Basic chemicals - 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

DHFR A2 is a non-toxic, flame-retardant compound for aluminum composite panels manufactured by uniformly dispersing and impregnating a high content inorganic flame retardant in polyolefin. It is a pellettype compound material that satisfies ‘Fire prevention – European classification of building products’ A2*(DIN 4102) & A2-s1**, d0*** (EN 13501) for Aluminum Composite Panel (ACP). *A2 = Non-Combustible (with combustible components to a minor extent) ** s1 = no/hardly any smoke production *** d0 = no drips/droplets DHFR A2 exhibits excellent flame retardant performance due to its high content of Mg(OH)₂(≥90Wt%) flame retardant and shows processability similar to LDPE due to a balanced combination of raw materials. Due to these characteristics, it is possible to easily produce A2 grade ACP without mechanical supplementation of existing semi-nonflammable (B1;‘difficult to ignite’) materials production facilities (Kneader, Single & Twin Extruder).

Matco offers a wide variety of product mixes, from basic to specific chemicals for various applications. Our market segments: - Chemicals for detergents industry - Water treatment - Adhesives industry - Paper and cardboard industry - Paint and ink industry - Textile industry - Chemical industry

Condensate polishing During the production process of basic organic chemicals, very often condensates occur as byproducts, which have to be treated before dumping or recycling into production process. The condensate occurring at the product process of caprolactame contents for example ammonium sulfate and caprolactame. The loss of these products instead of recycling would not only mean a reduction of the process recovery, but also very high costs for waste water treatment. These condensates can be concentrated by a reverse osmosis plant. Because of the high salt retention rate of the reverse osmosis membrane, nearly all contents of the condensate are separated and can be brought back to the production cycle. The filtered permeate can be dumped into the municipal waste water system without hesitation. In some cases, the recirculation of the separated contents is not appropriated. In this context, reverse osmosis helps reducing the volume of the accruing condensate. The remaining conden