Polymer HPLC Columns
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]
- Construction Material: polymer
- Stationary Phase/Separation Process: Reversed Phase
- 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]
- Construction Material: polymer
- Stationary Phase/Separation Process: Reversed Phase
- 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]
- Construction Material: polymer
- Stationary Phase/Separation Process: Reversed Phase
- 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]
- Construction Material: polymer
- Stationary Phase/Separation Process: Reversed Phase
- 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]
- Construction Material: polymer
- Stationary Phase/Separation Process: Reversed Phase
- 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]
- Construction Material: polymer
- Stationary Phase/Separation Process: Reversed Phase
- Column Type: Analytical
- Packing Diameter: 7
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]
- Construction Material: polymer
- Stationary Phase/Separation Process: Reversed Phase
- 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]
- Construction Material: polymer
- Stationary Phase/Separation Process: Reversed Phase
- Column Type: Guard
- Packing Diameter: 10
from Hamilton Company
Hamilton ’s PRP-3 is a polymeric reversed-phase HPLC column designed for the purification and isolation of proteins and peptides with very good recovery ( > 90%). It is based off of the PRP-1 but utilizes a 300 Å pore size rather than the PRP-1 ’s 100 Å pore size. The... [See More]
- Construction Material: polymer
- Stationary Phase/Separation Process: Reversed Phase
- Column Type: Analytical
- Packing Diameter: 10
from Hamilton Company
Hamilton ’s PRP-3 is a polymeric reversed-phase HPLC column designed for the purification and isolation of proteins and peptides with very good recovery ( > 90%). It is based off of the PRP-1 but utilizes a 300 Å pore size rather than the PRP-1 ’s 100 Å pore size. The... [See More]
- Construction Material: polymer
- Stationary Phase/Separation Process: Reversed Phase
- Column Type: Analytical
- Packing Diameter: 10
from Hamilton Company
The Hamilton PRP-C18 is a new HPLC column designed to provide high-efficiency, reversed-phase separations over an extended column life in nearly any mobile phase or pH. The rigid stationary phase has excellent mechanical and thermal stability ( > 100 °C), does not shrink or swell, and is... [See More]
- Construction Material: polymer
- Stationary Phase/Separation Process: Reversed Phase
- Column Type: Analytical
- Packing Diameter: 5
from Hamilton Company
The Hamilton PRP-C18 is a new HPLC column designed to provide high-efficiency, reversed-phase separations over an extended column life in nearly any mobile phase or pH. The rigid stationary phase has excellent mechanical and thermal stability ( > 100 °C), does not shrink or swell, and is... [See More]
- Construction Material: polymer
- Stationary Phase/Separation Process: Reversed Phase
- Column Type: Analytical
- Packing Diameter: 5
from Hamilton Company
The Hamilton PRP-C18 is a new HPLC column designed to provide high-efficiency, reversed-phase separations over an extended column life in nearly any mobile phase or pH. The rigid stationary phase has excellent mechanical and thermal stability ( > 100 °C), does not shrink or swell, and is... [See More]
- Construction Material: polymer
- Stationary Phase/Separation Process: Reversed Phase
- Column Type: Analytical
- Packing Diameter: 5
from Hamilton Company
The Hamilton PRP-C18 is a new HPLC column designed to provide high-efficiency, reversed-phase separations over an extended column life in nearly any mobile phase or pH. The rigid stationary phase has excellent mechanical and thermal stability ( > 100 °C), does not shrink or swell, and is... [See More]
- Construction Material: polymer
- Stationary Phase/Separation Process: Reversed Phase
- Column Type: Analytical
- Packing Diameter: 5
from Hamilton Company
The Hamilton PRP-C18 is a new HPLC column designed to provide high-efficiency, reversed-phase separations over an extended column life in nearly any mobile phase or pH. The rigid stationary phase has excellent mechanical and thermal stability ( > 100 °C), does not shrink or swell, and is... [See More]
- Construction Material: polymer
- Stationary Phase/Separation Process: Reversed Phase
- Column Type: Analytical
