Hydrochloric acid 32 33%, sles 70%, caustic soda 99%..
Urea, sulphur, petroleum, calcium nitrate, sodium nitrate, sodium nitrite, Potassium Nitrate, T-MAP, Laboratory Glassware and Chemicals.
Cryolite by difference is above 75%
Benzene, xylene, toluene, naphtha,, methanol, kerosene, gas oil, white spirit, furnace oil, fuel oil,, base oil (virgin & recycle), used engine oil, light diesel oil, crude oil,, burner oil, light cycle oil, aromatics, pygas, caustic soda flakes (naoh) >99.5 % (dry basis), caustic soda lye (naoh) 50%,, hydrochloric acid (hcl) 31 33 %, sodium hypochlorite (naocl) 15%, calcium chloride anhydrous granules (cacl2) 94 97%, linear alkyl benzene sulphonic acid.
Sles 70%, np 9 mole, cdea 85%, pvc resin, capb 30%, labsa 96%, bkc 80%, glycerin 99%, acid thickener.
Chickpeas Chickpeas As A Solo Food Are Packed With Nutrition. A Cup Of Cooked Chickpeas, There Are Workarounds To The Sodium Content Of Canned Chickpeas.
Sodium methoxide, basic chemicals, fine chemicals, petroleum chemicals.
Sweet water sodium.Export
Anode butts are the residual electrode left in the electrode holder at the end of electrolysis with prebaked carbon anodes. The anode carbon is being consumed by ohmic resistive heat and electrolytic oxidation. However the part of anode just above the melt is being continuously subjected to high temperature reactions with fluoride melt and atmospheric oxidation, which ultimately results in impurities left in the discarded anode butts.At the end of their use, the left over part of the anode (called butts) are crushed and recycled to produce new anodes. However, while recycling the butts the built-up of sodium concentration is closely checked and controlled in order to avoid harmful effect of excess sodium in newly formed anodes. Good quality anodes should be oxidation resistant in gaseous environment in order to minimize oxidation on the expose surface (C + O2 2CO) [19] Price of Product (USD) : 300 Product Origin : MERCO W.L.L BAHRAIN
Cryolite or synthetic cryolite is the electrolyte component used in the Hall-Héroult process for industrial production of aluminium. It is also commonly referred to as Secondary Cryolite, Crushed Bath, Bath Cryolite, Pure Bath, Bath and tapped Bath Material. It is generated during the aluminium smelting process as a result of high Sodium (Na) content in the alumina. Surplus cryolite is liquidly tapped and then crushed to be reused by other smelters or to compensate for electrolyte losses.
Sodium metabisulfite, sodium chloride (salts) for water sofetning.
