Caustic soda - Import export

NaOH Min %48 Na2CO3 Max % 0,9 Fe Max 0,1 ppm Boiling Point 143 ◦C Specify Gravity 1,52gr/cm3 Pyhsical Spec Clear Liquid,0 colorless Packing method Bulk (Road Tankers), IBC, 200 LT Polyethylene Barrels. General Applications 1- Pulp and Paper Industry (Pulp Cooking) (to de-ink water) 2- Extract Alumina (Aluminum Industry) 3- Industrial Chemicals 4- Adjusting PH in Producing Biodiesel from Vegetable Oil 5- Cleaning Agent to Cleaning Food Processing Equipment and Bottles 6- Drying Air to Absorb CO2 from Gases 7- Removing Grease and Paint from Metal 8- Textile Industry Mercerizing Cotton 9- Making Pretzels 10- Peeling Vegetable and Teather 11- Regenerating Resins and Water

Sodium hydroxide, otherwise called Caustic Soda, is an inorganic compound with chemical formula NaOH. It is called caustic soda because it is highly corrosive in nature. It is available in many forms in the industry, and the most common forms are caustic soda flakes and caustic soda pearls. This product has several industrial applications but it is highly reactive, so it has to be used carefully lest, it can cause skin irritation. Caustic Soda is a strong base with a wide range of applications in different industries. Worldwide, the major users of caustic soda are the aluminum industry, pulp & paper and the chemical industry. The main applications are water treatment and water purification, as cleaning agent, or a wide range of uses in chemical industry like starch production or for the desulphurization in the petrochemical industry.

Oil-water-separation / degreasing bath treatment Treatment of oil-water-emulsions for surface treatment (e.g. pre-treatment of metal parts for ed-paint), recovery companies (e.g. for the treatment of alkaline emulsions for part washing), and so on. Separation of emulgated oil particles and recycling of the cleaned liquid into the degreasing bath Concentration of oil-water-emulsions for disposal Cleaning of the oil-water-mixture for indirect lead-in Principle of this process: Aqueous degreasing baths content a tenside combination, alkalines like soda, caustic soda, phosphate, silicate and further complex molecules. The degreasing bath is loosing its efficiency, when to oil content reaches some g / litre. External pollutions also degrease the degreasing efficiency. By ultrafiltration, the oil content can be separated from the degreasing bath and the oil will be collected in the concentrate. The degreasing bath will be dumped into a buffer tank and then pumped in the working tank of the