To minimize the human interference, we have incorporated automated systems and thus, we are capable of maintaining high standards in terms of quality, space or delivery of the products. We understand how important packaging is. Therefore, we make sure our products ate packed properly, have smudge-proof labels and are aesthetic to look to lure in more customers.

Method of analysis

• By Acidity : Take 50 ml N/1 NaOH in a 250-ml beaker and chill it in an ice bath. Transfer about 1gm of sample in a chilled N/1 NaOH standard drop by drop with constant stirring. Control the addition of sample in such a way that there is no violent reaction. Set aside the beaker for 10 minutes and heat the beaker in a water bath for about 30 minutes, cool and titrate it with N/1 H₂SO₄ using Methyl Red/Bromocresol green (7 parts Methyl Red and 80 parts of Bromocresol green) as indicators. The end point being yellow. Retain the solution for Assay (b).1ml N/1 NaOH = 0.04200 gms P₂O₃Cl₄
• By Chloride : Dilute the content of the beaker from Assay (a) to 250 ml with water. Add 10 ml of nitric acid 50ml of N/10 Silver Nitrate and 3 ml of Nitrobenzene to 50 ml of the diluted sample. /10 Ammonium Thiocynate using Ferric Ammonium Sulfate as indicator. Shake the sample well after each addition of the titrant 1 ml of N/10 AgNO3 = 0.00629 gms of P₂O₃C1⁴

REACTION : Pyrophosphoryl Chloride reacts with alcohol like (Dexa Methazone or Beta Methazone) and forms a phosphate salt. On addition of Sodium Hydroxide it forms Disodium Phosphate (soluble salt).

To minimize the human interference, we have incorporated automated systems and thus, we are capable of maintaining high standards in terms of quality, space or delivery of the products. We understand how important packaging is. Therefore, we make sure our products ate packed properly, have smudge-proof labels and are aesthetic to look to lure in more customers.

Method of analysis

• By Acidity : Take 50 ml N/1 NaOH in a 250-ml beaker and chill it in an ice bath. Transfer about 1gm of sample in a chilled N/1 NaOH standard drop by drop with constant stirring. Control the addition of sample in such a way that there is no violent reaction. Set aside the beaker for 10 minutes and heat the beaker in a water bath for about 30 minutes, cool and titrate it with N/1 H₂SO₄ using Methyl Red/Bromocresol green (7 parts Methyl Red and 80 parts of Bromocresol green) as indicators. The end point being yellow. Retain the solution for Assay (b).1ml N/1 NaOH = 0.04200 gms P₂O₃Cl₄
• By Chloride : Dilute the content of the beaker from Assay (a) to 250 ml with water. Add 10 ml of nitric acid 50ml of N/10 Silver Nitrate and 3 ml of Nitrobenzene to 50 ml of the diluted sample. /10 Ammonium Thiocynate using Ferric Ammonium Sulfate as indicator. Shake the sample well after each addition of the titrant 1 ml of N/10 AgNO3 = 0.00629 gms of P₂O₃C1⁴

REACTION : Pyrophosphoryl Chloride reacts with alcohol like (Dexa Methazone or Beta Methazone) and forms a phosphate salt. On addition of Sodium Hydroxide it forms Disodium Phosphate (soluble salt).