The Beverage Analysis kit is a comprehensive, easy-to-use kit for rapid quantitation of 6 commonly used additives (acesulfame-K, saccharin, caffeine, benzoate, sorbate, and aspartame) in soft drink formulations.

The IC Phosphate Calibration Kit (350-550 mg/L) consists of four individual reference standards (three calibration standards at 350, 450, 550 mg/L of phosphate and one check standard at 445 mg/L of phosphate in 18.2 M? deionized water). The standards are intended for use as calibration standards for ion chromatography to analyze phosphate/phosphoric acid levels in beverages.

The 450 mg/L Phosphate Calibration Standard is a component of the IC Phosphate Calibration Kit (350-550 mg/L), which is intended for use as a calibration standard for ion chromatography to analyze phosphate/phosphoric acid levels in beverages.

The 550 mg/L Phosphate Calibration Standard is a component of the IC Phosphate Calibration Kit (350-550 mg/L), which is intended for use as a calibration standard for ion chromatography to analyze phosphate/phosphoric acid levels in beverages

The 650 mg/L Phosphate Calibration Standard is a component of the IC Phosphate Calibration Kit (350-550 mg/L), which is intended for use as a calibration standard for ion chromatography to analyze phosphate/phosphoric acid levels in beverages.

The 445 mg/L Phosphate Check Standard is a component of the IC Phosphate Calibration Kit (350-550 mg/L). This standard is intended for use as a check standard for ion chromatography to analyze phosphate/phosphoric acid levels in beverages.

The Beverage Analysis kit is a comprehensive, easy-to-use kit for rapid quantitation of 6 commonly used additives (acesulfame-K, saccharin, caffeine, benzoate, sorbate, and aspartame) in soft drink formulations.

The IC Phosphate Calibration Kit (350-550 mg/L) consists of four individual reference standards (three calibration standards at 350, 450, 550 mg/L of phosphate and one check standard at 445 mg/L of phosphate in 18.2 M? deionized water). The standards are intended for use as calibration standards for ion chromatography to analyze phosphate/phosphoric acid levels in beverages.

The 350 mg/L Phosphate Calibration Standard is a component of the IC Phosphate Calibration Kit (350-550 mg/L), which is intended for use as a calibration standard for ion chromatography to analyze phosphate/phosphoric acid levels in beverages. 

The 450 mg/L Phosphate Calibration Standard is a component of the IC Phosphate Calibration Kit (350-550 mg/L), which is intended for use as a calibration standard for ion chromatography to analyze phosphate/phosphoric acid levels in beverages.

The 550 mg/L Phosphate Calibration Standard is a component of the IC Phosphate Calibration Kit (350-550 mg/L), which is intended for use as a calibration standard for ion chromatography to analyze phosphate/phosphoric acid levels in beverages

The 650 mg/L Phosphate Calibration Standard is a component of the IC Phosphate Calibration Kit (350-550 mg/L), which is intended for use as a calibration standard for ion chromatography to analyze phosphate/phosphoric acid levels in beverages.

The Beverage Analysis kit is a comprehensive, easy-to-use kit for rapid quantitation of 6 commonly used additives (acesulfame-K, saccharin, caffeine, benzoate, sorbate, and aspartame) in soft drink formulations.

The IC Phosphate Calibration Kit (350-550 mg/L) consists of four individual reference standards (three calibration standards at 350, 450, 550 mg/L of phosphate and one check standard at 445 mg/L of phosphate in 18.2 M? deionized water). The standards are intended for use as calibration standards for ion chromatography to analyze phosphate/phosphoric acid levels in beverages.

The 350 mg/L Phosphate Calibration Standard is a component of the IC Phosphate Calibration Kit (350-550 mg/L), which is intended for use as a calibration standard for ion chromatography to analyze phosphate/phosphoric acid levels in beverages. 

The 550 mg/L Phosphate Calibration Standard is a component of the IC Phosphate Calibration Kit (350-550 mg/L), which is intended for use as a calibration standard for ion chromatography to analyze phosphate/phosphoric acid levels in beverages

The 650 mg/L Phosphate Calibration Standard is a component of the IC Phosphate Calibration Kit (350-550 mg/L), which is intended for use as a calibration standard for ion chromatography to analyze phosphate/phosphoric acid levels in beverages.

The 445 mg/L Phosphate Check Standard is a component of the IC Phosphate Calibration Kit (350-550 mg/L). This standard is intended for use as a check standard for ion chromatography to analyze phosphate/phosphoric acid levels in beverages.

The Beverage Analysis kit is a comprehensive, easy-to-use kit for rapid quantitation of 6 commonly used additives (acesulfame-K, saccharin, caffeine, benzoate, sorbate, and aspartame) in soft drink formulations.

The IC Phosphate Calibration Kit (350-550 mg/L) consists of four individual reference standards (three calibration standards at 350, 450, 550 mg/L of phosphate and one check standard at 445 mg/L of phosphate in 18.2 M? deionized water). The standards are intended for use as calibration standards for ion chromatography to analyze phosphate/phosphoric acid levels in beverages.

The 350 mg/L Phosphate Calibration Standard is a component of the IC Phosphate Calibration Kit (350-550 mg/L), which is intended for use as a calibration standard for ion chromatography to analyze phosphate/phosphoric acid levels in beverages. 

The 450 mg/L Phosphate Calibration Standard is a component of the IC Phosphate Calibration Kit (350-550 mg/L), which is intended for use as a calibration standard for ion chromatography to analyze phosphate/phosphoric acid levels in beverages.

