Alliance is leading Food Preservatives and Ingredients Suppliers in India. For more information visit our website www.allianceindia.co to know more about our products.
Edible fats and oils come from three main sources: vegetable, animal, and fish. Vegetable oils are derived from seeds and include coconut, olive, peanut/groundnut, and soybean oils. Animal fats come from beef, pigs, and sheep as byproducts of slaughter. Fish oils are extracted from oily fish. Fats and oils are classified by their source and physical state. They are used as ingredients, cooking mediums like for shallow frying, and have different functions like improving texture, volume, and nutritional value. Butter comes from churned cream while margarine is made from vegetable oils through hydrogenation and blending. Manufacturing processes refine, bleach, filter, and deodorize oils.
This document discusses the importance of fats in bakery products. It explains that fats represent a high portion by volume and cost of raw materials in some bakery products. Fats play essential roles in product structure, texture, taste, flavor, softness, and color. The type and quality of fat used also impacts the shelf life of bakery products. It provides details on the classification and composition of fats and oils, as well as the roles of fatty acids. Test results show hydrogenated palm oil shortening provides the highest stability. The document outlines physical requirements for bakery fats and their tenderizing, shortening, and aerating functions.
The document summarizes information about deep frying processes and frying oil selection and quality. It discusses the common methods of shallow frying, deep frying, and par-frying. During deep frying, undesirable chemical changes can occur in both the food and oil that affect quality. The stability and fatty acid composition of the oil influences its suitability for frying. In Egypt, common frying oils include cottonseed, soybean, sunflower, and palm olein oils. Maintaining oil quality involves monitoring parameters like free fatty acids and replacing oil before degradation.
The document discusses the attributes required of edible oils used for deep frying applications. It notes that frying is commonly used in food preparation and that oils are important for heat transfer, flavor development, and texture modification. Ideal frying oils should be heat stable and resist oxidation, hydrolysis, and flavor deterioration. Palm olein is identified as a suitable blending oil due to its oxidative stability and abundant supply. The document recommends blending palm olein with more unsaturated oils like soybean and sunflower oils to improve the stability of frying oils.
Dr. Ruslan Abdullah
Director, Science, Environment and Sustainability Division
MPOC HQ/ Malaysia
&
Ms. Sarafhana Dollah
Senior Executive, Science, Environment & Sustainability Division
MPOC HQ/ Malaysia
Palm oil and its fractions have various applications in food due to their oxidative stability and melting properties. Palm oil can be used as cooking oil for frying due to its high smoke point. It is also used as an industrial frying fat in foods like noodles and chips. In margarine and shortening, palm oil and fractions provide the solid fat component needed for structure. Palm oil is also used in vegetable ghee as a substitute for dairy fat. Its stability makes it suitable for applications like ice cream where a solid fat is required that melts smoothly at body temperature.
Palm Oil, Palm Kernel Oil Process - Fractions, Derivatives and Product UsesGreenPalm
One of our previous infographics looked at an overview of the complexity in the palm oil / palm kernel oil supply chain. RSPO (Roundtable on Sustainable Palm Oil) certified oil still remains a market niche (16% of total palm oil production now RSPO certified); keeping physical oil separated from non certified oil can be very difficult and impossible depending on where you are based and the types of process and products used. If the world just used crude palm oil, tracing physical sustainable palm oil would be simpler.
We now delve a little deeper into the supply chain, identifying the various processes along the supply chain. Included are examples of product applications with a key that describes the various products and processes e.g Fractionation, Hydrogenation, distillation, IE Palm Stearin, RBD Palm Kernel Stearin, Emulsifier etc.
The product examples we provide do not cover all individual products that palm or palm kernel oil are used in. All main refinery processes are covered; however further blending and manufacturing processes do take place passed what is shown in this graphic.
Processes
- Palm Oil Mill Process
- Crushing
- Refining RBD
- Fractionation
- Interesterification
- Hydrogenation
- Glycerolysis
- Distillation
Products
- RBD Palm Oil
- RBD Palm Olein
- RBD Palm Stearin
- Double Olein (or Super Olein)
- Palm Mid Fraction
- Double Stearin
- Mid Stearin
- Palm Kernel Expeller
- RBD Palm Kernel Oil
- RBD Palm Kernel Olein
- RBD Palm Kernel Stearin
- Palm Fatty Acid Distillate (PFAD)
- Palm Kernel Fatty Acid Distillates (PKFAD)
- Oleochemicals
- Hydrogenated Palm Kernel Oil (HPKO)
- Emulsifier
- Hydrogenated Palm Olein
- Hydrogenated Double Olein
- Hydrogenated Palm Oil
- Hydrogenated Palm Kernel Olein
- IE Palm
- IE Palm Olein
- IE Palm Stearin
Edible fats and oils come from three main sources: vegetable, animal, and fish. Vegetable oils are derived from seeds and include coconut, olive, peanut/groundnut, and soybean oils. Animal fats come from beef, pigs, and sheep as byproducts of slaughter. Fish oils are extracted from oily fish. Fats and oils are classified by their source and physical state. They are used as ingredients, cooking mediums like for shallow frying, and have different functions like improving texture, volume, and nutritional value. Butter comes from churned cream while margarine is made from vegetable oils through hydrogenation and blending. Manufacturing processes refine, bleach, filter, and deodorize oils.
This document discusses the importance of fats in bakery products. It explains that fats represent a high portion by volume and cost of raw materials in some bakery products. Fats play essential roles in product structure, texture, taste, flavor, softness, and color. The type and quality of fat used also impacts the shelf life of bakery products. It provides details on the classification and composition of fats and oils, as well as the roles of fatty acids. Test results show hydrogenated palm oil shortening provides the highest stability. The document outlines physical requirements for bakery fats and their tenderizing, shortening, and aerating functions.