- Packing Diameter: 5
from Hamilton Company
The Hamilton PRP-C18 is a new HPLC column designed to provide high-efficiency, reversed-phase separations over an extended column life in nearly any mobile phase or pH. The rigid stationary phase has excellent mechanical and thermal stability ( > 100 °C), does not shrink or swell, and is... [See More]
- Construction Material: polymer
- Stationary Phase/Separation Process: Reversed Phase
- Column Type: Analytical
- Packing Diameter: 5
from Hamilton Company
PRP-X100 and PRP-X110 columns are well suited for use in systems employing suppressed/non-suppressed conductivity, electrochemical, UV, and ICP-MS detection. [See More]
- Construction Material: polymer
- Stationary Phase/Separation Process: Ion Exchange
- Column Type: Analytical
- Packing Diameter: 10
from Hamilton Company
PRP-X100 and PRP-X110 columns are well suited for use in systems employing suppressed/non-suppressed conductivity, electrochemical, UV, and ICP-MS detection. [See More]
- Construction Material: polymer
- Stationary Phase/Separation Process: Ion Exchange
- Column Type: Analytical
- Packing Diameter: 10
from Hamilton Company
PRP-X100 and PRP-X110 columns are well suited for use in systems employing suppressed/non-suppressed conductivity, electrochemical, UV, and ICP-MS detection. [See More]
- Construction Material: polymer
- Stationary Phase/Separation Process: Ion Exchange
- Column Type: Analytical
- Packing Diameter: 5
from Hamilton Company
PRP-X100 and PRP-X110 columns are well suited for use in systems employing suppressed/non-suppressed conductivity, electrochemical, UV, and ICP-MS detection. [See More]
- Construction Material: polymer
- Stationary Phase/Separation Process: Ion Exchange
- Column Type: Analytical
- Packing Diameter: 5
from Hamilton Company
PRP-X100 and PRP-X110 columns are well suited for use in systems employing suppressed/non-suppressed conductivity, electrochemical, UV, and ICP-MS detection. [See More]
- Construction Material: polymer
- Stationary Phase/Separation Process: Ion Exchange
- Column Type: Analytical
- Packing Diameter: 5
from Hamilton Company
PRP-X100 and PRP-X110 columns are well suited for use in systems employing suppressed/non-suppressed conductivity, electrochemical, UV, and ICP-MS detection. [See More]
- Construction Material: polymer
- Stationary Phase/Separation Process: Ion Exchange
- Column Type: Analytical
- Packing Diameter: 7
from Hamilton Company
PRP-X100 and PRP-X110 columns are well suited for use in systems employing suppressed/non-suppressed conductivity, electrochemical, UV, and ICP-MS detection. [See More]
- Construction Material: polymer
- Stationary Phase/Separation Process: Ion Exchange
- Column Type: Analytical
- Packing Diameter: 7
from Hamilton Company
PRP-X100 and PRP-X110 columns are well suited for use in systems employing suppressed/non-suppressed conductivity, electrochemical, UV, and ICP-MS detection. [See More]
- Construction Material: polymer
- Stationary Phase/Separation Process: Ion Exchange
- Column Type: Analytical
- Packing Diameter: 7
from Hamilton Company
Hamilton PRP-X200 cation exchange HPLC columns are designed for rapid, high resolution separation of alkali and alkaline earth metals. The alkali metals and ammonium are completely resolved in less than five minutes, and the alkaline earth cations separate in under four minutes. Since the mobile... [See More]
- Construction Material: polymer
- Stationary Phase/Separation Process: Ion Exchange
- Column Type: Analytical
- Packing Diameter: 10
from Bio-Rad Laboratories, Inc.
Pkg of 1, 5 ml, prepacked, CHT ceramic hydroxyapatite multimodal chromatography media cartridge, Type I. Bio-Scale Mini CHT cartridges are 5 ml Bio-Scale Mini cartridges filled with either CHT Type I or Type II having a particle size of 40 µm: Type I — sintered at 400 °C; has a high... [See More]
- Construction Material: polymer
- Inner Diameter: 5.6
- Column Type: Analytical
- Operating Pressure: 45
from IDEX Health & Science
Bio-Safe ™ Columns are biocompatible and precision-machined from virgin PEEK ™ (polyetheretherketone), a strong, inert polymer material, and are metal free for biotechnology and ion chromatography applications. PEEK columns are used when analytes are sensitive to the metals in stainless... [See More]
- Construction Material: polymer
- Column Length: 3
- Column Type: Analytical
- Inner Diameter: 4.6
from Bio-Rad Laboratories, Inc.
