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- Para-dox® Aluminum Reaction Blocks
- Temperature Controlled Reactors
- Micro (50µL, 4x21mm Glass Inserts)
- Standard (1mL, 8x30mm Glass Inserts)
- Standard 96-Position, Photoredox (Gen II)
- Standard 96-Position, Photoredox, LIGHTWEIGHT (Gen II)
- Standard 96-Position, Parallel Synthesis (Gen II)
- Standard 24-Position, Photoredox (Gen II)
- Standard 24-Position, Parallel Synthesis (Gen II)
- Standard 96-Position, Photoredox
- Standard 96-Position, Parallel Synthesis
- Standard 24-Position, Photoredox
- Standard 24-Position, Parallel Synthesis
- Standard 48-Position, Photoredox, TCR
- Accessories
- HPLC Vials (2mL, 12x32mm)
- 1 DRAM Vials (4mL, 15x45mm)
- 1 DRAM 24-Position, Photoredox, 18mm spacing (Gen II)
- 1 DRAM 24-Position, Parallel Synthesis, 18mm spacing (Gen II)
- 1 DRAM 24-Position, Photoredox, 18mm spacing
- 1 DRAM 24-Position, Photoredox, 20mm Spacing
- 1 DRAM 24-Position, Parallel Synthesis, 20mm Spacing
- 1 DRAM 24-Position, Photoredox, TCR
- Accessories
- 2 DRAM Vials (8mL, 17x60mm)
- Nano (for 384-Well Glass Plates)
- Lumidox® II LED Arrays
- Flow Reactor
- Thermal Transfer Decks
- Tools
- Lumidox® II LED Arrays
- Lumidox® II Controller
- LumLamp
- Collection Plates
- Cap Mats
- Adhesive Sealing Films
- Glass and PP Inserts in 96 Well Format
- Reservoirs, Trough Plates & Basins
- PTFE Reservoirs
- Devices & Accessories
- Thermal Transfer Plates and Decks
- Crystallization / Physical Characterization / XRD
- Hastelloy C Tubing & Fittings
- UHPLC Tubing/Fitting Assemblies
- HPLC Tubing
- HPLC Fittings
- HPLC Connectors
- HPLC Adapters & Column Couplers
- Low Pressure Fittings
- Low Pressure Adapters and Connectors
- Low Pressure Valves
- Metric Fitting Adapters
- Micro Fittings, Filters & Connectors
- Inline & Pre-Column Filters
- Solvent Filters
- Chromatography Tools & Accessories
- Advantage™ 100 C8 & C18 Columns
- Advantage™ 300+ C4 & C18 Columns
- Armor™ C8 & C18 Columns
- Citus™ Echelon™ Columns
- Echelon™ Columns
- Fleet™ Direct Connect Columns
- Highload™ C18 Columns
- Lancer™ C8, C18, Cyano and Phenyl Columns
- Sprite™ Direct Connect Columns
- Guard Columns & Filters for Column Protection
- Infusion Kits & Syringes
- Valco® Valves & Accessories
- Sample Loops
- Fingertight Sample Loops
- PEEK Prep Sample Loops
- PEEK Sample Loops for High Pressure Automatic Switching Valves and 9125, 9725 and 9010 Manual PEEK Injector Valves
- Replacement High Pressure SS Sample Loops
- SS Sample Loops for 7125 and 7010 SS Injectors
- SS Sample Loops for 7725 and 7725i SS Injectors
- Stainless Steel Sample Loops
- UHPLC Fingertight Sample Loops
- Valco PEEK Sample Loops
- Valco SS Sample Loops
- Automatic Switching Valves
- Sample Injectors
- Replacement Parts & Accessories
- Supercritical Fluid Chromatography (SFC)
- Replacement Lamp Parts
- Replacement Pump Parts
- Agilent (HP) Replacement Piston Seals
- Agilent (HP) Replacement Pistons
- Agilent (HP) Rotor Seals
- Agilent (HP) Self-Priming Check Valves
- Dionex Seals
- For Waters/Berger/Multigram II/Varian Prep Systems
- Hitachi Replacement Piston Seals
- Hitachi Replacement Pistons
- Hitachi Self-Priming Check Valves
- Shimadzu Replacement Piston Seals
- Shimadzu Replacement Pistons
- Shimadzu Self-Priming Check Valves
- Waters Replacement Piston Seals
- Waters Replacement Pistons
- Waters Self-Priming Check valves
- Spin Filters
- Filter Plates
- SPE Filter Plates
- Poly DVB
- Ion Exchange – Polymer Based
- Ion Exchange – Silica based
- Reverse Phase
- Normal Phase
- Vacuum Filtration Systems
- Vacuum Manifold for SPE Sample Filtration
- Vacuum Manifolds for SPE, Elution and Filtration Columns
- 10 Position Vacuum Manifold – Complete System
- 12 Position Vacuum Manifold – Complete System
- 16 Position Vacuum Manifold – Complete System
- 24 Position Vacuum Manifold – Complete System
- Rplc. Parts for 10-Position Vacuum Manifold
- Rplc. Parts for 12-Position Vacuum Manifold