The document summarizes information about deep frying processes and frying oil selection and quality. It discusses the common methods of shallow frying, deep frying, and par-frying. During deep frying, undesirable chemical changes can occur in both the food and oil that affect quality. The stability and fatty acid composition of the oil influences its suitability for frying. In Egypt, common frying oils include cottonseed, soybean, sunflower, and palm olein oils. Maintaining oil quality involves monitoring parameters like free fatty acids and replacing oil before degradation.
The document discusses the attributes required of edible oils used for deep frying applications. It notes that frying is commonly used in food preparation and that oils are important for heat transfer, flavor development, and texture modification. Ideal frying oils should be heat stable and resist oxidation, hydrolysis, and flavor deterioration. Palm olein is identified as a suitable blending oil due to its oxidative stability and abundant supply. The document recommends blending palm olein with more unsaturated oils like soybean and sunflower oils to improve the stability of frying oils.
Dr. Ruslan Abdullah
Director, Science, Environment and Sustainability Division
MPOC HQ/ Malaysia
&
Ms. Sarafhana Dollah
Senior Executive, Science, Environment & Sustainability Division
MPOC HQ/ Malaysia
Palm oil and its fractions have various applications in food due to their oxidative stability and melting properties. Palm oil can be used as cooking oil for frying due to its high smoke point. It is also used as an industrial frying fat in foods like noodles and chips. In margarine and shortening, palm oil and fractions provide the solid fat component needed for structure. Palm oil is also used in vegetable ghee as a substitute for dairy fat. Its stability makes it suitable for applications like ice cream where a solid fat is required that melts smoothly at body temperature.
Palm Oil, Palm Kernel Oil Process - Fractions, Derivatives and Product UsesGreenPalm
One of our previous infographics looked at an overview of the complexity in the palm oil / palm kernel oil supply chain. RSPO (Roundtable on Sustainable Palm Oil) certified oil still remains a market niche (16% of total palm oil production now RSPO certified); keeping physical oil separated from non certified oil can be very difficult and impossible depending on where you are based and the types of process and products used. If the world just used crude palm oil, tracing physical sustainable palm oil would be simpler.
We now delve a little deeper into the supply chain, identifying the various processes along the supply chain. Included are examples of product applications with a key that describes the various products and processes e.g Fractionation, Hydrogenation, distillation, IE Palm Stearin, RBD Palm Kernel Stearin, Emulsifier etc.
The product examples we provide do not cover all individual products that palm or palm kernel oil are used in. All main refinery processes are covered; however further blending and manufacturing processes do take place passed what is shown in this graphic.
Processes
- Palm Oil Mill Process
- Crushing
- Refining RBD
- Fractionation
- Interesterification
- Hydrogenation
- Glycerolysis
- Distillation
Products
- RBD Palm Oil
- RBD Palm Olein
- RBD Palm Stearin
- Double Olein (or Super Olein)
- Palm Mid Fraction
- Double Stearin
- Mid Stearin
- Palm Kernel Expeller
- RBD Palm Kernel Oil
- RBD Palm Kernel Olein
- RBD Palm Kernel Stearin
- Palm Fatty Acid Distillate (PFAD)
- Palm Kernel Fatty Acid Distillates (PKFAD)
- Oleochemicals
- Hydrogenated Palm Kernel Oil (HPKO)
- Emulsifier
- Hydrogenated Palm Olein
- Hydrogenated Double Olein
- Hydrogenated Palm Oil
- Hydrogenated Palm Kernel Olein
- IE Palm
- IE Palm Olein
- IE Palm Stearin
Palm oil and palm kernel oil can be fractionated and interesterified to produce versatile specialty fats for use in confectionery applications. Fractionation separates palm oil into solid and liquid fractions with varying melting points and triglyceride compositions, allowing the production of fats tailored for specific uses like coatings, fillings, and ice cream. Palm mid-fraction has a high palmitic-oleic-palmitic content making it suitable as a cocoa butter equivalent. Hydrogenated palm kernel oil fractions provide a zero trans-fat alternative to cocoa butter for molded chocolates. The unique fatty acid profile of palm oil allows it to replace other tropical oils in confectionery fats.
This document discusses various palm-based bakery fats and their properties and applications. It provides the fatty acid compositions of palm oil and palm kernel oil. It then discusses why palm-based oils are suitable for bakery products due to properties like promoting beta prime crystallization and having higher oxidative stability. It describes different types of bakery fats like shortening, flavored fats, cream filling fats, and icing shortening. It provides details on product properties and applications for various palm-based shortening, filling, and icing products.
This document summarizes different types of fat replacers including carbohydrate-based, protein-based, and fat-based replacers. It discusses specific examples such as olestra, salatrim, and polyols. It also reviews potential health benefits and safety issues of fat replacers related to calories, lipids, vitamins, and drug absorption. While fat replacers may reduce fat and calorie intake, long-term weight loss requires behavioral changes to energy intake and expenditure.
This document provides information on the fatty acid composition of various animal fats and oils, including lard, goat fat, butterfat, whale oil, tallow, emu oil, horse oil, and snake oil. It lists the major fatty acids in each oil, such as lard containing around 44% C18:1 and 26% C16:0, goat fat containing around 28.9% C16:0 and 27% C18:1, and snake oil containing around 48% C14:0 and 20% EPA (omega-3 fatty acid). The document presents the fatty acid profiles of these common and exotic animal oils used for cooking and other purposes.
(1) Specialty fats are tailored to imitate properties like cocoa butter and provide specific functionality not possible with regular fats.
(2) They are used in industries like chocolate, ice cream, confectionery, and as replacements for trans fats. Palm and palm kernel oils are commonly used zero-trans alternatives.
(3) Shortening improves tenderness and volume in baked goods by preventing gluten strand cohesion and adding nutritive value. It shortens gluten strands, lending its name.
This document discusses best practices for managing frying oil to extend its useful life, improve food quality, and increase profits. It recommends frequent filtering, proper temperature control, and using high-quality filtration media to remove contaminants that degrade oil quality the most. Adopting these oil management practices can significantly prolong the optimal life of frying oil and offset the higher costs of healthier oils that break down more quickly. The document provides specific guidelines for establishing a filtration schedule, indicators for determining when to discard oil, and safer disposal methods.
