- Free Fatty Acid : 69.29% - Iodine Value (Wijs) : 10.10 - Moisture and Impurity : 0.98% - Saponification Value : 250.60 - Total Fatty Matter : 95 .83 Packing New drum 180kg/drums
A by-product of refining, the free fatty acid distillates of crude coconut oil are perfect raw materials for soap making. Coconut fatty acid distillate is liquid at room temperature and this product which has a high demand is exported in bulk by SMR.
Coconut Fatty Acid Distillate is the by-product collected from coconut oil refineries which takes the form of reddish brown liquid at room temperature. Our CFAD contains a high percentage of lauric fatty acid, making it perfect to be used in soap manufacturing, cosmetics and biodiesel industries.
Palm Fatty Acid Distillate is manufactured from Crude Palm Oil refining. Good for Soap manufacturing and many other industrial uses. Contact us for technical specifications
Polyglycerol Esters of Fatty Acids, E475, CAS No.67784-82-1, food emulsifier, a group of esters manufactured through chemical synthesis from Glycerol and various fatty acids, used as an emulsifier in bakery products. The HLB value is 1-16. It is widely used in the manufacturing of ice cream, bread,cake, biscuits, chocolates, and meat products. As an experienced Polyglycerol Esters of Fatty Acids manufacturer and supplier, we has been supplying and exporting Polyglycerol Esters of Fatty Acids for almost 10 years, please be assured to buy from us. Any inquiries about price and the market trend please feel free to contact us, we will reply you within 1 working day. Polyglycerol Esters of Fatty Acids Specification ITEM STANDARD Appearance Cream to Ligh Yellow Powder or Beads Acid Value mg KOH/g 5.0 Saponification Value mg KOH/g 120-135 Iodine Value (gI /100g) 3.0 Melting Point 53-58 Arsenic mg/kg 3 Heavy metals( as pb) mg/kg 10 Lead mg/kg 2 Mercury mg/kg 1 Cadmium mg/kg 1
PGE (Polyglycerol Esters of Fatty Acids) Type: Food Additives Origin: China CAS No.: 67784-82-1 AUCO No.: 296 Packing: 25kg bag
Product Name: Fatty Acid Methylester Ethoxylates Type: Cosmetic raw materials Origin: China CAS No.: 65218-33-7 AUCO No.: 547 Packing: 200kg drum Items Standard Appearance(50) Colorless to light yellow transparent liquid Water content,% 18.0-20.0 Color,hazen(5% aqueous solution,25) 85 pH(5%water,25) 4.0-6.5 Cloud point() 81±2 Ion content(mg/kg) 10
# Dsfa -115 Iv # Dsfa -125 Iv # Distilled Sunflower Fatty Acid - 130 Iv # Distilled Sunflower Fatty Acid - 140 Iv # Distilled Rapeseed Fatty Acid # Oleic Acid ( Min 70% ) # Distilled Palm Oil Fatty Acid.
Product Name: Fatty Acid Methylester Ethoxylates Type: Cosmetic raw materials Origin: China CAS No.: 65218-33-7 AUCO No.: 547 Packing: 200kg drum Items Standard Appearance(50) Colorless to light yellow transparent liquid Water content,% 18.0-20.0 Color,hazen(5% aqueous solution,25) 85 pH(5%water,25) 4.0-6.5 Cloud point() 81±2 Ion content(mg/kg) 10
PGE (Polyglycerol Esters of Fatty Acids) Type: Food Additives Origin: China CAS No.: 67784-82-1 AUCO No.: 296 Packing: 25kg bag
CAS Number: 68308-53-2 Obtained by splitting and the subsequent vacuum distillation of soybean oil. The product obtained has a melting point above 25 C. Solid yellow or clear fluid at room temperature. Rich in linoleic acid and less in oleic acid. Soya Fatty acids are used among others application's: Amines, betaines, esters, fatty alcohols, lubricants, surface finishes, detergents, cosmetics and personal care, and solid liquid soaps, textile finishing, leather finishing, finishing fibers, coatings, resins, and surfactants.
CAS Number: 68424-45-3 It is obtained by splitting and the subsequent vacuum distillation of linseed oil. The product obtained has a melting point above 19 C. When in its liquid state it is pale yellow. Linolenic acid-richLinseed. Fatty acids are used among others aplications: Amines, betaines, esters, fatty alcohols, lubricants, surface finishes, technical detergents, liquid soaps and solids, textile finishing, leather finishing, finishing fibers, coatings, resins, surfactants.