The 650 mg/L Phosphate Calibration Standard is a component of the IC Phosphate Calibration Kit (350-550 mg/L), which is intended for use as a calibration standard for ion chromatography to analyze phosphate/phosphoric acid levels in beverages.

The 445 mg/L Phosphate Check Standard is a component of the IC Phosphate Calibration Kit (350-550 mg/L). This standard is intended for use as a check standard for ion chromatography to analyze phosphate/phosphoric acid levels in beverages.

The Beverage Analysis kit is a comprehensive, easy-to-use kit for rapid quantitation of 6 commonly used additives (acesulfame-K, saccharin, caffeine, benzoate, sorbate, and aspartame) in soft drink formulations.

The IC Phosphate Calibration Kit (350-550 mg/L) consists of four individual reference standards (three calibration standards at 350, 450, 550 mg/L of phosphate and one check standard at 445 mg/L of phosphate in 18.2 M? deionized water). The standards are intended for use as calibration standards for ion chromatography to analyze phosphate/phosphoric acid levels in beverages.

The 350 mg/L Phosphate Calibration Standard is a component of the IC Phosphate Calibration Kit (350-550 mg/L), which is intended for use as a calibration standard for ion chromatography to analyze phosphate/phosphoric acid levels in beverages. 

The 450 mg/L Phosphate Calibration Standard is a component of the IC Phosphate Calibration Kit (350-550 mg/L), which is intended for use as a calibration standard for ion chromatography to analyze phosphate/phosphoric acid levels in beverages.

The 550 mg/L Phosphate Calibration Standard is a component of the IC Phosphate Calibration Kit (350-550 mg/L), which is intended for use as a calibration standard for ion chromatography to analyze phosphate/phosphoric acid levels in beverages

The 445 mg/L Phosphate Check Standard is a component of the IC Phosphate Calibration Kit (350-550 mg/L). This standard is intended for use as a check standard for ion chromatography to analyze phosphate/phosphoric acid levels in beverages.

The AccQ•Tag Chemistry Kit contains the necessary components needed for HPLC analysis of protein and peptide hydrolysate amino acids. The kit provides sufficient reagents for 250 analyses.

The AccQ•Tag Eluent A Concentrate is used for the analysis of protein hydrolysates, foods and feeds, cell cultures, and alkylated cysteines. This concentrated eluate is used as a component of the AccQ•Tag Chemistry Kit.

The AccQ•Tag Eluent B is used for the analysis of protein hydrolysates, foods and feeds, cell cultures, and alkylated cysteine. This ready-to use eluate is used as a component of the AccQ•Tag Chemistry Kit.

The Amino Acid Standard contains a mixture of 17 hydrolysate amino acids and is intended for use with the Pico•Tag Chemistry package, Pico•Tag Reagent Kit, AccQ•Tag Chemistry Package, and AccQ•Tag Ultra Chemistry Kit.

The AccQ•Tag Chemistry Kit contains the necessary components needed for HPLC analysis of protein and peptide hydrolysate amino acids. The kit provides sufficient reagents for 250 analyses.

The AccQ•Tag Eluent B is used for the analysis of protein hydrolysates, foods and feeds, cell cultures, and alkylated cysteine. This ready-to use eluate is used as a component of the AccQ•Tag Chemistry Kit.

The Amino Acid Standard contains a mixture of 17 hydrolysate amino acids and is intended for use with the Pico•Tag Chemistry package, Pico•Tag Reagent Kit, AccQ•Tag Chemistry Package, and AccQ•Tag Ultra Chemistry Kit.

The AccQ•Tag Chemistry Kit contains the necessary components needed for HPLC analysis of protein and peptide hydrolysate amino acids. The kit provides sufficient reagents for 250 analyses.

The AccQ•Tag Eluent A Concentrate is used for the analysis of protein hydrolysates, foods and feeds, cell cultures, and alkylated cysteines. This concentrated eluate is used as a component of the AccQ•Tag Chemistry Kit.

The Amino Acid Standard contains a mixture of 17 hydrolysate amino acids and is intended for use with the Pico•Tag Chemistry package, Pico•Tag Reagent Kit, AccQ•Tag Chemistry Package, and AccQ•Tag Ultra Chemistry Kit.

The UPLC^® AAA Application Add-on Kit is intended for existing ACQUITY UPLC^® users who want to begin performing amino acid analysis (AAA). This add-on kit contains the AccQ•Tag™ Ultra Refill Package, manuals, method template, and system accessories. This kit is intended to be purchased when adding AAA to an ACQUITY UPLC System.

The UPLC^® AAA H-Class Applications Kit is intended for ACQUITY UPLC^® H-Class users who want to begin performing amino acid analysis (AAA). This kit contains the AccQ•Tag™ Ultra Refill Package, manuals, method template, and system accessories. This kit is intended to be purchased when adding AAA to an existing ACQUITY UPLC H-Class System.

AccQ•Tag Ultra Derivatization Kit is used for derivatizing primary and secondary amino acids in a single step. This kit is a component of the UPLC Amino Acid Analysis (AAA) Application Solution and contains sufficient reagents for 250 analyses.

The AccQ•Tag^™ Ultra Eluent A Concentrate is a concentrated aqueous buffer used as a mobile phase for amino acid analysis of protein hydrolysates, foods and feeds, alkylated cysteines, and cell cultures. This premixed eluate is a component of the AccQ•Tag Ultra Chemistry Kit.

