Egemen Kft.

Company Description

My company is the official representative of a Northern Cyprus based reseller company in ***** am responsible for the business development in Europe for the mother ***** main trade product is crude sunfloEgemen Kft.r oil at the moment.You can see the letter of intent LETTER OF INTENT FOR CRUDE SUNFLOWER OIL To : Mr. Mustafa Kalkandelen Date : 11th March , 2011 Turkey hereby state and represent that is our intention to purchase , and we hereby confirm that we are ready , willing and able to purchase the following commodity as per specification , and in the quantity and the price as specified in the terms and conditions as stated below : Commodity : Crude Sunflower Oil Quantity : 2000 MT ( Spot Purchase ) Origin : at Seller’s choice Packing : in Bulk Destination : CIF Istanbul port , Turkey and/or CIF Mersin port , Turkey Payment Term : Irrevocable , Confirmed , Non-Transferable L/C , 100% payable at discharging port after quality and quantity inspection within 3 banking days. Performance Bond : 2% Inspection : Quality and quantity inspection by SGS at port of loading at seller’s cost and at port of discharging at buyer’s cost. PHYSICAL and CHEMICAL PROPERTIES : Methods of Analysis Appearance : Pale yellow Odour : Characteristic Moisture and Volatile Matter , % : max 0, 3 AOCS Ca 2e - 84 Colour , Lovibond, Red, Blue, 51/4 : max 3, 0 R - 0, 0 B AOCS Cc 13b - 45 Refractive Index , 40 °C : 1, 461 - 1, 468 AOCS Cc 7 - 25 Sediment , % : max 0, 3 AOCS Ca 3d - 02 Free Fatty Acid , % ( as oleic acid ) : max 1, 5 AOCS Ca 5a - 40 Iodine Value ( Wijs Method ) : 118 – 194 AOCS Cd 1- 25 Wax , ppm : max 1500 Al Method 4031 E 228 Saponifiable Matter , mgKOH/g : 188 – 194 AOCS Cd 3-25 Methods of Analysis Unsaponifiable Matter , g/kg : max 15 AOCS Ca 6a - 40 Flash point : min 121°C AOCS Cc 9b - 55 Mineral Oil : not available TS 5039 Cottonseed Oil : not available AOCS CB 1 - 25 FATTY ACID COMPOSITION (Methods of Analysis : International Olive Oil Council ) Caproic Acid , C6:0 , % : BDL Caprylic Acid , C8:0 , % : BDL Lauric Acid , C8:0 , % : BDL – 0, 1 Mystric Acid , C14:0 , % : BDL – 0, 2 Palmitic Acid , C16:0 , % : 5, 0 – 7, 6 Palmitoleic Acid , C16:1 , % : BDL – 0, 3 Margaric Acid , C17:0 , % : BDL – 0, 2 Heptadecenoic Acid, C17:1, % : BDL – 0, 1 Stearic Acid, C18:0, % : 2, 7 – 6, 5 Oleic Acid, C18:1, % : 14, 0 – 39, 4 Linoleic Acid, C18:2, % : 48, 3 – 74, 0 Linolenic Acid, C18:3, % : BDL – 0, 3 Arachidic Acid, C20:0, % : 0, 1 – 0, 5 Eicosenoic Acid, C20:1, % : BDL – 0, 3 Eicosenoic Acid, C20:2, % : BDL Behenic Acid, C22:0, % : 0, 5 – 1, 1 Erucic Acid, C22:1, % : BDL – 0, 3 Erucic Acid, C22:2, % : BDL – 0, 3 Lignoceric Acid, C24:0, % : BDL – 0, 5 Nervonic Acid, C24:1, % : BDL HEAVY METAL PROPERTIES : Methods of Analysis Copper, Cu, mg/kg : max 0, 1 AOCS Ca 18b-91 Lead, Pb, mg/kg : max 0, 1 AOCS Ca 18b-91 Arsenic, As, mg/kg : max 0, 1 TS