape... [See More]
- Stationary Phase/Separation Process: Reversed Phase; HILIC Separation
- Construction Material: Stainless Steel
- Column Type: Analytical
- Packing Diameter: 5