The AccQ•Tag Ultra Eluent B is used as a mobile phase for amino acid analysis of protein hydrolysates, foods and feeds, alkylated cysteines, and cell cultures. It is a component of the AccQ•Tag Ultra Chemistry Kit.

AccQ•Tag Ultra Refill Package contains the components needed to replenish the chemistries that are a part of the UPLC AAA Application Kit for ACQUITY UPLC and UPLC AAA H-Class Applications Kit. This refill package is not intended to be purchased as part of an initial system.

The AccQ•Tag^™ Ultra Eluent A Concentrate is a concentrated aqueous buffer used as a mobile phase for amino acid analysis of protein hydrolysates, foods and feeds, alkylated cysteines, and cell cultures. This premixed eluate is a component of the AccQ•Tag Ultra Chemistry Kit.

The AccQ•Tag Ultra Eluent B is used as a mobile phase for amino acid analysis of protein hydrolysates, foods and feeds, alkylated cysteines, and cell cultures. It is a component of the AccQ•Tag Ultra Chemistry Kit.

AccQ•Tag Ultra Refill Package contains the components needed to replenish the chemistries that are a part of the UPLC AAA Application Kit for ACQUITY UPLC and UPLC AAA H-Class Applications Kit. This refill package is not intended to be purchased as part of an initial system.

AccQ•Tag Ultra Derivatization Kit is used for derivatizing primary and secondary amino acids in a single step. This kit is a component of the UPLC Amino Acid Analysis (AAA) Application Solution and contains sufficient reagents for 250 analyses.

The AccQ•Tag Ultra Eluent B is used as a mobile phase for amino acid analysis of protein hydrolysates, foods and feeds, alkylated cysteines, and cell cultures. It is a component of the AccQ•Tag Ultra Chemistry Kit.

AccQ•Tag Ultra Refill Package contains the components needed to replenish the chemistries that are a part of the UPLC AAA Application Kit for ACQUITY UPLC and UPLC AAA H-Class Applications Kit. This refill package is not intended to be purchased as part of an initial system.

AccQ•Tag Ultra Derivatization Kit is used for derivatizing primary and secondary amino acids in a single step. This kit is a component of the UPLC Amino Acid Analysis (AAA) Application Solution and contains sufficient reagents for 250 analyses.

The AccQ•Tag^™ Ultra Eluent A Concentrate is a concentrated aqueous buffer used as a mobile phase for amino acid analysis of protein hydrolysates, foods and feeds, alkylated cysteines, and cell cultures. This premixed eluate is a component of the AccQ•Tag Ultra Chemistry Kit.

The Preparative Chromatography Mix Standard is a specially formulated mix for the preparative or purification system. The Preparative Chromatography Mix Standard allows the user to evaluate and benchmark their chromatography prep or purification system with UV or MS before analysis of critical material. The Preparative Chromatography Standard includes a void marker, neutral, acidic and basic compounds. It can be used with a variety of column chemistries and dimensions, and system hardware.

The LCMS QC Reference Standard is designed for use with high performance MS's like Synapt G2-S, Xevo G-S QTof. It is intended to be used as a system benchmarking standard. When used consistently and control charted, the QCRM will provide - confidence in your results - reduce troubleshooting and re-run time - enable cross lab result comparisons The mix is extremely versatile and appropriate for a vast variety of column chemistries and dimensions. It is adaptable to a wide variety of separation methods.

The Beverage Analysis kit is a comprehensive, easy-to-use kit for rapid quantitation of 6 commonly used additives (acesulfame-K, saccharin, caffeine, benzoate, sorbate, and aspartame) in soft drink formulations.

The Beverage Analysis Mobile Phase is used for the analysis of soft drink formulations for sweeteners and preservatives and is a component of the Beverage Analysis Kit. This ready-to-use acetate buffer is available as a refill.

The Beverage Analysis Standard Solid is intended for the analysis of soft drink formulations for sweeteners and preservatives in conjunction with the Beverage Analysis 5 Standards Solution. This product is sold as a refill for use with the Beverage Analysis Kit.

The Beverage Analysis Mobile Phase is used for the analysis of soft drink formulations for sweeteners and preservatives and is a component of the Beverage Analysis Kit. This ready-to-use acetate buffer is available as a refill.

The Beverage Analysis Wash Buffer is used for the analysis of soft drink formulations for sweeteners and preservatives and is a component of the Beverage Analysis Kit. One liter of this ready-to-use wash buffer is provided as a refill.

The Beverage Analysis 5 Standards Solution is intended for the analysis of soft drink formulations for sweeteners and preservatives in conjunction with the Beverage Analysis Standard Solid. This 100 mL solution contains acesulfame-K, saccharin, caffeine, benzoate, and sorbate, and is sold as a refill for use with the Beverage Analysis Kit.

The Beverage Analysis Standard Solid is intended for the analysis of soft drink formulations for sweeteners and preservatives in conjunction with the Beverage Analysis 5 Standards Solution. This product is sold as a refill for use with the Beverage Analysis Kit.

The Beverage Analysis kit is a comprehensive, easy-to-use kit for rapid quantitation of 6 commonly used additives (acesulfame-K, saccharin, caffeine, benzoate, sorbate, and aspartame) in soft drink formulations.

The Beverage Analysis kit is a comprehensive, easy-to-use kit for rapid quantitation of 6 commonly used additives (acesulfame-K, saccharin, caffeine, benzoate, sorbate, and aspartame) in soft drink formulations.

The Beverage Analysis Mobile Phase is used for the analysis of soft drink formulations for sweeteners and preservatives and is a component of the Beverage Analysis Kit. This ready-to-use acetate buffer is available as a refill.