This document provides information about the flavor and aroma compounds found in ghee. It discusses how the heating process during ghee production generates flavor compounds through interactions between milk constituents. It identifies the major flavor compound categories in ghee, including carbonyls, lactones, free fatty acids and esters, alcohols and hydrocarbons. For each category, it describes the compounds present and how they contribute to ghee flavor, as well as the processes that produce these compounds during heating. It also mentions using starter cultures or synthetic mixtures to influence the flavor of ghee.
Fats play an important role in nutrition by carrying fat-soluble vitamins through the body and providing energy. Specialty fats are tailored to specific uses like replacing cocoa butter in chocolate or dairy fats. They are designed to melt at body temperature for smooth mouthfeel or set at cooler temperatures as needed. As cocoa butter supplies fluctuate, specialty fats offer alternatives for confectioners while also substituting dairy in non-dairy products like milk, yogurt and spreads.
Palm Oil and Health - European Symposium June 25, 2014Huiledepalmesante
The European Symposium brought together scientists and legal experts to leverage the debate on palm oil and health. During the conference, three major questions were asked: “Does palm oil pose risks to human health?”, "What are the alternatives?” and “How to inform consumers?”.
Specialty fats and oils are formulated for specific food applications and provide technological benefits over traditional fats and oils. They include shortenings, which are solid at room temperature and used in baked goods for texture. Technological advances like hydrogenation, interesterification, and emulsification have expanded the types of specialty fats. These are classified by form as plastic, dry/powdered, fluid/pourable/liquid, or flakes and designed for functions like creaming, aeration, layering, or stability. Examples are used in baked goods, dressings, margarines, and more. The food industry has seen high growth in categories that use specialty fats like snacks, prepared cakes, biscuits/
this slides will help to provide the better information about the role, properties, nutritive aspect of Fat and oil.
can be use by under graduate or post graduate students as well.
Cooking oil presentation and frying technologyAngela Dalmacio
The document discusses the importance and roles of fat in nutrition, providing energy, carrying vitamins, and being a component of cell membranes and hormones. It compares coconut oil and palm olein, noting they are both vegetable oils that are cholesterol and trans fat free and best for frying. It provides details on the fatty acid composition and health benefits of coconut oil, palm oil, and their constituents like medium chain triglycerides, tocotrienols, and carotenes. The document also discusses frying oil technology, including the changes that occur in hot oil during frying and best practices to prevent oil degradation and absorption during frying.
The RSPO Certified Sustainable Palm Oil Supply ChainJames J. Jasko
Palm oil comes from the fruit of the oil palm tree and is widely used in food and personal care products. The Roundtable on Sustainable Palm Oil (RSPO) has two certification systems - one to certify sustainable palm oil production at plantations and another to ensure the integrity of supply chains for sustainable palm oil. The document provides details on palm oil production processes, common terms used, and where palm oil derivatives are used as ingredients.
Presented during a workshop by Egyptian Chefs Association in collaboration with Malaysian Palm Oil Council at Semiramis InterContinental Hotel by Mr. Markus Iten, General Manager of Food Tracks & ECA President.
This document provides information about ghee, including its definition, production methods, chemical composition, and flavor formation. Some key points:
- Ghee is a clarified butter made by heating butter to remove water and milk solids. India produces over 900,000 tons annually worth $1.35 billion.
- Different production methods include direct heating of butter/cream or pre-stratification to remove moisture before heating.
- Chemical analysis shows buffalo ghee has higher levels of unsaturated fatty acids and flavor compounds like carbonyls and lactones compared to cow ghee.
- Flavor develops from thermal degradation of proteins, carbohydrates, and lipids, producing compounds like free fatty acids
This document provides an overview of fat replacers and their classification. It discusses several types of structured lipids and fat substitutes based on esters and ethers that are used as fat replacers, including their composition, production methods, and properties. These fat replacers are designed to mimic the sensory properties of fat but contain few to no calories. The document concludes that while no single fat replacer can fully replace all functions of fat, research continues to develop options that maintain taste and texture while reducing calories.
The document summarizes the physico-chemical properties of ghee-residue, which is a by-product obtained during ghee manufacturing. Ghee-residue has a smooth to granular texture and is rich in lipids like fatty acids and phospholipids. It also contains proteins, sugars, and other compounds. Analysis shows the particle size of ghee-residue is around 104.79 microns with a density of 1.14 g/cm3. Ghee-residue is a nutritious material rich in fat and proteins that can be used as a human dietary supplement and for flavoring purposes.
The document provides an overview of whey utilization, focusing on whey beverages. It discusses the global production of whey as a byproduct of cheesemaking. It then covers the nutritional composition of whey, various processing methods, and major utilization areas including whey powder, protein, and lactose production. The document specifically examines different types of whey beverages such as fruit juice-based, dairy, carbonated, and sports drinks. It concludes that whey proteins provide various health benefits and that whey-fruit juice combinations have potential as nutritious beverages after further improvements to shelf life and flavor.
Palm oil and palm kernel oil can be fractionated and interesterified to produce versatile specialty fats for use in confectionery applications. Fractionation separates palm oil into solid and liquid fractions with varying melting points and triglyceride compositions, allowing the production of fats tailored for specific uses like coatings, fillings, and ice cream. Palm mid-fraction has a high palmitic-oleic-palmitic content making it suitable as a cocoa butter equivalent. Hydrogenated palm kernel oil fractions provide a zero trans-fat alternative to cocoa butter for molded chocolates. The unique fatty acid profile of palm oil allows it to replace other tropical oils in confectionery fats.
This document discusses various palm-based bakery fats and their properties and applications. It provides the fatty acid compositions of palm oil and palm kernel oil. It then discusses why palm-based oils are suitable for bakery products due to properties like promoting beta prime crystallization and having higher oxidative stability. It describes different types of bakery fats like shortening, flavored fats, cream filling fats, and icing shortening. It provides details on product properties and applications for various palm-based shortening, filling, and icing products.
