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Product PartDescription:
Due to optimized particle size and a newly developed coating technology, the MAYI series online pretreatment column is highly effective in deproteinization and offers long-term stability. It provides excellent reproducibility even for continuous analysis of multiple analytes.
OUT OF STOCKDue to optimized particle size and a newly developed coating technology, the MAYI series online pretreatment column is highly effective in deproteinization and offers long-term stability. It provides excellent reproducibility even for continuous analysis of multiple analytes.
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Product PartDescription:
Zero dead volume design to prevent the spread of peaks. Double ended PEEK ferrule for connecting inlet/outlet tubing to columns. Use with knurled nut 228-45717-01.
OUT OF STOCKZero dead volume design to prevent the spread of peaks. Double ended PEEK ferrule for connecting inlet/outlet tubing to columns. Use with knurled nut 228-45717-01.
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Product PartDescription:
Due to optimized particle size and a newly developed coating technology, the MAYI series online pretreatment column is highly effective in deproteinization and offers long-term stability. It provides excellent reproducibility even for continuous analysis of multiple analytes.
OUT OF STOCKDue to optimized particle size and a newly developed coating technology, the MAYI series online pretreatment column is highly effective in deproteinization and offers long-term stability. It provides excellent reproducibility even for continuous analysis of multiple analytes.
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Product PartDescription:
Due to optimized particle size and a newly developed coating technology, the MAYI series online pretreatment column is highly effective in deproteinization and offers long-term stability. It provides excellent reproducibility even for continuous analysis of multiple analytes.
OUT OF STOCKDue to optimized particle size and a newly developed coating technology, the MAYI series online pretreatment column is highly effective in deproteinization and offers long-term stability. It provides excellent reproducibility even for continuous analysis of multiple analytes.
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Product PartDescription:
Due to optimized particle size and a newly developed coating technology, the MAYI series online pretreatment column is highly effective in deproteinization and offers long-term stability. It provides excellent reproducibility even for continuous analysis of multiple analytes.
OUT OF STOCKDue to optimized particle size and a newly developed coating technology, the MAYI series online pretreatment column is highly effective in deproteinization and offers long-term stability. It provides excellent reproducibility even for continuous analysis of multiple analytes.
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Product PartDescription:
Due to optimized particle size and a newly developed coating technology, the MAYI series online pretreatment column is highly effective in deproteinization and offers long-term stability. It provides excellent reproducibility even for continuous analysis of multiple analytes.
OUT OF STOCKDue to optimized particle size and a newly developed coating technology, the MAYI series online pretreatment column is highly effective in deproteinization and offers long-term stability. It provides excellent reproducibility even for continuous analysis of multiple analytes.
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Product PartDescription:
Ion chromatography (IC) is used for analysis of inorganic and organic ions. It is categorized as suppressor IC and non-suppressor IC. Non-suppressor IC is composed of a conventional HPLC system combined with a conductivity detector, while suppressor IC requires an extra suppressor.
OUT OF STOCKIon chromatography (IC) is used for analysis of inorganic and organic ions. It is categorized as suppressor IC and non-suppressor IC. Non-suppressor IC is composed of a conventional HPLC system combined with a conductivity detector, while suppressor IC requires an extra suppressor.
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Product PartDescription:
Shim-pack IC-Bromate guard column. For Bromate analysis column, please find 228-46884-91
OUT OF STOCKShim-pack IC-Bromate guard column. For Bromate analysis column, please find 228-46884-91
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Product PartDescription:
Shim-pack XR Series columns use a 2.2 μm packing particle size and offer a skillful balance between resolution efficiency and pressure. An XR Series column provides resolution equivalent to a general-purpose column with 5 μm packing particle size (Shim-pack VP-ODS), but significantly reduces the analysis time. The pressure on the column under many analysis conditions does not exceed 35 MPa. Consequently, ultrafast analysis can be comfortably performed on an existing instrument. Shim-pack XR-ODS Permits Simple Switching from Conventional Analysis The two chromatograms show differences in analysis times when using different columns. The lower chromatogram is the result of analysis using a Shimadzu Shim-pack VP-ODS general-purpose column. The upper chromatogram is from analysis with a Shim-pack XR-ODS fast analysis column. As both Shim-pack VP-ODS and Shim-pack XR-ODS offer identical resolution properties, Shim-pack XR-ODS maintains the resolution while significantly reducing analysis times.