The Beverage Analysis 5 Standards Solution is intended for the analysis of soft drink formulations for sweeteners and preservatives in conjunction with the Beverage Analysis Standard Solid. This 100 mL solution contains acesulfame-K, saccharin, caffeine, benzoate, and sorbate, and is sold as a refill for use with the Beverage Analysis Kit.

The Beverage Analysis kit is a comprehensive, easy-to-use kit for rapid quantitation of 6 commonly used additives (acesulfame-K, saccharin, caffeine, benzoate, sorbate, and aspartame) in soft drink formulations.

The Beverage Analysis kit is a comprehensive, easy-to-use kit for rapid quantitation of 6 commonly used additives (acesulfame-K, saccharin, caffeine, benzoate, sorbate, and aspartame) in soft drink formulations.

The Beverage Analysis Mobile Phase is used for the analysis of soft drink formulations for sweeteners and preservatives and is a component of the Beverage Analysis Kit. This ready-to-use acetate buffer is available as a refill.

The Beverage Analysis Wash Buffer is used for the analysis of soft drink formulations for sweeteners and preservatives and is a component of the Beverage Analysis Kit. One liter of this ready-to-use wash buffer is provided as a refill.

The Beverage Analysis 5 Standards Solution is intended for the analysis of soft drink formulations for sweeteners and preservatives in conjunction with the Beverage Analysis Standard Solid. This 100 mL solution contains acesulfame-K, saccharin, caffeine, benzoate, and sorbate, and is sold as a refill for use with the Beverage Analysis Kit.

The Beverage Analysis Standard Solid is intended for the analysis of soft drink formulations for sweeteners and preservatives in conjunction with the Beverage Analysis 5 Standards Solution. This product is sold as a refill for use with the Beverage Analysis Kit.

The Reversed-Phase QC Reference Material is designed for use with any chromatographic systems containing a UV detector. It is intended to be used as a system benchmarking standard. The Reversed-Phase QC Reference Material is significantly more complex than the Neutrals QC Reference Material in that it contains a void marker, neutral, acidic and basic compounds which could be challenging to separate. It is designed to provide this complexity and is appropriate when complex assays are routinely performed. When used consistently and control charted, the QC Reference Material will provide - confidence in your results - reduce troubleshooting and re-run time - enable cross lab result comparisons It is adaptable to a wide variety of separation methods.

The LCMS QC Reference Standard is designed for use with high performance MS's like Synapt G2-S, Xevo G-S QTof. It is intended to be used as a system benchmarking standard. When used consistently and control charted, the QCRM will provide - confidence in your results - reduce troubleshooting and re-run time - enable cross lab result comparisons The mix is extremely versatile and appropriate for a vast variety of column chemistries and dimensions. It is adaptable to a wide variety of separation methods.

The Beverage Analysis kit is a comprehensive, easy-to-use kit for rapid quantitation of 6 commonly used additives (acesulfame-K, saccharin, caffeine, benzoate, sorbate, and aspartame) in soft drink formulations.

The 350 mg/L Phosphate Calibration Standard is a component of the IC Phosphate Calibration Kit (350-550 mg/L), which is intended for use as a calibration standard for ion chromatography to analyze phosphate/phosphoric acid levels in beverages. 

The 450 mg/L Phosphate Calibration Standard is a component of the IC Phosphate Calibration Kit (350-550 mg/L), which is intended for use as a calibration standard for ion chromatography to analyze phosphate/phosphoric acid levels in beverages.

The 550 mg/L Phosphate Calibration Standard is a component of the IC Phosphate Calibration Kit (350-550 mg/L), which is intended for use as a calibration standard for ion chromatography to analyze phosphate/phosphoric acid levels in beverages

The 650 mg/L Phosphate Calibration Standard is a component of the IC Phosphate Calibration Kit (350-550 mg/L), which is intended for use as a calibration standard for ion chromatography to analyze phosphate/phosphoric acid levels in beverages.

The 445 mg/L Phosphate Check Standard is a component of the IC Phosphate Calibration Kit (350-550 mg/L). This standard is intended for use as a check standard for ion chromatography to analyze phosphate/phosphoric acid levels in beverages.

The 20 Pesticide Standard Mix is intended for use with the Waters Pesticide Screening Application Solution with UNIFI. This application prepares laboratories to test more food and environmental samples for increasing numbers of residues and contaminants not just at, but below, regulatory limits. The Waters Pesticide Screening Application Solution is custom-built to minimize both false-positive (non-compliant) and false negative (compliant) findings. Now, for the first time, scientists will be able to reliably report the presence or absence of pesticide residues, easily streamline workflows, and increase the speed of analysis of complex matrices.

The Neutrals QC Reference Material is designed for use with any chromatographic systems containing a UV detector. It is intended to be used as a system benchmarking standard. The mix contains only neutral compounds. When used consistently and control charted, the QC Reference Material will provide confidence in your results, reduce troubleshooting and re-run time, and enable cross-laboratory result comparisons. This reference material is adaptable to a wide variety of separation methods. 

The Reversed-Phase QC Reference Material is designed for use with any chromatographic systems containing a UV detector. It is intended to be used as a system benchmarking standard. The Reversed-Phase QC Reference Material is significantly more complex than the Neutrals QC Reference Material in that it contains a void marker, neutral, acidic and basic compounds which could be challenging to separate. It is designed to provide this complexity and is appropriate when complex assays are routinely performed. When used consistently and control charted, the QC Reference Material will provide - confidence in your results - reduce troubleshooting and re-run time - enable cross lab result comparisons It is adaptable to a wide variety of separation methods.