Pkg of 5, 5 ml, prepacked, CHT ceramic hydroxyapatite multimodal chromatography media cartridge, Type I. Bio-Scale Mini CHT cartridges are 5 ml Bio-Scale Mini cartridges filled with either CHT Type I or Type II having a particle size of 40 µm: Type I — sintered at 400 °C; has a high... [See More]
- Construction Material: polymer
- Inner Diameter: 5.6
- Column Type: Analytical
- Operating Pressure: 45
from IDEX Health & Science
Our Biocompatible, PEEK-Lined Stainless Steel (PLS) Column Hardware combines the strength of a metal exterior with the chemical inertness of PEEK polymer liner and frit to ensure the integrity of biological samples in high pressure biocompatible applications. Its design for use in UHPLC system,... [See More]
- Construction Material: polymer
- Column Length: 5
- Column Type: Analytical
- Inner Diameter: 2.1
from Bio-Rad Laboratories, Inc.
Pkg of 1, 5 ml, prepacked, CHT ceramic hydroxyapatite multimodal chromatography media cartridge, Type II. Bio-Scale Mini CHT cartridges are 5 ml Bio-Scale Mini cartridges filled with either CHT Type I or Type II having a particle size of 40 µm: Type I — sintered at 400 °C; has a high... [See More]
- Construction Material: polymer
- Inner Diameter: 5.6
- Column Type: Analytical
- Operating Pressure: 45
from IDEX Health & Science
Our Biocompatible, PEEK-Lined Stainless Steel (PLS) Column Hardware combines the strength of a metal exterior along with a titanium frit and chemical inertness of PEEK polymer liner and frit to ensure the integrity of biological samples in high pressure biocompatible applications. Its design for use... [See More]
- Construction Material: polymer
- Column Length: 10
- Column Type: Analytical
- Inner Diameter: 2.1
from Bio-Rad Laboratories, Inc.
Pkg of 5, 5 ml, prepacked, CHT ceramic hydroxyapatite multimodal chromatography media cartridge, Type II. Bio-Scale Mini CHT cartridges are 5 ml Bio-Scale Mini cartridges filled with either CHT Type I or Type II having a particle size of 40 µm: Type I — sintered at 400 °C; has a high... [See More]
- Construction Material: polymer
- Inner Diameter: 5.6
- Column Type: Analytical
- Operating Pressure: 45
from IDEX Health & Science
Our Biocompatible, PEEK-Lined Stainless Steel (PLS) Column Hardware combines the strength of a metal exterior with the chemical inertness of PEEK polymer liner and frit to ensure the integrity of biological samples in high pressure biocompatible applications. Its design for use in UHPLC system,... [See More]
- Construction Material: polymer
- Column Length: 5
- Column Type: Analytical
- Inner Diameter: 4.6
from IDEX Health & Science
Our Biocompatible, PEEK-Lined Stainless Steel (PLS) Column Hardware combines the strength of a metal exterior along with a titanium frit and the chemical inertness of PEEK polymer liner to ensure the integrity of biological samples in high pressure biocompatible applications. Its design for use in... [See More]
- Construction Material: polymer
- Column Length: 5
- Column Type: Analytical
- Inner Diameter: 4.6
from IDEX Health & Science
Our Capillary Sample Trap Column Assembly is designed specifically for separating and purifying biological samples for mass spectrometer analysis. It includes (1) 2-pk C-1250 C18 columns, (1) M-126 NanoFilter Capsule with a titanium frit, (2) P-416BLK Female black PEEK Frit, (2)F-152 MicroFerrule... [See More]
- Construction Material: polymer
- Column Type: Analytical
from IDEX Health & Science
This Microbore Guard Column is ideal for microbore HPLC. It is applicable for narrow-bore chromatography. This unpacked guard column enables you to match the chemistry of your column creating optimal column protection. It includes (2) C-128-31 replacement frits. [See More]
- Construction Material: polymer
- Column Length: 2
- Column Type: Guard
from IDEX Health & Science
Our Capillary Sample Trap Columns are ideal for separating and concentrating and/or purifying biological samples for mass spectrometer analysis. This assembly comes equipped with a NanoFilter Capsule and a Titanium Frit. [See More]
- Construction Material: polymer
- Column Type: Analytical