This document summarizes different types of fat replacers including carbohydrate-based, protein-based, and fat-based replacers. It discusses specific examples such as olestra, salatrim, and polyols. It also reviews potential health benefits and safety issues of fat replacers related to calories, lipids, vitamins, and drug absorption. While fat replacers may reduce fat and calorie intake, long-term weight loss requires behavioral changes to energy intake and expenditure.
This document provides information on the fatty acid composition of various animal fats and oils, including lard, goat fat, butterfat, whale oil, tallow, emu oil, horse oil, and snake oil. It lists the major fatty acids in each oil, such as lard containing around 44% C18:1 and 26% C16:0, goat fat containing around 28.9% C16:0 and 27% C18:1, and snake oil containing around 48% C14:0 and 20% EPA (omega-3 fatty acid). The document presents the fatty acid profiles of these common and exotic animal oils used for cooking and other purposes.
(1) Specialty fats are tailored to imitate properties like cocoa butter and provide specific functionality not possible with regular fats.
(2) They are used in industries like chocolate, ice cream, confectionery, and as replacements for trans fats. Palm and palm kernel oils are commonly used zero-trans alternatives.
(3) Shortening improves tenderness and volume in baked goods by preventing gluten strand cohesion and adding nutritive value. It shortens gluten strands, lending its name.
This document discusses best practices for managing frying oil to extend its useful life, improve food quality, and increase profits. It recommends frequent filtering, proper temperature control, and using high-quality filtration media to remove contaminants that degrade oil quality the most. Adopting these oil management practices can significantly prolong the optimal life of frying oil and offset the higher costs of healthier oils that break down more quickly. The document provides specific guidelines for establishing a filtration schedule, indicators for determining when to discard oil, and safer disposal methods.
This document provides information about the flavor and aroma compounds found in ghee. It discusses how the heating process during ghee production generates flavor compounds through interactions between milk constituents. It identifies the major flavor compound categories in ghee, including carbonyls, lactones, free fatty acids and esters, alcohols and hydrocarbons. For each category, it describes the compounds present and how they contribute to ghee flavor, as well as the processes that produce these compounds during heating. It also mentions using starter cultures or synthetic mixtures to influence the flavor of ghee.
Fats play an important role in nutrition by carrying fat-soluble vitamins through the body and providing energy. Specialty fats are tailored to specific uses like replacing cocoa butter in chocolate or dairy fats. They are designed to melt at body temperature for smooth mouthfeel or set at cooler temperatures as needed. As cocoa butter supplies fluctuate, specialty fats offer alternatives for confectioners while also substituting dairy in non-dairy products like milk, yogurt and spreads.
Palm Oil and Health - European Symposium June 25, 2014Huiledepalmesante
The European Symposium brought together scientists and legal experts to leverage the debate on palm oil and health. During the conference, three major questions were asked: “Does palm oil pose risks to human health?”, "What are the alternatives?” and “How to inform consumers?”.
Specialty fats and oils are formulated for specific food applications and provide technological benefits over traditional fats and oils. They include shortenings, which are solid at room temperature and used in baked goods for texture. Technological advances like hydrogenation, interesterification, and emulsification have expanded the types of specialty fats. These are classified by form as plastic, dry/powdered, fluid/pourable/liquid, or flakes and designed for functions like creaming, aeration, layering, or stability. Examples are used in baked goods, dressings, margarines, and more. The food industry has seen high growth in categories that use specialty fats like snacks, prepared cakes, biscuits/
this slides will help to provide the better information about the role, properties, nutritive aspect of Fat and oil.
can be use by under graduate or post graduate students as well.
Cooking oil presentation and frying technologyAngela Dalmacio
The document discusses the importance and roles of fat in nutrition, providing energy, carrying vitamins, and being a component of cell membranes and hormones. It compares coconut oil and palm olein, noting they are both vegetable oils that are cholesterol and trans fat free and best for frying. It provides details on the fatty acid composition and health benefits of coconut oil, palm oil, and their constituents like medium chain triglycerides, tocotrienols, and carotenes. The document also discusses frying oil technology, including the changes that occur in hot oil during frying and best practices to prevent oil degradation and absorption during frying.
The RSPO Certified Sustainable Palm Oil Supply ChainJames J. Jasko
Palm oil comes from the fruit of the oil palm tree and is widely used in food and personal care products. The Roundtable on Sustainable Palm Oil (RSPO) has two certification systems - one to certify sustainable palm oil production at plantations and another to ensure the integrity of supply chains for sustainable palm oil. The document provides details on palm oil production processes, common terms used, and where palm oil derivatives are used as ingredients.
Presented during a workshop by Egyptian Chefs Association in collaboration with Malaysian Palm Oil Council at Semiramis InterContinental Hotel by Mr. Markus Iten, General Manager of Food Tracks & ECA President.
This document provides information about ghee, including its definition, production methods, chemical composition, and flavor formation. Some key points:
- Ghee is a clarified butter made by heating butter to remove water and milk solids. India produces over 900,000 tons annually worth $1.35 billion.
- Different production methods include direct heating of butter/cream or pre-stratification to remove moisture before heating.
- Chemical analysis shows buffalo ghee has higher levels of unsaturated fatty acids and flavor compounds like carbonyls and lactones compared to cow ghee.
- Flavor develops from thermal degradation of proteins, carbohydrates, and lipids, producing compounds like free fatty acids
This document provides an overview of fat replacers and their classification. It discusses several types of structured lipids and fat substitutes based on esters and ethers that are used as fat replacers, including their composition, production methods, and properties. These fat replacers are designed to mimic the sensory properties of fat but contain few to no calories. The document concludes that while no single fat replacer can fully replace all functions of fat, research continues to develop options that maintain taste and texture while reducing calories.