CAS Number: 67701-05-7 Is obtained by splitting and the subsequent vacuum distillation of coconut oil. The product obtained has a melting point above 25 C. It is solid at room temperature, opaque white and with a pungent smell. Unlike other fatty acids, it is characterized by the presence of caprylic acid (up to 10%). Rich in lauric acid. Coconut Fatty acids are used among others applications: Amines, betaines, esters, fatty alcohols, detergents, cosmetics and personal care, soaps and liquid, textile finishing, leather finishing, finishing fibers, coatings, resins and surfactants.
CAS Number: 84625-38-7 Is obtained by splitting and the subsequent vacuum distillation of sunflower oil. The product obtained has a melting point above 20 C. When in liquid it is pale yellow. Sunflower Fatty acids are used among others applications: Amines, betaines, esters, fatty alcohols, lubricants, surface finishes, cosmetics and personal care, and solid liquid soaps, textile finishing, leather finishing, finishing fibers, coatings, resins, detergents and surfactants.
CAS Number: 67701-08-0 It is obtained by splitting and the subsequent vacuum distillation of rapeseed oil. The product obtained has a melting point above 15 C. When in liquid form, it is bright yellow and with a characteristic odour. Rich in oleic acid. Fatty acids are used, inter alia, in the following sectors: Amines, betaines, esters, fatty alcohols, lubricants, surface finishes, detergents, cosmetics and personal care, and solid liquid soaps, textile finishing, leather finishing, finishing fibers, coatings, resins and surfactants.
CAS Number: 67701-08-0 It is obtained by splitting and the subsequent vacuum distillation of rapeseed oil. The product obtained has a melting point above 15 C. When in liquid form, it is bright yellow and with a characteristic odour. Rich in oleic acid. Fatty acids are used, inter alia, in the following sectors: Amines, betaines, esters, fatty alcohols, lubricants, surface finishes, detergents, cosmetics and personal care, and solid liquid soaps, textile finishing, leather finishing, finishing fibers, coatings, resins and surfactants.
Fatty acids, C5-9, tetraesters with pentaerythritol(CAS:67762-53-2) Fatty acids, C5-9, tetraesters with pentaerythritol 67762-53-2 Einecs 267-022-2
Fatty acids, C5-9, tetraesters with pentaerythritol(CAS:67762-53-2) Fatty acids, C5-9, tetraesters with pentaerythritol 67762-53-2 Einecs 267-022-2
Coconut Fatty Acid Distillate is the side product obtained during the refining process of crude coconut oil. It is a reddish brown liquid at room temperature and is mainly used in soap manufacturing industries Specs - Free fatty acid as lauric : 70%. Iodine Value : 7-11.5% Moisture & impurities : 2% For price, detailed specifications and other details please contact us
1. What is PFAD PFAD stands for Palm Fatty Acid Distillate. It is a processing residue resulting from physical refining of crude palm oil products. At room temperature it is a light brow semi-solid, melting to a brown liquid on heating. Up to 80 percent of PFAD is free fatty acid (FFA), with palmitic acid and oleic acid being the major components. The remaining 20 percent is made up of components including triglycerides, partial glycerides, and vitamin E, sterols and squalene's. 2.How is PFAD used? PFAD is used as a renewable raw material in biofuels production as well as to produce candles, soaps, other oleochemical products, and animal feed. Specific to biofuel production in Europe, the EU allows Member States to account PFAD consumption towards greenhouse gas emissions reductions under its Renewable Energy Directive. The amount of emissions reductions depends on the PFAD technical classification, a residue or co-product, which is up to the individual Member State. To verify the emissions reductions, the EU relies on voluntary certification schemes, such as the International Sustainability and Carbon Certification system. 3.What are the benefits6 of using PFAD Producing renewable fuels using PFAD is good for the climate. It is an efficient way to use waste generated through the palm oil refining process, preventing PFAD from going to literal waste. A by-product that is undesirable from the food industry perspective can be very desirable for other sectors. Neste MY Renewable Diesel7 which is refined from PFAD and other waste and residue materials, such as Used Cooking Oil (UCO), helps to replace crude oil-based diesel in transportation. Using Neste MY Renewable Diesel can reduce greenhouse gas emissions by 90 percent on average compared to a diesel-powered vehicle using conventional fossil fuel-based diesel.