The LCMS QC Reference Standard is designed for use with high performance MS's like Synapt G2-S, Xevo G-S QTof. It is intended to be used as a system benchmarking standard. When used consistently and control charted, the QCRM will provide - confidence in your results - reduce troubleshooting and re-run time - enable cross lab result comparisons The mix is extremely versatile and appropriate for a vast variety of column chemistries and dimensions. It is adaptable to a wide variety of separation methods.

The Quad LCMS QC Reference Material is designed for use with any chromatographic systems containing a Quad MS such as the SQD, TQD, Xevo TQ. It is intended to be used as a system benchmarking standard. When used consistently and control charted, the QCRM will provide: confidence in your results, reduce troubleshooting and re-run time, and enable cross lab result comparisons. It is adaptable to a wide variety of separation methods. 

The Neutrals QC Reference Material is designed for use with any chromatographic systems containing a UV detector. It is intended to be used as a system benchmarking standard. The mix contains only neutral compounds. When used consistently and control charted, the QC Reference Material will provide confidence in your results, reduce troubleshooting and re-run time, and enable cross-laboratory result comparisons. This reference material is adaptable to a wide variety of separation methods. 

The Reversed-Phase QC Reference Material is designed for use with any chromatographic systems containing a UV detector. It is intended to be used as a system benchmarking standard. The Reversed-Phase QC Reference Material is significantly more complex than the Neutrals QC Reference Material in that it contains a void marker, neutral, acidic and basic compounds which could be challenging to separate. It is designed to provide this complexity and is appropriate when complex assays are routinely performed. When used consistently and control charted, the QC Reference Material will provide - confidence in your results - reduce troubleshooting and re-run time - enable cross lab result comparisons It is adaptable to a wide variety of separation methods.

The Preparative Chromatography Mix Standard is a specially formulated mix for the preparative or purification system. The Preparative Chromatography Mix Standard allows the user to evaluate and benchmark their chromatography prep or purification system with UV or MS before analysis of critical material. The Preparative Chromatography Standard includes a void marker, neutral, acidic and basic compounds. It can be used with a variety of column chemistries and dimensions, and system hardware.

The Quad LCMS QC Reference Material is designed for use with any chromatographic systems containing a Quad MS such as the SQD, TQD, Xevo TQ. It is intended to be used as a system benchmarking standard. When used consistently and control charted, the QCRM will provide: confidence in your results, reduce troubleshooting and re-run time, and enable cross lab result comparisons. It is adaptable to a wide variety of separation methods. 

The Reversed-Phase QC Reference Material is designed for use with any chromatographic systems containing a UV detector. It is intended to be used as a system benchmarking standard. The Reversed-Phase QC Reference Material is significantly more complex than the Neutrals QC Reference Material in that it contains a void marker, neutral, acidic and basic compounds which could be challenging to separate. It is designed to provide this complexity and is appropriate when complex assays are routinely performed. When used consistently and control charted, the QC Reference Material will provide - confidence in your results - reduce troubleshooting and re-run time - enable cross lab result comparisons It is adaptable to a wide variety of separation methods.

The LCMS QC Reference Standard is designed for use with high performance MS's like Synapt G2-S, Xevo G-S QTof. It is intended to be used as a system benchmarking standard. When used consistently and control charted, the QCRM will provide - confidence in your results - reduce troubleshooting and re-run time - enable cross lab result comparisons The mix is extremely versatile and appropriate for a vast variety of column chemistries and dimensions. It is adaptable to a wide variety of separation methods.

The pH 4 buffer is used to calibrate a pH meter to pH 4 at 25 °C. The buffer is directly traceable to an SI unit via NIST SRMs and contains (a pint) 473 mL. This product is accredited to ISO Guide 34.

The pH 4 buffer is used to calibrate a pH meter to pH 4 at 25 °C. The buffer is directly traceable to an SI unit via NIST SRMs and contains 1000 mL. This product is accredited to ISO Guide 34.

The pH 7 buffer is used to calibrate a pH meter to pH 7 at 25 °C. The buffer is directly traceable to an SI unit via NIST SRMs and contains (a pint) 473 mL. This product is accredited to ISO Guide 34.

The pH 7 buffer is used to calibrate a pH meter to pH 7 at 25 °C. The buffer is directly traceable to an SI unit via NIST SRMs and contains 1000 mL. This product is accredited to ISO Guide 34.

The pH 10 buffer is used to calibrate a pH meter to pH 10 at 25 °C. The buffer is directly traceable to an SI unit via NIST SRMs and contains (a pint) 473 mL. This product is accredited to ISO Guide 34.

The pH 4 buffer is used to calibrate a pH meter to pH 4 at 25 °C. The buffer is directly traceable to an SI unit via NIST SRMs and contains (a pint) 473 mL. This product is accredited to ISO Guide 34.

The pH 4 buffer is used to calibrate a pH meter to pH 4 at 25 °C. The buffer is directly traceable to an SI unit via NIST SRMs and contains 1000 mL. This product is accredited to ISO Guide 34.

The pH 7 buffer is used to calibrate a pH meter to pH 7 at 25 °C. The buffer is directly traceable to an SI unit via NIST SRMs and contains (a pint) 473 mL. This product is accredited to ISO Guide 34.

The pH 7 buffer is used to calibrate a pH meter to pH 7 at 25 °C. The buffer is directly traceable to an SI unit via NIST SRMs and contains 1000 mL. This product is accredited to ISO Guide 34.

