Laboratory Phosphate Test Kits

4 Item(s)


  • per page
  • Test Tube Format Phosphate Test Kit: Standard Range, 25 Samples

    Test Tube Format Phosphate Test Kit: Standard Range, 25 Samples

    $45.00
    Learn More

    Product ID: PTK-TTSR-25

    This kit is supplied complete with all necessary reagents except for HPLC water.  Use this kit for quantitative phosphate analysis of essentially any aqueous sample, from wastewater to soil and plant extracts.  Simply extract solid samples using HPLC water before analysis.  This test tube format kit is to be used with your UV capable spectrophotometer capable of reading absorbance at 360nm.    

    Quantitates Phosphate in Complex Mixtures

    Standard Range Assay (5 ppm - 20 ppm Phosphate)

    Analyze 25 Samples With This Kit


    PNP Assay

    When reaction is complete, the purine product yields an increase in absorbance at 360 nm in equal molar ratio to the inorganic phosphate in the reaction mixture.  Using the equation of the linear regression line fitted to the set of phosphate standards, the phosphate concentration a sample can easily be determined.  

  • Test Tube Format Phosphate Test Kit: Standard Range, 100 Samples

    Test Tube Format Phosphate Test Kit: Standard Range, 100 Samples

    $120.00
    Learn More

    Product ID: PTK-TTSR-100

    This kit is supplied complete with all necessary reagents except for HPLC water.  Use this kit for quantitative phosphate analysis of essentially any aqueous sample, from wastewater to soil and plant extracts.  Simply extract solid samples using HPLC water before analysis.  This test tube format kit is to be used with your UV capable spectrophotometer capable of reading absorbance at 360nm.    

    Quantitates Phosphate in Complex Mixtures

    Standard Range Assay (5 ppm - 20 ppm Phosphate)

    Analyze 100 Samples With This Kit


    PNP Assay

    When reaction is complete, the purine product yields an increase in absorbance at 360 nm in equal molar ratio to the inorganic phosphate in the reaction mixture.  Using the equation of the linear regression line fitted to the set of phosphate standards, the phosphate concentration a sample can easily be determined.  

  • Test Tube Format Phosphate Test Kit: Low Range, 25 Samples

    Test Tube Format Phosphate Test Kit: Low Range, 25 Samples

    $45.00
    Learn More

    Product ID: PTK-TTLR-25

    This kit is supplied complete with all necessary reagents except for HPLC water.  Use this kit for quantitative phosphate analysis of essentially any aqueous sample, from wastewater to soil and plant extracts.  Simply extract solid samples using HPLC water before analysis.  This test tube format kit is to be used with your UV capable spectrophotometer capable of reading absorbance at 360nm.    

    Quantitates Phosphate in Complex Mixtures

    Low Range Assay (0.5 ppm - 5 ppm Phosphate)

    Analyze 25 Samples With This Kit


    PNP Assay

    When reaction is complete, the purine product yields an increase in absorbance at 360 nm in equal molar ratio to the inorganic phosphate in the reaction mixture.  Using the equation of the linear regression line fitted to the set of phosphate standards, the phosphate concentration a sample can easily be determined.  

  • Test Tube Format Phosphate Test Kit: Low Range, 100 Samples

    Test Tube Format Phosphate Test Kit: Low Range, 100 Samples

    $120.00
    Learn More

    Product ID: PTK-TTLR-100

    This kit is supplied complete with all necessary reagents except for HPLC water.  Use this kit for quantitative phosphate analysis of essentially any aqueous sample, from wastewater to soil and plant extracts.  Simply extract solid samples using HPLC water before analysis.  This test tube format kit is to be used with your UV capable spectrophotometer capable of reading absorbance at 360nm.    

    Quantitates Phosphate in Complex Mixtures

    Low Range Assay (0.5 ppm - 5 ppm Phosphate)

    Analyze 100 Samples With This Kit


    PNP Assay

    When reaction is complete, the purine product yields an increase in absorbance at 360 nm in equal molar ratio to the inorganic phosphate in the reaction mixture.  Using the equation of the linear regression line fitted to the set of phosphate standards, the phosphate concentration a sample can easily be determined.  

4 Item(s)


  • per page