- Rplc. Parts for 16-Position Vacuum Manifold
- Rplc. Parts for 24-Position Vacuum Manifold
- Rplc. Parts for All Vacuum Manifolds
- Centrifuge Tubes
- EquaVAP® Evaporators
- Mobile Phase Filtration Systems, Filter Tubes & Accessories
- 47mm Filtration Apparatus – 1000mL
- 47mm Filtration Apparatus – 2000mL
- 47mm Filtration Apparatus – 4000mL
- 90mm Filtration Apparatus – 4000mL
- End to End Micro Pipettes
- Graduated Cylinder
- Low Adhesion Surface Micro-Centrifuge Tubes
- Membrane Filters
- Micro-Centrifuge Caps with O-ring Seal
- Mini-Prep Filter Vials
- Mobile Phase Bottle Caps
- Mobile Phase Pick-Up Adapter with Valve
- Mobile Phase Reservoirs
- Transfer Pipettes
- Vacuum Filter Systems – Complete
- Vacuum Filter Systems – Replacement Parts
- Writable Colored Cap Inserts
- Syringe Filter Syringes
- 8mm Vials & Vial Kits
- 9mm Vials & Vial Kits
- 9mm Precision MSQ™ Vial Kits
- 10mm Vials & Vial Kits
- 11mm Vials & Accessories
- 13mm Vials & Vial Kits
- Snap & Seal Vials
- 8 x 30 Vials
- 8 x 40 Vials
- Head Space Vials
- EPA/VOA & Scintillation Vials
- Cryovials & Microtubes
- Vial Handling & Storage
- Aluminum blocks for 20mL or 40mL Scintillation Vials
Heating your HPLC column prior to separation provides:
• Better and more consistent retention times
• Improved resolution
• Improved peak shape
• Better selectivity
• Reduced column back pressure
• Extended column life
• Better and more consistent retention times
• Improved resolution
• Improved peak shape
• Better selectivity
• Reduced column back pressure
• Extended column life
Rugged chromatographic methods ensure success for routine analysis. The effects of temperature control offer the benefit of stabilized retention times which are both rugged and reproducible.
Lower column back pressure is also achieved when heating your mobile phase, due to a decrease in liquid viscosity. This enables more efficient use of high pressure and ultra-high pressure
columns and devices which are becoming the standard in today’s industry.
So, which column heater is the best for your application? Three important factors should be considered when deciding:
Temperature repeatability, or the capability of the heater to reliably heat to the same set temperature time and again.
Temperature stability, which is the ability to maintain consistent temperature balance through the entire course of your method, and
Temperature accuracy - the degree of closeness of a heater’s actual temperature compared to the temperature you set. Keep in mind that the lower the stated specifications are, the better the heater performance. Typical heaters have an accuracy of ± 0.5 ºC which could potentially result in a full 1ºC swing in the actual temperature reading. Heaters with an accuracy of ± 0.1 ºC, such as those from Analytical Sales and Services, would potentially have a swing of only 0.2 degrees.
Analytical Sales and Services offers the most accurate and reliable column heaters available in the world today.
So, which column heater is the best for your application? Three important factors should be considered when deciding:
Temperature repeatability, or the capability of the heater to reliably heat to the same set temperature time and again.
Temperature stability, which is the ability to maintain consistent temperature balance through the entire course of your method, and
Temperature accuracy - the degree of closeness of a heater’s actual temperature compared to the temperature you set. Keep in mind that the lower the stated specifications are, the better the heater performance. Typical heaters have an accuracy of ± 0.5 ºC which could potentially result in a full 1ºC swing in the actual temperature reading. Heaters with an accuracy of ± 0.1 ºC, such as those from Analytical Sales and Services, would potentially have a swing of only 0.2 degrees.
Analytical Sales and Services offers the most accurate and reliable column heaters available in the world today.