Palm oil for cooking Refined Bleached Deodorized Palm Olein
We, IREC GROUP and IREC GLOVE INDUSTRY (THAILAND) CO., LTD. hereby state that we own and hold the commercial rights of the ACCULYNE�® GLOVES brand of nitrile gloves. and can provide all necessary legal certifications/documents for export-import, sales and warranty. It is recognized and used by countries/states/countries around the world.
The ACCULYNE Nitrile Examination gloves are high performing 0.07 mm thickness powder-free blue coloured ambidextrous gloves that are intended for use in medical field to: protect patient and user from cross contamination, conducting medical examinations, diagnostic and therapeutic procedures and for handling medical contaminated material. This examination glove product conforms under International, American and European standards specific to: FDA device list code LZA, ASTM D6319-10, ASTM D6978-05, EN ISO 16523, EN 21420, EN374 and EN455. Materials Pure - Nitrile Type - Latex-Free, Odour-Free and Powder-Free Surface Treatments - Polymer Coated Colour - Light Blue Characteristics - Acrylonitrile Butadiene Rubber Sterilization = Non Sterlie Ambidextrous Beaded Cuf Use - Single use only Key Features Latex-Free 100% Nitrile Anti-static, surface resistance 109 ohms Powder Free Beaded Cuff Fully textured finger tips 3X Puncture Resistance of vinyl or latex gloves Pack: 100 gloves/dispenser boxes Industrial Applications Assembly Inspection Medical Dental Surgical Laboratory/ EMS Pharmaceutical manufacturing Painting and fishing Food processing/packing Cleaning
Refined sunflower oil is perfectly clean oil, which preserves all the nutrients during the production process. This oil can be used in conditions of extremely high cooking temperatures. Margarine and cooking fats are made of refined sunflower oil by hydrogenation. Refined sunflower oil is also used in manufacturing of canned food, as well as in soap boiling and paint and varnish industry. We offer refined sunflower oil packed in bulk and in PET bottles. Custom design print labels Physical properties Refractive index:1.465-1.475 at 40 deg. C Density:0.91-0.92 g/cm3 at 20 deg. C Volatile matter: Max.0.07 % at 105 deg. C Taste : Excellent Odor : None not sensed Appearance: No residue at 40 deg. C Cold test: Min.48 hours at 0 deg. C Colour: Max.1.2 red, lovibond tintometer 5/20 inch Chemical specifications Peroxide:0.2 meq/KG. Of oil % soap:0.0005 % unsaponifiable matter: Max.0.12 Impurities: None % saturated fat(-ty acids):8-12 % unsaturated fat(-ty acids):87-91 %free fatty acids (ffa): Max 0.1 % ash (*): Max.0.05 Saponification value:190.32 koh/g. Of oil Iodine value:134.13 (wijs-hanus method) Feeding energy:900kcal Iron : < 0.02 mg/lt Packaging Details:1) JERRY CAN : 2L, 3L, 5L, 7L, 8L, 10L, 16L, 18L, 20L, 25L 2) BIG MOUTH JERRY CAN : 10L, 16L, 18L 3) PET BOTTLE : 500ML, 750ML, 1L, 1.8L, 2L, 3L, 5L 4) TIN : 16L, 18L 5) METAL DRUMS : 190KGS & 192KG 6) POLY DRUMS : 195KGS 7) FLEXI TANK : 21MT
ANALYSIS VALUES Organoleptic Bright, clear; with absence of foreign odors and flavors Peroxide index 0.1 – 1.0 (meq O2 / Kg) Free fatty acid as oleic acid 0.03 – 0.07 (g / 100g) Lovibond color Yellow 10 – 15 (in 133.35mm cell) Red 0.6 – 1.5 (in 133.35mm cell) Unsaponifiable matter Max.: 1.00 (g / 100g) Soap Max.: 10 (ppm) Winter Test Oil will remain clear after cooling it for 24hs a 0ºC Moisture and volatile matter Max.: 0.05 (g / 100g) Impurities Will not contain naked eye Insoluble impurities Max.: 0.02 (g / 100g) Specific gravity at 25ºC 0.9133 – 0.9175 Refractive index at 25ºC 1.4706 – 1.4740 Iodine index 110 – 140 (g I2 / 100g) Saponification value 188 – 192 (mg OHK / g) Halphen – Gastaldi test Negative Linolenic acid Max.: 0.3 (as fatty acid / 100g of total fatty acids)