The document summarizes the physico-chemical properties of ghee-residue, which is a by-product obtained during ghee manufacturing. Ghee-residue has a smooth to granular texture and is rich in lipids like fatty acids and phospholipids. It also contains proteins, sugars, and other compounds. Analysis shows the particle size of ghee-residue is around 104.79 microns with a density of 1.14 g/cm3. Ghee-residue is a nutritious material rich in fat and proteins that can be used as a human dietary supplement and for flavoring purposes.
The document provides an overview of whey utilization, focusing on whey beverages. It discusses the global production of whey as a byproduct of cheesemaking. It then covers the nutritional composition of whey, various processing methods, and major utilization areas including whey powder, protein, and lactose production. The document specifically examines different types of whey beverages such as fruit juice-based, dairy, carbonated, and sports drinks. It concludes that whey proteins provide various health benefits and that whey-fruit juice combinations have potential as nutritious beverages after further improvements to shelf life and flavor.
This document provides information on food additives, including their E-numbers, common names, sources, functions, suitability for different diets, and examples of food products they may be used in. For each additive, there is a short description, details on where it comes from and what purpose it serves. Religious suitability, vegetarianism, veganism, and any noted allergies or intolerances are also addressed. The appendix aims to help navigate the many additives used in foods.
This document defines butter and its standards according to FSSAI and other regulatory bodies. It discusses the key components of butter including milk fat content and microbiological standards. The document also covers the production process for butter including cream preparation, neutralization, standardization, pasteurization, ripening, cooling, churning and salting. Food additives permitted in butter are also outlined.
Abdul Sattar Sons offers a range of certified organic, non-GMO vegetable oils that are naturally processed without chemicals. They supply oils extracted through expeller pressing and refined through natural processes. The oils include soybean, sunflower, canola, and palm oils and have various fatty acid profiles that provide benefits for food applications such as baking, frying, and dressings. Abdul Sattar Sons oils offer superior taste and quality with zero trans fats and are suitable for food, feed, and cosmetic uses.
Microalgae is natures secret ingredient . It,s existed for millions of years, TerraVia has harnessed it to create a next generation ingredient that delivers on taste, texture and fat-reduction in a completely new way .
Ghee ingredients are the reason behind ghee nutrition and all ghee health benefits. However, ghee’s ingredients may change depending on the animal’s type and breed, location of ghee manufacturing, and diet of the dairy cattle. Before describing the ghee and its ingredients, let’s examine how the allied factors impact the ghee ingredients.
Read More: https://milkio.co.nz/ghee-ingredients/
BAKING INGREDIENTS; bread and pastry-tleRaffyServano3
This document provides an overview of various baking ingredients classified into flour, sugar, fats, milk and milk products, eggs, leavening agents, flavorings, and fruits. It describes the different types of each ingredient, their properties, functions, and purposes in baking. Key baking ingredients include wheat flour, granulated sugar, shortening, fresh milk, cream, baking powder, vanilla, chocolate, and nuts. The major functions of ingredients are structure, tenderness, flavor, moisture, and leavening through chemical or biological processes during baking.
The document describes the butter making process. It defines butter according to FSSAI and PFA and provides the standards for table butter. The process involves standardization, pasteurization, cooling, ripening, churning, washing, salting and packaging of butter. Ripening of cream with starter culture is important to develop flavor. Churning involves breaking the emulsion of cream into butter grains through agitation. Factors like fat composition, globule size, cream richness and viscosity influence churnability and body of butter.
This document summarizes information from FoodTech 2016 about non-dairy milk alternatives. It shows that the category has grown significantly in recent years in the EMEA region in both retail volume and value. A wide variety of non-dairy products now exist made from soy, rice, grains, nuts and other plants. The number of new product launches in the category has also increased substantially between 2011-2015. The document then discusses potential business opportunities and solutions for non-dairy products like drinks, yogurts and snacks based on plant-based ingredients.
This document analyzes the market and use of food additives in various food products in India. It discusses the bread, cake, jam, spread, and ketchup industries and provides market share information. It also lists ingredients and additives commonly used in these foods and provides information on the function of various E-number additives. The conclusion notes the growing Indian market, questions around certain additives and diets, and recommends food fortification.
Premium Vegetable Oils - Animal Feed DivisionAris Ibrahim
Premium Vegetable Oils Sdn Bhd is a palm oil plantation and edible oils company operating across Southeast Asia. It has 139,723 hectares of oil palm plantations in Indonesia and Malaysia. The company produces crude palm oil and refined edible oils and fats. It has two edible oils refineries in Malaysia and six palm oil processing mills and a kernel crushing plant in Indonesia. The company offers a range of specialty fats, cooking oils, and animal feed products. It has various quality certifications to ensure food safety standards are met.
This document discusses natural shelf life extenders produced by Mezzoni Foods as alternatives to chemical preservatives. The extenders are made through fermentation of ingredients like wheat, dextrose or whey followed by drying. They contain organic acids that prevent growth of unwanted microorganisms to extend shelf life while enhancing flavor. A study showed some natural extenders like Inhibit Violet and Prolong performed equal to or better than chemical preservatives at inhibiting pathogens and spoilage in chicken salad over 72 days.
Emerging food trends, Plant Based Proteins, Healthy Fat and SugarHORIBA Particle
This presentation by Julie Nguyen of HORIBA Scientific discusses some of the growing trends toward a healthier diet and new FDA guidelines. From a webinar presented in July, 2016.
This document summarizes information about the artificial sweeteners aspartame and acesulfame-K. It describes their manufacture, properties, advantages, disadvantages, regulatory status, applications, and synergistic effects when used together. Aspartame is about 200 times sweeter than sucrose, derived from two amino acids and methanol, and is unstable to heat. Acesulfame-K is about 150-200 times sweeter than sucrose, stable to high heat, but may be linked to some health issues at high doses. Both are approved as safe in many countries and widely used as non-caloric sweeteners in foods and beverages.
This document discusses the uses and applications of omega-3, omega-6, and omega-9 fatty acids in the pharmaceutical industry. It provides details on the sources and health benefits of different omega fatty acids. It describes the industrial processes used to extract omega-3 from fish and plants for use in supplements, medications, and other products. The document also discusses how omega-6 is obtained from plant oils and its role in immune function and treatments for conditions like arthritis.