The pH 10 buffer is used to calibrate a pH meter to pH 10 at 25 °C. The buffer is directly traceable to an SI unit via NIST SRMs and contains 1000 mL. This product is accredited to ISO Guide 34.

The pH 4 buffer is used to calibrate a pH meter to pH 4 at 25 °C. The buffer is directly traceable to an SI unit via NIST SRMs and contains (a pint) 473 mL. This product is accredited to ISO Guide 34.

The pH 7 buffer is used to calibrate a pH meter to pH 7 at 25 °C. The buffer is directly traceable to an SI unit via NIST SRMs and contains (a pint) 473 mL. This product is accredited to ISO Guide 34.

The pH 7 buffer is used to calibrate a pH meter to pH 7 at 25 °C. The buffer is directly traceable to an SI unit via NIST SRMs and contains 1000 mL. This product is accredited to ISO Guide 34.

The pH 10 buffer is used to calibrate a pH meter to pH 10 at 25 °C. The buffer is directly traceable to an SI unit via NIST SRMs and contains (a pint) 473 mL. This product is accredited to ISO Guide 34.

The pH 10 buffer is used to calibrate a pH meter to pH 10 at 25 °C. The buffer is directly traceable to an SI unit via NIST SRMs and contains 1000 mL. This product is accredited to ISO Guide 34.

The pH 4 buffer is used to calibrate a pH meter to pH 4 at 25 °C. The buffer is directly traceable to an SI unit via NIST SRMs and contains 1000 mL. This product is accredited to ISO Guide 34.

The pH 7 buffer is used to calibrate a pH meter to pH 7 at 25 °C. The buffer is directly traceable to an SI unit via NIST SRMs and contains (a pint) 473 mL. This product is accredited to ISO Guide 34.

The pH 7 buffer is used to calibrate a pH meter to pH 7 at 25 °C. The buffer is directly traceable to an SI unit via NIST SRMs and contains 1000 mL. This product is accredited to ISO Guide 34.

The pH 10 buffer is used to calibrate a pH meter to pH 10 at 25 °C. The buffer is directly traceable to an SI unit via NIST SRMs and contains (a pint) 473 mL. This product is accredited to ISO Guide 34.

The pH 10 buffer is used to calibrate a pH meter to pH 10 at 25 °C. The buffer is directly traceable to an SI unit via NIST SRMs and contains 1000 mL. This product is accredited to ISO Guide 34.

The pH 4 buffer is used to calibrate a pH meter to pH 4 at 25 °C. The buffer is directly traceable to an SI unit via NIST SRMs and contains (a pint) 473 mL. This product is accredited to ISO Guide 34.

The pH 4 buffer is used to calibrate a pH meter to pH 4 at 25 °C. The buffer is directly traceable to an SI unit via NIST SRMs and contains 1000 mL. This product is accredited to ISO Guide 34.

The pH 7 buffer is used to calibrate a pH meter to pH 7 at 25 °C. The buffer is directly traceable to an SI unit via NIST SRMs and contains (a pint) 473 mL. This product is accredited to ISO Guide 34.

The pH 10 buffer is used to calibrate a pH meter to pH 10 at 25 °C. The buffer is directly traceable to an SI unit via NIST SRMs and contains (a pint) 473 mL. This product is accredited to ISO Guide 34.

The pH 10 buffer is used to calibrate a pH meter to pH 10 at 25 °C. The buffer is directly traceable to an SI unit via NIST SRMs and contains 1000 mL. This product is accredited to ISO Guide 34.

The pH 4 buffer is used to calibrate a pH meter to pH 4 at 25 °C. The buffer is directly traceable to an SI unit via NIST SRMs and contains (a pint) 473 mL. This product is accredited to ISO Guide 34.

The pH 4 buffer is used to calibrate a pH meter to pH 4 at 25 °C. The buffer is directly traceable to an SI unit via NIST SRMs and contains 1000 mL. This product is accredited to ISO Guide 34.

The pH 7 buffer is used to calibrate a pH meter to pH 7 at 25 °C. The buffer is directly traceable to an SI unit via NIST SRMs and contains 1000 mL. This product is accredited to ISO Guide 34.

The pH 10 buffer is used to calibrate a pH meter to pH 10 at 25 °C. The buffer is directly traceable to an SI unit via NIST SRMs and contains (a pint) 473 mL. This product is accredited to ISO Guide 34.

The pH 10 buffer is used to calibrate a pH meter to pH 10 at 25 °C. The buffer is directly traceable to an SI unit via NIST SRMs and contains 1000 mL. This product is accredited to ISO Guide 34.

The Pico•Tag® Reagent Kit for Physiologic Amino Acid Analysis is used for HPLC analysis of physiologic amino acids. This reagent kit contains PITC, TEA and standards (acidic, basic, and neutral standards) and is sold as a refill for use with the Pico•Tag Free Amino Acid Chemistry Package.

The Pico•Tag® Eluent 2 is used for HPLC analysis of physiologic amino acids. This aqueous buffer is packaged as a component of the Pico•Tag Chemistry Kit. A single 1 L bottle of eluent is provided.

The Pico•Tag® Eluent A is an aqueous buffer used as a mobile phase for HPLC separation of amino acids with the Pico•Tag method. Four 1 L bottles are provided.

The Pico•Tag® Diluent is used for reconstituting dried derivatized samples prior to HPLC analysis using the Pico•Tag method.

The Pico•Tag® Eluent A is an aqueous buffer used as a mobile phase for HPLC separation of amino acids with the Pico•Tag method. Four 1 L bottles are provided.

