What is Dialysis Concentrated Acidic and Bicarbonate?
Dialysate, also called dialysis fluid, dialysis solution, or bath, is a solution of pure water, electrolytes, and salts, such as bicarbonate and sodium. The purpose of dialysate is to pull toxins from the blood into the dialysate. The way this works is through a process called diffusion.
MINIMUM ORDER QUANTITY – 1 Set
Dialysis Concentrated Acidic and Bicarbonate
Concentrated Acidic Solution is available in Liquid can of 10 Liters and also in 2 Kg of Powder bags which further packed as per international standard corrugated boxes.
Concentrated Acidic and Bicarbonate which is manufactured by us can be used on all brands of dialysis machines like Fresenius, Nipro, Gambro, Nikkiso, SWS, JMS, etc
Concentrated Bicarbonate Solution is available in the cartridge, BiBag, and Standard Plastic Bag for convenient use on all brands of Dialysis Machine.
Concentrated Bicarbonate Solution in Plastic bag needs to be mixed with RO Plant of 10 liters for each dialysis treatment whereas Bibag and Cartridge can be placed directly on the dialysis machine.
Formulations/ Compositions can be customized according to the geographical conditional and usage.
Standard Formulations/ Compositions are Standard, Potassium Free, and with Dextrose.
Bicarbonate Type – Part I
Available in 10 ltr. jerry can.
Each 1000 ml contains
- Sodium Chloride I.P 165.0 gms
- Calcium Chloride I.P 8.10 gms
- Potassium Chloride I.P 6.0 gms
- Magnesium Chloride I.P 3.70 gms
- Acetic Acid (Glacial) I.P 9.46 gms
- Purified Water I.P Q.S.
Bicarbonate Type – Part II
Available in a plastic pouch each pack contains
- Sodium Bicarbonate I.P 660gms
- Sodium Chloride I.P 235 gms
To be dissolved in purified water to make 10 liters.
Instruction for dilution and use :
1 volume of part I to be diluted with 34 volumes of
purified water and mixed with 1.83 volumes of
reconstituted part II
The concentration of electrolytes in the Haemodialysis Solution ready to use will be as follows :
- Na 136.00
- Ca2 1.50
- K 2.20
- Mg2 0.50
- Cl 103.00
- CH3COO 4.50
- HCO3 35.00