This document describes the butter making process. It defines butter according to various standards and outlines the key steps in production: standardizing cream, pasteurization, cooling, ripening with starter cultures, churning to convert the emulsion, draining buttermilk, washing butter grains, salting, adjusting moisture, and working the butter. Factors that influence churning and the body of butter include the chemical composition of butterfat, size of fat globules, richness of cream, and churning temperature, speed, and fullness.
Help with answering these questions for my Human Health Class Biolog.pdfdhavalbl38
Help with answering these questions for my Human Health Class Biology 2020
INGREDIENTS: COOKED FETTUCCINI PASTA (WATER, SEMOLINA [DURUM
WHEAT, NIACIN, IRON, FERROUS SULFATE, THIAMINE MONONITRATE,
RIBOFLAVIN, FOLIC ACID], EGG WHITES), GARLIC BREAD (BLEACHED ENRICHED
FLOUR [MALTED BARLEY FLOUR, NIACIN, REDUCED IRON, THIAMINE
MONONITRATE, RIBOFLAVIN, FOLATE], WATER, VEGETABLE OIL [SOYBEAN
AND/OR COTTONSEED OIL], YEAST, SALT, HIGH FRUCTOSE CORN SYRUP,
ENRICHED WHEAT FLOUR [FLOUR, NIACIN, REDUCED IRON, THIAMINE
MONONITRATE, RIBOFLAVIN, FOLIC ACID], DATEM, VEGETABLE SHORTENING
[PARTIALLY HYDROGENATED SOYBEAN OIL, TBHQ ADDED TO PRESERVE
FRESHNESS], CONTAINS LESS THAN 2% OF THE FOLLOWING: ASCORBIC ACID, L-
CYSTEINE HYDROCHLORIDE, AZODICAR-BONAMIDE, ENZYMES, CALCIUM
PEROXIDE, CALCIUM PROPIONATE, ENZYME, TOPPINGS [LIQUID AND PARTIALLY
HYDROGENATED SOYBEAN OIL, WATER, SALT, LECITHIN, MONOGLYCERIDES,
SODIUM BENZOATE {PRESERVATIVE}, CITRIC ACID, NATURAL FLAVOR,
ARTIFICIAL FLAVOR, BETA CAROTENE, VITAMIN A PALMITATE, CALCIUM
DISODIUM EDTA {TO PROTECT FLAVOR}, PARSLEY FLAKES]), WATER, CARROTS,
BROCCOLI, HEAVY WHIPPING CREAM, SOYBEAN OIL, CREAM CHEESE
(PASTEURIZED MILK AND CREAM, CHEESE CULTURES, SALT, CAROB BEAN GUM),
ROMANO (FROM COW’S MILK) AND PARMESAN CHEESE (PART-SKIM MILK,
CHEESE CULTURES, SALT, ENZYMES, CELLULOSE POWDER [PREVENTS CAKING]),
HALF AND HALF (MILK, CREAM), CONTAINS 2% OR LESS OF: GARLIC SHERRY
WINE, STABILIZER (MODIFIED FOOD STARCH, SODIUM PHOSPHATE, MONO- AND
DIGLYCERIDES, DEHYDRATED GARLIC, XANTHAN AND GUAR GUMS, SALT,
PAPRIKA), SUGAR, SALT, BUTTER (CREAM, SALT), FLAVORINGS, BUTTER FLAVOR
(PARTIALLY HYDROGENATED SOYBEAN OIL, FLAVOR [BUTTER OIL, ENZYME
MODIFIED BUTTERFAT, WHEY POWDER, NONFAT DRY MILK POWDER, SOY
LECITHIN {EMULSIFIER}]), POLYGLYCEROL ESTERS OF FATTY ACIDS, SPICE,
PAPRIKA, BETA CAROTENE.
Nutrition Facts
Serving Size 1 Meal (397g)
Amount Per Serving
Calories 770
Calories from Fat 420
% Daily Value*
Total Fat 46g
?%
Saturated Fat 16g
?%
Trans Fat 0.5g
Cholesterol 30mg
?%
Sodium 129mg
?%
Total Carbohydrate 69g
?%
Dietary Fiber 11g
?%
Sugars 9g
Protein 19g
Vitamin A 80%
•
Vitamin C 0%
Calcium 35%
•
Iron 6%
* Percent Daily Values are based on a 2,000 calorie diet. Your Daily Values may be higher or
lower depending on your calorie needs.
Calories
2,000
2,500
Total Fat
Less than
65g
80g
Sat Fat
Less than
20g
25g
Cholesterol
Less than
300mg
300mg
Sodium
Less than
2400mg
2400mg
Total Carbohydrate
300g
375g
Dietary Fiber
25g
30g
Referring to the label above:
1. a. Is this product a good source of fiber?
b. Calculate the percentage of the Daily Value for fiber for a 2,500-calorie diet that is
contributed by this product.
c. Calculate the percentage of the DRI for a 2,500-calorie diet that is contributed by this
product.
2. Is this a nutrient-dense product? Why or why not?
3. What percentage of the Daily Value for total carbohydrate (for 2,000 calories) comes from
this product?
Label Analysis—Lipids (from chapter 5)
Instructions: Use t.
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2. INTRODUCTION
ALLIANCE one of India’s Leading most trusted and reliable Importers,
Exporters, Indentors and Distributors for supply of various Chemical Raw
Materials, Excipients, Intermediates and Ingredients for a multitude of
industries.
We supply a wide gamut of chemicals that is procured from renowned
importers, distributors & exporters across the globe. Our premium grade of
chemicals comprises of Construction Chemicals, Flavour and Fragrance
chemicals, Fine Chemicals, Speciality Chemicals, Electroplating, Metal Surface
Chemicals, Electronic Chemicals, Pharmaceuticals Formulation Chemicals,
Drugs Intermediates, Food Chemicals/Ingredient/Additive and Industrial
Chemicals.