The Pico•Tag® Eluent B is an organic buffer used as a mobile phase for HPLC separation of amino acids with the Pico•Tag method. Four 1 L bottles are provided.

The Pico•Tag® Diluent is used for reconstituting dried derivatized samples prior to HPLC analysis using the Pico•Tag method.

The Pico•Tag Reagent Kit for Protein Hydrolysates is used for HPLC analysis of protein hydrolysates. This reagent kit contains PITC, TEA and standards (acidic, basic, and neutral standards) and is sold as a refill for use with the Pico•Tag Chemistry Package for Protein Hydrolysates.

Pico•Tag® Chemistry Package is used for the HPLC amino acid analysis of protein hydrolysates, physiologic fluids, feeds, foods, and pharmaceutical preparations. The package contains various reagents, including an HPLC column, reagent kit, eluents, diluent, and manual.

The Pico•Tag® Chemistry Package for Physiologic Amino Acids is designed for HPLC analysis of physiologic amino acids. The package contains the Pico•Tag column, reagent kit, eluents, diluent, manual, and sample tubes.

Pico•Tag® Chemistry Package is used for the HPLC amino acid analysis of protein hydrolysates, physiologic fluids, feeds, foods, and pharmaceutical preparations. The package contains various reagents, including an HPLC column, reagent kit, eluents, diluent, and manual.

The Pico•Tag® Eluent 2 is used for HPLC analysis of physiologic amino acids. This organic buffer is packaged as a component of the Pico•Tag Chemistry Kit.

The Pico•Tag® Diluent is used for reconstituting dried derivatized samples prior to HPLC analysis using the Pico•Tag method.

The Pico•Tag® Chemistry Package for Physiologic Amino Acids is designed for HPLC analysis of physiologic amino acids. The package contains the Pico•Tag column, reagent kit, eluents, diluent, manual, and sample tubes.

Pico•Tag® Chemistry Package is used for the HPLC amino acid analysis of protein hydrolysates, physiologic fluids, feeds, foods, and pharmaceutical preparations. The package contains various reagents, including an HPLC column, reagent kit, eluents, diluent, and manual.

The Pico•Tag® Eluent 1 is used for HPLC analysis of physiologic amino acids. This aqueous buffer is packaged as a component of the Pico•Tag Chemistry Kit. Four 1 L bottles of eluent are provided.

The Pico•Tag® Eluent 2 is used for HPLC analysis of physiologic amino acids. This aqueous buffer is packaged as a component of the Pico•Tag Chemistry Kit. A single 1 L bottle of eluent is provided.

The Pico•Tag® Diluent is used for reconstituting dried derivatized samples prior to HPLC analysis using the Pico•Tag method.

The Pico•Tag® Chemistry Package for Physiologic Amino Acids is designed for HPLC analysis of physiologic amino acids. The package contains the Pico•Tag column, reagent kit, eluents, diluent, manual, and sample tubes.

Pico•Tag® Chemistry Package is used for the HPLC amino acid analysis of protein hydrolysates, physiologic fluids, feeds, foods, and pharmaceutical preparations. The package contains various reagents, including an HPLC column, reagent kit, eluents, diluent, and manual.

The Pico•Tag® Eluent 1 is used for HPLC analysis of physiologic amino acids. This aqueous buffer is packaged as a component of the Pico•Tag Chemistry Kit. Four 1 L bottles of eluent are provided.

The Pico•Tag® Diluent is used for reconstituting dried derivatized samples prior to HPLC analysis using the Pico•Tag method.

The Pico•Tag® Chemistry Package for Physiologic Amino Acids is designed for HPLC analysis of physiologic amino acids. The package contains the Pico•Tag column, reagent kit, eluents, diluent, manual, and sample tubes.

The Pico•Tag® Eluent B is used for HPLC analysis of amino acid in protein hydrolysates. This aqueous buffer is packaged as a component of the Pico•Tag Chemistry Kit. A single 1 L bottle of eluent is provided.

The Pico•Tag® Diluent is used for reconstituting dried derivatized samples prior to HPLC analysis using the Pico•Tag method.

The Pico•Tag® Chemistry Package for Physiologic Amino Acids is designed for HPLC analysis of physiologic amino acids. The package contains the Pico•Tag column, reagent kit, eluents, diluent, manual, and sample tubes.

Pico•Tag® Chemistry Package is used for the HPLC amino acid analysis of protein hydrolysates, physiologic fluids, feeds, foods, and pharmaceutical preparations. The package contains various reagents, including an HPLC column, reagent kit, eluents, diluent, and manual.

Pico•Tag® Chemistry Package is used for the HPLC amino acid analysis of protein hydrolysates, physiologic fluids, feeds, foods, and pharmaceutical preparations. The package contains various reagents, including an HPLC column, reagent kit, eluents, diluent, and manual.

Triethylamine is a component of the Pico•Tag™ Reagent Kits for amino acid analysis and can be purchased separately as a refill.

Phenylisothiocyanate (PITC) is used for the Pico•Tag Method for precolumn derivatization of amino acids prior to HPLC analysis.

The Pico•Tag® Chemistry Package for Physiologic Amino Acids is designed for HPLC analysis of physiologic amino acids. The package contains the Pico•Tag column, reagent kit, eluents, diluent, manual, and sample tubes.

Pico•Tag® Chemistry Package is used for the HPLC amino acid analysis of protein hydrolysates, physiologic fluids, feeds, foods, and pharmaceutical preparations. The package contains various reagents, including an HPLC column, reagent kit, eluents, diluent, and manual.

