Shodex™ Capture the Essence
Effects of Temperature (KF-402HQ)
The effect of column temperature on HETP was examined for organic solvent SEC (GPC) semi-micro column, GPC KF-402HQ. There is not a considerable temperature influence for the analysis of relatively small MW compound such as dicyclohexylphthalate. However, improved separation can be expected for the analysis of larger MW compound analysis at higher column temperature conditions.
Sample : 0.05% Dicyclohexyl phthalate, 5μL
HETP = (Column length)/(Theoretical plate number)
Columns : Shodex GPC KF-402HQ (4.6mmI.D. x 250mm) x 2 Eluent : THF Flow rate : 0.3mL/min Detector : UV(254nm)
Sample name index
Product name index
Applications
- GPC/MALS Analysis of NBS706 (KF-806, KD-806)
- Molecular Weight Distribution of PMMA for Artificial Tooth (Comparison between Zimm Plot and GPC/MALS) (KF-806L)
- GPC/MALS Analysis of Standard Polystyrene (KF-806L)
- Polystyrene Standards (1) (KF-801)
- Polystyrene Standards (2) (KF-802)
- Polystyrene Standards (3) (KF-803L)
- Polystyrene Standards (4) (KF-804L)
- Polystyrene Standards (5) (KF-805L)
- Polystyrene Standards (6) (KF-806L)
- Polystyrene Standards (7) (KF-807L)
- Poly(Ethylene Glycol) Standards (1) (THF Eluent) (KF-801)
- Poly(Methyl Methacrylate) Standards (1) (KF-805L)
- Poly(Methyl Methacrylate) Standards (2) (KF-806L)
- Polycarbonate Resin (1) (KF-806L)
- Phenoxy Resin (1) (KF-806L)
- Phenol Resin (1) (KF-804L)
- Polycaprolactone (KF-806L)
- Epoxy Resin (1) (Comparison of KF-803L and KF-603 + KF-602.5)
- 1,2-Polybutadiene (1) (KF-805L)
- Poly(Vinyl Formal) (1) (KF-806L)
- Poly(Vinyl Butyral) (1) (KF-806L)
- Cellulose Acetate (3) (KF-806L)
- Cellulose Acetate Butyrate (KF-806L)
- Poly(Vinyl Chloride) (KF-806M)
- Poly(Vinyl Acetate) (KF-805L)
- Ethylene Vinyl Acetate Copolymer (1) (KF-806L)
- Poly(Butyl Methacrylate) (KF-806L)
- Poly(Isobutyl Methacrylate) (KF-806L)
- Butyl Methacrylate Isobutyl Methacrylate Copolymer (KF-806L)
- Polystyrene Standards (21) (GF-HQ : THF, Chloroform and DMF)
- Vinylidene Chloride Vinyl Chloride Copolymer (KF-805L)
- Vinyl Chloride Vinyl Acetate Vinyl Alcohol Terpolymer (KF-805L)
- Styrene butyl methacrylate copolymer (1) (KF-805L)
- Styrene Butadiene ABA Block Copolymer (KF-806M)
- Styrene Isoprene ABA Block Copolymer (KF-806M)
- Styrene Ethylenre Butylene ABA Block Copolymer (KF-806M)
- Poly(2,4,6-tribromostyrene) (KF-805L)
- Polysulfone Resin (KF-805L)
- Poly(Propylene Glycol) (KF-802.5)
- Polystyrene Standards (11) (KF-601)
- Polystyrene Standards (12) (KF-602)
- Polystyrene Standards (13) (KF-602.5)
- Polystyrene Standards (14) (KF-603)
- Polystyrene Standards (15) (KF-604)
- Polystyrene Standards (16) (KF-606M)
- Comparison of KF-602 and KF-802
- Effects of Flow Rate (KF-602)
- Effects of Sample Concentration (KF-606M)
- Effects of Injection Volume (KF-606M)
- Polystyrene Standards (18) RAPRA, NBS 706 (KF-606M)
- Effects of Temperature (KF-602)
- Comparison of KF-402HQ and KF-802
- Polystyrene Oligomer Separation (KF-402HQ)
- Effects of Flow Rate (1) (KF-402HQ)
- Effects of Flow Rate (2) (KF-402.5HQ + KF-403)
- Effects of Injection Volume (KF-402HQ, KF-406LHQ)
- Effects of Sample Concentration (1) (KF-402HQ)