We Have Important Registrations Like FSSAI & ISO 9001:2015 By Bureau
Veritas.
3. STEVIA
Significant highlights of STEVIA.
It is an Indian Company specialized integrated value chain on Stevia , producing
products derived from the plant Stevia rebaudiana Bertoni, and in particular
the sweet-tasting steviol glycosides.
Founded in the heart of Punjab at the beginning of 2004 to Shaeed Bhagat
Singh Nagar, Land of Revolutions which is now witnessing SWEET REVOLUTION
STEVIA.
4. HIGHLIGHTS OF OUR MANUFACTURER
Hi Tech Plant Nursery( Net House , Green House ) and breeding facility.
- Tissue Culture Lab.
- Processing Facility.
- Product formulation and packaging unit.
Our Supplier STEVIA brings to you international quality herbal sweetener
products made from the leaves of the remarkable herb Stevia in India.
These herbal sweeteners contain no calories or carbohydrates and are
ideal for diabetics and the health conscious.
The can be used in varied applications ,
5. APPLICATIONS
No sugar beverages (carbonated ,non carbonated, juices, flavored water,
tea and coffee)
Dietary supplements
Chocolates, Sweets
And many more…
Our product offerings include:
1.) Stevia Extracts and Liquid Stevia (As sweetener )
2.) Stevia sweetened end products.
6. ACESULFAME K
Origin –germany
Shelf life: 5 years from date of manufacture
CERTIFICATIONS:
§Halal- and Kosher-certified
International bodies, such as FDA, WHO and JECFA also confirm the safety of
Sunett®
7. PROPERTIES AT A GLANCE
200x sweeter than sugar
Has a fast onset of sweetness and no lingering aftertaste
Excellent solubility (27% at ambient temperature)
Excellent pH, shear and heat stability
Zero calories
Do not cause fluctuation in blood glucose level
Non cariogenic, tooth-friendly
No warning label
ADI : 0-15 mg/kg body weight.
8. SUNNET’S TECHNICAL ADVANTAGES:
Exceptional temperature,pH, and dry-storage stability.
Rapid solubility.
Blends well with other sweeteners to give a great sugar like sweetness
profile.
Easy to formulate
Available in four different food and pharmaceutical grades.
APPLICATION :
Dairy products – Yoghurt, smoothies, icecream and desserts, whipped
cream.
9. ENZYMES
Enzymes offered by alliance can be used in manufacturing of dairy products and
cheeses. We are the leading enzymes suplliers in india with varities of veg enzymes
avaialble for different cultures
ENZYMES FOR ICE-CREAM INDUSTRY – HYDROLACT-W
Hydrolact W is a specially designed lactase for whey processing industries that is
enzymes offered for ice-cream industry. The treatment of whey with Hydrolact W
yields sweet soluble sugars, glucose & galactose.
Hydrolact W treated whey can be used for the production of lactose-free whey
protein hydrolysates, infant foods, ice creams and other dairy products intended for
lactose intolerant individuals.
10. MICROBIAL RENNET
Food grade enzymes
Produced from fungus, Aspergillus – by controlled fermentation.
Acts as coagulants for cheese production.
Product properties :
Light brown-brown color powder
2000IMCU/g
Readily soluble in water
Dosage – 10-30gms/1000litrs of milk
11. MODE OF ACTION :
Hydrolyses the phenylalanine105 – methionine106 bond in kappa casein
Removes the hairy layer and leading to the formation of a coagulum of
casein, thus allowing the separation of curd & whey.
Storage:
In cool, dry place.
In unopened container below 5°C.
Application :
Improve yield, taste & texture of cheese
12. ENZYME MODIFIED CHEESE
FlavorSEB AP :
Food grade leucine amino peptidase preparation produced by
controlled fermentation of selected strain of Aspergillus oryzae.
Properties :
Off-white to brown colored powder
1000 LAPU/g
Soluble in water
Dosage -0.05% to 0.2 %
13. MODE OF ACTION :
Catalyzes the release of N-terminal amino acid, Xaa┼Yaa, in which Xaa is
preferably Leucine, but may be other amino acids including Proline,
although not Arginine or Lysine, and Yaa may be Proline.
Applications:
Selectively hydrolyzes plants, fish, or animals proteins to produce de-
bittered protein hydrolysates.
Can be used for extensive degradation of food proteins, to produce savory
protein hydrolysates with improved flavor.
14. FLAVORS
Flavors
Origin– Japan.
We offer Natural, Nature-identical and Artificial flavors.
Range - Fruity flavors, smoke flavors, Tea and coffee flavors.
Water and oil soluble type in powder and liquid form.
Application: Beverage, Bakery, Dairy products, Confectionery, and Meat
products.
Speciality flavors and customised flavors in liquid and powder forms.
Speciality flavors
Stevia taste improver/sweetner taste improver
Carbosation
Salt taste enhancer
Meat imitation flavors
15. NISIN
Nisin Z,is produced by Lactococcus lactis, a species of bacteria found in
milk and cheese,
Its been used as a food preservative for almost 50 years.
It is also used in the heat treatment of nonacid foods and in extending
the shelf life of sterilized milk.
ORIGIN –belgium
CERTIFICATIONS –HALAL,KOSHER, Non- GMO.
Shelf life – 2 yrs
Available in powder (grayish white powder), liquid (colourless)
Efffective on gram positive bacteria in processed foods such as
Juices,cheese, cooked meat, cooked meat,sauce and salad dressings.
16. Maximum dosage according to FSSAI.
Ripened cheese, (Cheddar, Danbo, Edam, Gouda, Havarti, Tilisiter,
Camembert, Brie, St Paulin, Samsoe, Emmentaler, Provolone, Extra hard
grating /sliced/cut/shreded cheese) - 12 mg/kg.
Ripened cheese includes rind - 12 mg/kg.
Plain processed cheese/ processed cheese, processed cheese spreads -
12.5 mg/kg.
17. PROBIOTICS
Probiotics is a value-added product which gives additional benefits.
