Matrix: 2% HNO3 Min: >= 995 Max: = Manufactured and Tested in an ISO 17025/Guide 34 Accredited Facility

Formula: HgO in 3% HNO₃ Formula Weight: 216.59

Matrix: 2% HNO3 Min: >= 995 Max: = Manufactured and Tested in an ISO 17025/Guide 34 Accredited Facility

Matrix: 2% HNO3 Min: >= 995 Max: = Manufactured and Tested in an ISO 17025/Guide 34 Accredited Facility

Matrix: 2% HCl Min: >= 995 Max: = Manufactured and Tested in an ISO 17025/Guide 34 Accredited Facility

Formula: Li₂CO₃ in 3% HNO₃ Formula Weight: 6.94

Matrix: H2O Min: >= 995 Max: = Manufactured and Tested in an ISO 17025/Guide 34 Accredited Facility

The Ricca Chemical chromium AA standard is perfect for the analysis and detection of chemical samples in laboratories and research facilities.

1 mL = 1 mg Ca (1,000 ppm Ca)

The Ricca Chemical germanium AA standard is perfect for the analysis and detection of various liquids samples in chemical laboratories.

Formula: Cu in 3% HNO₃ Formula Weight: 63.55

Formula: Au in 3% HCl Formula Weight: 196.97 Description: 1000ppm Au

Matrix: 2% HCl Min: >= 995 Max: = Manufactured and Tested in an ISO 17025/Guide 34 Accredited Facility

Matrix: 2% HNO3 Min: >= 995 Max: = Manufactured and Tested in an ISO 17025/Guide 34 Accredited Facility

The Ricca Chemicals mercury AA standard with a composition of 96.69% water, 3.20% nitric acid, 0.11% mercuric oxide, is suitable for use in laboratory use only. It can be stored at a temperature of 15 to 30 degree C.

Formula: Pt in 3% HCl Formula Weight: 195.08

Matrix: 2% HCl Min: >= 995 Max: = Manufactured and Tested in an ISO 17025/Guide 34 Accredited Facility

The Ricca Chemical titanium AA standard with a composition of 94.78% water, 4.85% nitric acid, 0.27% hydrofluoric acid and 0.10% titanium, is suitable for research and laboratory use. It is also used in pharmaceutical industries. It can be stored at a temperature of 15 to 30 degree C.

The Ricca Chemical sodium AA standard with a composition of 98.44% water, 1.31% hydrochloric acid and 0.25% sodium chloride, is suitable for use in atomic absorption spectrometry. It can be stored at a temperature of 15 to 30 degree C.

Formula: Be in 3% HNO₃

Matrix: 2% HCl Min: >= 995 Max: = Manufactured and Tested in an ISO 17025/Guide 34 Accredited Facility

Formula: Pd in 3% HCl Formula Weight: 106.42

Matrix: 2% HCl Min: >= 995 Max: = Manufactured and Tested in an ISO 17025/Guide 34 Accredited Facility

Matrix: 2% HNO3 Min: >= 995 Max: = Manufactured and Tested in an ISO 17025/Guide 34 Accredited Facility

Matrix: 2% HCl Min: >= 995 Max: = Manufactured and Tested in an ISO 17025/Guide 34 Accredited Facility

Matrix: 2% HNO3 Min: >= 995 Max: = Manufactured and Tested in an ISO 17025/Guide 34 Accredited Facility

Matrix: 2% HNO3 Min: >= 995 Max: = Manufactured and Tested in an ISO 17025/Guide 34 Accredited Facility

Matrix: 5% HNO3/0,5% HF Min: >= 995 Max: = Manufactured and Tested in an ISO 17025/Guide 34 Accredited Facility

Formula: Mg in 3% HNO₃ Formula Weight: 24.31