- Effects of Sample Concentration (2) (KF-403HQ + KF-402HQ)
- Effects of Sample Concentration (3) (KF-406LHQ)
- Influence of Instruments for Performance of Semi-micro Columns
- MW Distribution Analysis (KF-406LHQ)
- Phenoxy Resin (4) (LF-804)
- Polycarbonate Resin (3) (LF-804)
- Poly(Vinyl Butyral) (2) (LF-804)
- Poly(Vinyl Formal) (2) (LF-804)
- Separation of Polystyrene Standard using GPC Columns
- Comparison of LF-804, LF-404 and LF-604
- Styrene Butyl Methacrylate Copolymer (2) (LF-404)
- Poly(Methyl Methacrylate) (1) (LF-404)
- Ethylene Vinyl Acetate Copolymer (3) (LF-404)
- 1,2-Polybutadiene (2) (LF-404)
- Effects of The Unit of Columns on The Separation (1) (LF-404: PS)
- Effects of The Unit of Columns on The Separation (2) (LF-404: Epoxy Resin)
- Polyurethane (LF-404)
- Comparison of HK-404L and KF-805L
- Effects of Flow Rate (1) (HK-404L)
- Effects of Flow Rate (2) (HK-404L)
- Polystyrene Standards (23) (HK-404L)
- Poly(Methyl Methacrylate) (3) (HK-404L)
- Poly(Butyl Methacrylate) (2) (HK-404L)
- Styrene Butyl Methacrylate Copolymer (3) (HK-404L)
- Comparison of Separation using HK-404L with Conventional Device and Semi-micro Type Device (HK-404L)
- Epoxy Resin (4) (Comparison of HK-404L and HK-404L + HK-401)
- Biodegradable Polymer (4) (Polylactic Acid) (HK-404L)
- Absolute Molecular Weight Determination of Star-shaped Polystyrene (HK-404L)
- Epoxy Resin (5) (Comparison of HK and KF-800 Series Columns)
Applications (related information)
- Calibration Curves for KF-800 Series (THF Eluent: PS)
- Calibration Curves for KF-800L Series (THF Eluent: PS)
- Calibration Curves for KF-600 Series (THF Eluent: PS)
- Calibration Curves for KF-400HQ Series (THF Eluent: PS)
- Calibration Curve for LF-804 (THF Eluent: PS)
- Calibration Curves for LF-404 and LF-604 (THF Eluent: PS)
- Calibration Curve for GF-510 HQ + GF-310 HQ (THF Eluent: PS)
- Calibration Curve for HK-400 series (THF Eluent : PS)
- Calibration Curves for GF-HQ Series (THF Eluent: PS)
Synthetic Polymers
- Hydrophobic Polymers: THF Eluent
- Hydrophobic Polymers: Chloroform Eluent
- Hydrophobic Polymers: DMF Eluent
- Hydrophobic Polymers: HFIP Eluent
- Hydrophobic Polymers: Other Eluents
- Hydrophobic Polymers: High Temperature SEC
- Additives in Hydrophobic Polymers
- Hydrophobic Oligomers
- Hydrophilic Polymers
- Cationic Polymers
- Solvent-peak Separation Columns
- To Realize Pure SEC Mode
- Guidelines for Shodex Column Selection
- Sample Concentration for SEC Analysis
- Effects of Sample Load (Pullulan)
- Selection of Calibration Curves
- Selection of Calibration Standards
- Connection of Different Pore-size Columns
- Column Connection and Linear Type Columns
- Comparison of Calibration Curves: Linear Type and Mixed Gel Type
- Comparison of Calibration Curves: Linear Type and Column Connection
- Comparison of Calibration Curves: Linear Type and Conventional Type
- Comparison of Separation: Linear Type and Column Connection
- Comparison of Separation: Linear Type and Conventional Type (1)
- Comparison of Separation: Linear Type and Conventional Type (2)
- Solubility of Solvents
- Physical Chemistry Properties of Solvents
- Polarities of Solvents
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