The Pico•Tag® Eluent A is an aqueous buffer used as a mobile phase for HPLC separation of amino acids with the Pico•Tag method. Four 1 L bottles are provided.

The Pico•Tag® Eluent B is an organic buffer used as a mobile phase for HPLC separation of amino acids with the Pico•Tag method. Four 1 L bottles are provided.

The AutoPurification System Standard allows the user to evaluate and benchmark the performance of an AutoPurification/Preparative System through fraction collection before analysis of critical material. This Quality Control Reference Material is specially formulated to allow the user to verify correct fraction collection. The test is highly valuable when performed at first use/installation, and any time the system has not been used or has had any changes.

The System Evaluation Matrix #1 is intended for use as a reproducible background signal in the evaluation of LC and MS system performance. It is especially suitable for standard small molecule applications where a complicated matrix is required but naturally occurring alternatives, such as urine and plasma, are impractical.

The Neutrals QC Reference Material is designed for use with any chromatographic systems containing a UV detector. It is intended to be used as a system benchmarking standard. The mix contains only neutral compounds. When used consistently and control charted, the QC Reference Material will provide confidence in your results, reduce troubleshooting and re-run time, and enable cross-laboratory result comparisons. This reference material is adaptable to a wide variety of separation methods. 

The LCMS QC Reference Standard is designed for use with high performance MS's like Synapt G2-S, Xevo G-S QTof. It is intended to be used as a system benchmarking standard. When used consistently and control charted, the QCRM will provide - confidence in your results - reduce troubleshooting and re-run time - enable cross lab result comparisons The mix is extremely versatile and appropriate for a vast variety of column chemistries and dimensions. It is adaptable to a wide variety of separation methods.

The Soft Drink Analysis Mobile Phase is intended for the analysis of soft drink formulations for sweeteners and preservatives using the NovaPak^® C₁₈ Column. This mobile phase is a pre-mixed solution of denatured ethanol, potassium phosphate, and water.

The Beverage Analysis kit is a comprehensive, easy-to-use kit for rapid quantitation of 6 commonly used additives (acesulfame-K, saccharin, caffeine, benzoate, sorbate, and aspartame) in soft drink formulations.

The Soft Drink Analysis SF36 Mobile Phase is used for the analysis of soft drink formulations for sweeteners and preservatives with the SunFire Column. This is a pre-mixed, ready-to-use solution of denatured ethanol, potassium phosphate, and water.

The Beverage Analysis kit is a comprehensive, easy-to-use kit for rapid quantitation of 6 commonly used additives (acesulfame-K, saccharin, caffeine, benzoate, sorbate, and aspartame) in soft drink formulations.

The Soft Drink Analysis 4 Component Standard is intended for the analysis of soft drink formulations for sweeteners and preservatives using the NovaPak^® C₁₈ Column. The standard mix contains caffeine, benzoate, sorbate, and aspartame standards.

The UPC² Standard Mix is intended for use with the Waters ACQUITY UPC system. This four compound mix can be used to assess system performance and reproducibility.

The UPC² Standard Ibuprofen is a single component standard which can be used to assess the reproducibility of your Waters ACQUITY UPC^2® System or SFC system.

The UPC² Gradient Standard is intended to assess reproducibity of the ACQUITY UPC^2® System using a gradient separation. Separation details are obtained from the installation method and project. 

The UPC² Standard Mix is intended for use with the Waters ACQUITY UPC system. This four compound mix can be used to assess system performance and reproducibility.

The UPC² Standard Ibuprofen is a single component standard which can be used to assess the reproducibility of your Waters ACQUITY UPC^2® System or SFC system.

The UPC² Standard Ketoprofen is a single component standard which can be used to assess the reproducibility of your Waters ACQUITY UPC^2® System or SFC system.

The UPC² Standard Mix is intended for use with the Waters ACQUITY UPC system. This four compound mix can be used to assess system performance and reproducibility.

The UPC² Standard Ibuprofen is a single component standard which can be used to assess the reproducibility of your Waters ACQUITY UPC^2® System or SFC system.

The UPC² Standard Ketoprofen is a single component standard which can be used to assess the reproducibility of your Waters ACQUITY UPC^2® System or SFC system.

The UPC² Standard Mix is intended for use with the Waters ACQUITY UPC system. This four compound mix can be used to assess system performance and reproducibility.

The UPC² Standard Ibuprofen is a single component standard which can be used to assess the reproducibility of your Waters ACQUITY UPC^2® System or SFC system.

The UPC² Standard Ketoprofen is a single component standard which can be used to assess the reproducibility of your Waters ACQUITY UPC^2® System or SFC system.

The UPC² Standard Mix is intended for use with the Waters ACQUITY UPC system. This four compound mix can be used to assess system performance and reproducibility.

The UPC² Standard Ketoprofen is a single component standard which can be used to assess the reproducibility of your Waters ACQUITY UPC^2® System or SFC system.

The UPC² Standard Flavone is a single component standard which can be used to assess the reproducibility of your Waters ACQUITY UPC^2® or SFC system.

The UPC² Standard Ibuprofen is a single component standard which can be used to assess the reproducibility of your Waters ACQUITY UPC^2® System or SFC system.

The UPC² Standard Ketoprofen is a single component standard which can be used to assess the reproducibility of your Waters ACQUITY UPC^2® System or SFC system.

The UPC² Standard Flavone is a single component standard which can be used to assess the reproducibility of your Waters ACQUITY UPC^2® or SFC system.