mono sodium gluconate manufacturer - 2012-12-17 17:25:14
Two facts need to be known. First do you have acidic urine? Acidic urine is a urine pH value of pH 5.0 – pH 5.5. Potassium citrate, usually effectively, alkalizes urine. How alkaline should it be? Accounts differ but somewhere within a range of pH 6.2 – pH 7.5.Use pH test strips to discover what your urine pH is. Obtain pH test strips, or pH paper. It's a simple home test but follow the instructions in the manufacturer's instructions leaflet accurately. An incorrect reading may cause wrong conclusions that lead to incorrect actions.The second fact to be learnt is your starting (baseline) level of serum (blood) potassium. This means a blood test arranged by your doctor. And it means repeated potassium tests to discover how well raising potassium is raising urine pH.You MUST work with a doctor. There are many dangers of both high potassium (hyperkalemia) and low potassium (hypokalemia). Whilst you can test your urine pH with pH paper at home. Sodium oxalate is also being called as disodium oxalate. As the name implies it is the sodium salt of oxalic acid. Its molecular formula is Na2C2O4. It is normally a white, crystalline powder which is odorless like water. It gets decomposed at a temperature which is more than 250o C and less than 270oC. Natroxalate is the mineral form of sodium oxalate. It is hardly found.Sodium oxalate is often being used as a reducing agent. For those who are not familiar with this term of the chemistry, reducing agent is a compound used in a reduction-oxidation reaction that is redox reaction which provides an electron to another element or compound. But because the reducer loses an electron, it is said to "oxidized". This obviously indicates the presence of an "oxidizer"; as if there is a donor that is reducing agent, then there must be a recipient that is an oxidizing agent. Therefore, in simple words, the reducing agent gets "oxidized" and oxidizing agent gets "reduced".Being a reducing agent, sodium oxalate has the property of easily losing the electrons. The distance between the nucleus and the valance electrons in this element is large due to which the electrons do not have a strong attraction quality, which thereby makes it a good reducing agent.