Chemicals - basic products & derivatives - 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

Charma ® HILL is a new generation silicone oil that can be self-emulsifying. Charma ® HILL does not need surfactant for emulsion and also does not require additive. Unlike amino silicones, Charma ® HILL does not cause yellowing and although the usage amount is low in application, it shows high performance according to amino silicone three or four times on synthetic, cotton blends and polyester. Charma ® HILL gives color depth to dark colored. It is self-emulsified and can be diluted with water Do not cause yellowing Affect the color of dark fabrics, gives depth of color It does not cause thermal migration in polyester. It can be re-dyed and re-processed It protects fastness at 190°C fixed temperature. Good shear stability (25000rpm) Can be used in jet machines. It has electrolyte stability Effective for low usage amount. Give washing resistance

Cossil® 408 conditioning agent can help provide excellent conditioning to damaged hair. Cossil®408 conditioning agent is an Amino (AB)n multiblock copolymer silicone emulsion that is devoid of surfactants and has the ideal hydrophilic/hydrophobic balance. Cossil® 408 conditioning agent typically offers superior performance at the same active levels because it deposits onto damaged hair more effectively than standard amino silicones. The benefits of this innovation could result into significant cost savings. INCI Name: PEG-40/PPG-8 Methylaminoprophyl Dimethicone Copolymer Easily to use emulsion Optimal hydrophilic/hydrophobic balance Surfactant-free emulsion Generally enhanced deposition onto damaged hair compared to aminosilicones with Helps promote fiber-fiber alignment Typically delivers excellent conditioning and moisturization to damaged hair Shampoos (clear and opaque) Rinse-off conditioners Aqueous leave-on products Hair coloring products

Maxant® RDS is a highly effective silicone antifoam emulsion. It offers excellent foam control and high stability in various foaming systems. In addition, it is a highly effective antifoam agent. Maxant® RDS is stable under alkaline condition For process applications, we recommend prediluting Maxant®RDS antifoam with cold water in a ratio between 1:1 to 1:10. Centrifugal pumps should be avoided to reduce the risk of emulsion separation. A suggested starting concentration is typically between 0.1 and 2%, but this will vary depending on the severity of the foaming problem Perfect durability Fast foam knock-down Excellent foam control at temperatures up to 95 oC Long term foam inhibition Easy dispersions in all foaming systems Long durability in alkaline conditions.

It cleans calipers and linings, discs, drums, brake center cylinder, clamps, springs and clutch parts in the brake system and increases the holding feature. Thanks to its special formula, it provides cleaning of grease, tar and other oils that have formed layers by combining with dust without much effort. You can also use the package by turning it 180 ° upside down.

Usage Areas and Features: It is a very powerful degreaser. Does not contain flammable materials. It leaves absolutely no residue or sediments. It destroys the structure of the oil layers on the applied surface and absorbs it. The saturation rate is much higher than gasoline, diesel, thinner, etc., flammable and combustible materials. It does not have a corrosive effect on metals, does not rust and does not wear. It does not risk human health, does not harm nature, is biodegradable. Form of Use and Quantity: Applied by brush, dipping and wiping methods.

- other contaminants from brake drums. linings, pads, cylinders - springs. As an aerosol it can be precisely sprayed on areas requiring cleaning. - Easily - quickly removes contaminants - Dries fast - leaves no residue - Minimises disc brake squeal - Can be applied without disassembly of brakes - Has no flash point

DOTP is highly compatible with PVC polymers and has good processing characteristics. It can be used as a proper substitute to ortho-phthalate plasticizers. DOTP is used as a primary plasticizer where higher strength to tensile and ease of use is needed. Since it has low volatility and low migration characteristics, it can be used as general purpose plasticizer in most of PVC and rubber applications.

DOA is generally used for its low-temperature characteristics. It is highly compatible with PVC, rubber and nitro cellulose. It is generally used for food contact applications for health concerns. DOA is chemically stable and resistant to discoloration on extended exposure to heat. It can also be used in plastisols for its good solvating properties.

Aluminum hydroxide, white solid, is a typical amphoteric hydroxide that is insoluble in water but soluble in acid or alkali. It can be transformed into alumina after heated in the air for dehydration, which is important for alumina production. Aluminum hydroxide is a widely used chemical product, and it is mainly used as plastic and polymer fillers, blanket flame retardant and binder, epoxy resin filler, toothpaste fillers, glass ingredients as well as paper color fillers and coatings. It can be also used to product sulfuric acid Aluminum, alum, aluminum fluoride and sodium aluminate, and to synthesize molecular sieve. The gel and drying gel of aluminum hydroxide can be used in medicine as antacids to neutralize gastric acid and protect ulcer surface for the treatment of gastric and duodenal ulcer disease and hyperacidity

Sulfuric acid, sulfuric also spelled sulphuric (H2SO4), also called oil of vitriol, or hydrogen sulfate, dense, colourless, oily, corrosive liquid; one of the most important of all chemicals, prepared industrially by the reaction of water with sulfur trioxide , which in turn is made by chemical combination of sulfur dioxide and oxygen either by the contact process or the chamber process. In various concentrations the acid is used in the manufacture of fertilizers, pigments, dyes, drugs, explosives, detergents, and inorganic salts and acids, as well as in petroleum refining and metallurgical processes. In one of its most familiar applications, sulfuric acid serves as the electrolyte in lead–acid storage batteries.