Some of the established health benefits of probiotics are listed below :
Improvement of gut health and digestive system
Improvement in immunity and resistance to various disease causing microorganisms
Cancer and tumor prevention
Weight control and improvement of cardiovascular health
Improvement of brain functioning
Completely natural and free from anti-biotic, no side-effects
APPLICATIONS
Dairy products like dahi, Lassi, yoghurt,
Juices, non-dairy beverages
Powdered drinks
Baked products
Chocolates and soft confectionary
Powdered formula foods
Oral health products- in chewing gums,
18. OMEGA 3 FATTY ACIDS
OMEGA FATTY ACIDS : Available as 3,6 and 9.
OMEGA -3 - Omega-3 fatty acids are extremely important for our health —
probably the most important in the series of omega fatty acids.
Omega-3 fatty acids include:
Alpha-linolenic acid (ALA)
Eicosapentaenoic acid (EPA)
Docosahexaenoic acid (DHA)
19. ALLIANCE OFFERS
25/27% DHA fish oil
12% DHA (3%EPA) fish oil powder (50% oil load)
Omega-3 ALA :
Benefits:
Reduce risk of heart disease: lower blood fat.
Reduce risk of high blood pressure.
Reduce asthma: decrease inflammation and improve lung function.
MCB Product offer:
50% ALA flaxseed oil
25% ALA flaxseed oil powder (50% oil load)
Omega 6
ALLIANCE Product offer: 25% LA soybean oil
powder (50% oil load)
21. FORMULA MILK POWDERS FOR INFANTS, YOUNG CHILDREN, PREGNANT
SUPPLEMENTS.
Omega-3 ALA Flaxseed Oil Powder 50%
Omega-3 DHA/EPA Fish Oil Powder 50%
Medium Chain Triglyceride (MCT) Oil Powder 70%
Omega-9 High Oleic Acid Sunflower Oil Powder 50%
Omega-6 LA Soybean Oil Powder 50%
Omega-6 ARA Oil Powder 25%
22. MEDICAL & CLINICAL FOOD PRODUCTS
Omega-3 ALA Flaxseed Oil Powder 50%
Omega-3 DHA/EPA Fish Oil Powder 50%
Medium Chain Triglyceride (MCT) Oil Powder 70%
Omega-9 High Oleic Acid Sunflower Oil Powder 50%
Omega-6 LA Soybean Oil Powder 50%
All kinds of general goods.
Omega-3 ALA Flaxseed Oil Powder 50%
Omega-3 DHA/EPA Fish Oil Powder 50%
Medium Chain Triglyceride (MCT) Oil Powder 70%
Omega-9 High Oleic Acid Sunflower Oil Powder 50%
Omega-6 LA Soybean Oil Powder 50%
23. Product Name Fat Oil Lactose Trans fat CWD Fatty Acid
Flaxseed Oil
Powder 50 Flaxseed Oil X ✔ ✔ C18:3 ALA
a- Linolenic Acid >25
High Oleic
Sunflower 50 High Oleic X ✔ ✔ C18:1 Oleic Acid
Oil Powder Sunflower Oil Oleic Acid >40
Soybean Oil
Powder 50 Soybean Oil X ✔ ✔ C18:2 LA
Linoleic Acid >25
MCT Oil Powder 70 MCT Oil X ✔ ✔ C8/C10 = 60/40
(Caprylic/ Capric) C8+C10 >68
DHA Fish Oil
Powder 50 Refined Fish Oil X ✔ ✔ DHA > 12%
EPA/DHA Balance
Fish 30 Refined Fish Oil X ✔ ✔ EPA > 10%
Oil Powder
ARA Oil Powder 25 ARA Oil X ✔ ✔ ARA > 10%
Omega 3&6
Blended 49~52 Sunflower Oil X ✔ ✔ C18:1 OA > 10%
powder – F3 Flaxseed Oil C18:2 LA > 21%
C18:3 ALA > 5%
24. SAFETY CULTURES
Effectively against yeasts and moulds.
Fermented milk less susceptible to spoilage during their shelf life
Improved texture and cost efficiency due to little dosage
Can replace chemical preservatives.
APPLICATION :
Fresh fermented milk products including yogurt, sour cream.
Physical/chemical specs : yellowish white powder
Packaging – available in 10U/BAG
STORGAE CONDITIONS: 12 MONTHS , STORED UNOPENED BELOW
4°C
25. NATURAL PRESERVATIVES
Distinctive Features of X-Tend are:
• Longer Shelf Life
• Stable at high temperatures
• Homogeneous Dispersion
• No Color Impartation
• No Impact on texture
• No Sensory Variations and No settling.
X-Tend is a combination of anti fungal and anti bacterial components, isolated
from 3 different natural sources;
1.Anti microbials from plants and herbs.
2.Anti microbials from Micro organisms.
3.Anti microbials from Animals
26. Sample Name Dosage Applied Shelf life
Control - 3 Days
With Synthetic 0.1% 2 Weeks
Preservatives
With X-Tend 0.5% 2 Weeks
X-Tend Khoa is a natural preservative Chemical Parameters obtained by
formulation with natural organic spice oleoresins and other essential
oils.
Physical Properties Microbiological Analysis
Colour: Free flowing yellowish powder Total Plate Count - < 1000 cfu/g
Moisture: less than 1.0% Yeast & Mould - < 100 cfu/g
Solubility: Partially soluble in oils and fats Total coliforms - < 10 cfu/g
Application : Khoa E-coli -Absent/25g
Salmonella - Absent/25g
27. SORBATES
Consistent high quality, predictable purity and stability
Sorbates never reach the limits for international purity specifications
Extremely tight product specifications
White product without any unusual solvent aromas
Special drying process prevents oxidation of the sorbate
Sorbates have a neutral smell without traces of ethanol and/or acetone
Potassium Sorbate powder is nearly white ‒ Competitor samples can be
slightly yellowish and different in shapes ‒ After dissolving in water, the
competitor samples are obviously yellow
Predictable purity for your product quality and brand
protection