OUT OF STOCKShim-pack XR Series columns use a 2.2 μm packing particle size and offer a skillful balance between resolution efficiency and pressure. An XR Series column provides resolution equivalent to a general-purpose column with 5 μm packing particle size (Shim-pack VP-ODS), but significantly reduces the analysis time. The pressure on the column under many analysis conditions does not exceed 35 MPa. Consequently, ultrafast analysis can be comfortably performed on an existing instrument. Shim-pack XR-ODS Permits Simple Switching from Conventional Analysis The two chromatograms show differences in analysis times when using different columns. The lower chromatogram is the result of analysis using a Shimadzu Shim-pack VP-ODS general-purpose column. The upper chromatogram is from analysis with a Shim-pack XR-ODS fast analysis column. As both Shim-pack VP-ODS and Shim-pack XR-ODS offer identical resolution properties, Shim-pack XR-ODS maintains the resolution while significantly reducing analysis times.
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Product Part -
Product PartDescription:
Shim-pack IC-SA4 (150 mmL × 4.6 mmI.D., 3.5 μm) To be used for analysis of Anions in Water No guard column required
OUT OF STOCKShim-pack IC-SA4 (150 mmL × 4.6 mmI.D., 3.5 μm) To be used for analysis of Anions in Water No guard column required
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Product PartDescription:
Analyzing Sugars in Foods and Biofuels Sugar analysis is commonly conducted in a variety of markets. The ethanol production process in the food and biofuels fields, which utilizes the sugar digestion system of yeast microorganisms, requires measuring and monitoring sugar components and amounts accurately for process design and quality control. Shim-pack™ SUR-Na, a ligand exchange chromatography column, offers excellent performance by combining size exclusion mode and sodium-based ligand exchange mode to provide superior separation of sugar components. Pure water can be used for the mobile phase, resulting in less effort to prepare for the analysis. Download brochure here. Alcohol Fermentation Monitoring by Sugar Analysis With its high performance deriving from the combination of size exclusion and sodium-based ligand exchange modes, monosaccharides, such as glucose and fructose, can be separated, making the Shim-pack™ SUR-Na column ideal for the process monitoring of ethanol production via fermentation reaction with microorganisms. Chromatographic Separation of Various Sugars The Shim-pack SUR-Na column has superior separation performance, especially for monosaccharides, sugar alcohols, and some oligosaccharides. Simple HPLC Setup The Shim-pack SUR-Na column can be used with a simple HPLC configuration because the mobile phase is pure water. The refractive index detector, RID-20A, is one of the most popular detectors to be adopted in combination with this column. The maximum pressure of the column is 4 MPa, allowing the system to be configured with the Nexera lite model. (*) compared to the previous model
OUT OF STOCKAnalyzing Sugars in Foods and Biofuels Sugar analysis is commonly conducted in a variety of markets. The ethanol production process in the food and biofuels fields, which utilizes the sugar digestion system of yeast microorganisms, requires measuring and monitoring sugar components and amounts accurately for process design and quality control. Shim-pack™ SUR-Na, a ligand exchange chromatography column, offers excellent performance by combining size exclusion mode and sodium-based ligand exchange mode to provide superior separation of sugar components. Pure water can be used for the mobile phase, resulting in less effort to prepare for the analysis. Download brochure here. Alcohol Fermentation Monitoring by Sugar Analysis With its high performance deriving from the combination of size exclusion and sodium-based ligand exchange modes, monosaccharides, such as glucose and fructose, can be separated, making the Shim-pack™ SUR-Na column ideal for the process monitoring of ethanol production via fermentation reaction with microorganisms. Chromatographic Separation of Various Sugars The Shim-pack SUR-Na column has superior separation performance, especially for monosaccharides, sugar alcohols, and some oligosaccharides. Simple HPLC Setup The Shim-pack SUR-Na column can be used with a simple HPLC configuration because the mobile phase is pure water. The refractive index detector, RID-20A, is one of the most popular detectors to be adopted in combination with this column. The maximum pressure of the column is 4 MPa, allowing the system to be configured with the Nexera lite model. (*) compared to the previous model