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Palm oil is a vegetable oil obtained from the mesocarp (reddish pulp) of the oil palm fruit. The oil is utilised in food production, cosmetics, and as a biofuel. Oil palms have been used by humans for over 5,000 years. Palm oil's highly saturated nature causes it to solidify at room temperature in temperate climates, making it a suitable substitute for butter or hydrogenated vegetable oils in applications where solid fat is desired, such as pastry dough and baked products. The increased usage of palm oil in the food industry is due to health concerns about trans fats in hydrogenated vegetable oils.Around 70% of personal care items, such as soap, shampoo, cosmetics, and lotion, include palm oil-derived components.

Coconut oil is certainly something you've heard about before. Coconut cooking oil is ideal for high-heat cooking because it has previously been organically refined and does not smoke at low temperatures. It can also be used as a baking component or in mayonnaise. It's also fantastic to include in your diet. Furthermore, coconut oil is a great substitute for solid fats in cooking, such as butter, for vegetarians and vegans. It also makes a fantastic dark chocolate. Most individuals that purchase coconut oil use it in their cookery. Cooking with coconut oil has a bunch of advantages: Coconut's fatty acids can aid your heart by increasing your good cholesterol. Coconut oil is mostly composed of medium-chain triglycerides (MCTs). According to research, they are utilized as direct energy by your body rather than being stored. According to certain research, MCTs can be metabolized fast by the body, which could explain why coconut oil is a fat-burning aid as well as a hunger suppressant. Coconut oil's lauric acid has been found to aid in the killing of dangerous bacteria, viruses, and fungi.

This type Chips that is designed to resist burning and melting at low temperatures. Low Melting Point Polyester Chip for Hot Melt Yarn Masterbatch Extrusion Grade Polymer for Hot-melt Adhesive Glue Coating Description: Generally speaking, the low melting point polyester chip refers to one specialty polymer with a melting point between 90 and 220. The melting point of polyester is the temperature at which a solid crystalline substance changes from a solid state to a liquid. So it reflects the purity of polyester. Generally speaking, pure polyester is a partially crystalline polymer with a melting point of 265. But during actual production, some impurities exist in the polyester due to various side reactions. At the same time, the defects of polymer crystals and the difference in crystallinity will also affect the melting point. The common type of low melt polymer is 110. But we can also offer a melting point of 90, 120, 160, and 180. Application: Low-melt polyester chips can produce low-melting point fiber, low-melting point synthetic fiber, and thermal-melting mucilage. Its primary usage is acting as bonding fiber in nonwoven fabrics. The end usage lies in clothing, articles for bed, shoe uppers, sleeping bags, sofas, and hygiene products. LM PET Chip is also the main raw material of masterbatch carriers. That is, low-melt PET chips, conventional chips, and dyes are mixed to produce the polyester color masterbatch according to a certain proportion. The production of this product is the introduction of polyester macromolecules into the modified copolymer unit. And its melting point is in the range of 100-120. Commonly used modifiers are phthalic acid, adipic acid, and trimethylolpropane. Recently, LM Polymer is also extruded into the back coating of nonwoven, automotive interiors, foam, injection molding, PET sheets, and hot-melt adhesive/glue. Low Melt Yarn is also called hot melt yarn or fusible yarn. There are sheath-core low-melt bicomponent yarn and full low-melt polyester yarn.

New-type hot-connectivity composite fiber is made from different types of modified high molecular materials through advanced composite spining technology. It has unique characteristic of melting at low temperature, and after hot treatment, it can naturally adhere without use of binder, green and environmental. The product abides by strict sanitation control standards to achieve sanitation material grade. The products include ES fiber and ETS modified polyester composite staple fiber which is initiated by the company, and can be applied to production of surface layer and guide layer of disposable sanitary articles Functional characteristic the product is a kind of chemical blend provided with advantages of the two materials. ES fiber has low melting point on the superficial layer, soft, bouffant and pervious, while the core layer has certain intensity and fiber state. ETS fiber is provided with advantages of heat bonding, high hygroscopicity and antistatic property, etc. Application scope the sanitary products are applicable to hot air penetrating technology to produce surface layer and guide layer of disposable sanitary materials such as paper diaper and sanitary towel; the conventional low-melting fiber is applicable to production of hard cotton, decorative wall board, environmental mattress, seat mat, environmental filter media, constructional acoustic damping and heat insulation materials, etc. Specification 4D*51MMã??4D*32MM

ES fiber is a sheath-core composite fiber obtained by successfully combining low-melting components and high-melting components on a single fiber. It has excellent thermal bonding properties. The low melting point component in ES fiber melts under heat treatment conditions higher than its melting point, and bond with other materials to form a binder-free environmentally and friendly non-woven fabric. ES fiber has various advantages such as soft, fluffy, low-temperature processing, heat-bonding, plasticity, non-toxic, non-irritating, and lightweight. It is mainly used to manufacture high-quality sanitary products such as sanitary napkins and diapers. And it is also high-quality materials used to make medical products such as medical protective cloth and medical protective masks, and so on. There are two main types of ES fibers. The first kind is a composite of PE and PP. Its sheath layer is PE (polyethylene, melting point 130�°C), and its core layer is PP (polypropylene, melting point 165�°C). The second kind is a composite of PE and PE. Its sheath layer is PE, and the core layer is PET (polyester, melting point 255â??), which is an upgraded version of PE/PP. ES is divided into EP and ET in terms of material and functionally divided into the hydrophilic, water-repellent, hydrophilic, and weak parent, single parent, multi-parent.In addition, it also can be divided into whitening, general whitening, high holding, medium holding, and low holding. The specifications are 1.5D38mm, 2D38mm, 4D51mm, and so on. In the future, the trend will gradually develop towards fine deniers. SPECIFICATION: PE+PET ES Fiber: Optical White & Super Hydrophile 2D*38mm, Optical White & Hydrophile 2D*38mmï¼? Optical White & Water Repellency 2D*38mmï¼? RAW White & Water Repellency 2D*38mmï¼? Optical White & Super Hydrophile 1.5D*38mmï¼? Optical White & Water Repellency 1.5D*38mmï¼? RAW White & Water Repellency 1.5D*38mï¼? Hydrophile 2D*38mmï¼? Water Repellency 2D*38mm PE+PP ES Fiber: Hydrophile (P2Q) 2D*38mm

White Maize GMO NONGMO This crop is most often used for animal feed silage and grain but cultivation for milling purposes production of corn groats and meal is becoming increasingly popular About 50 species exist and consist of different colors textures and grain shapes and sizes White yellow and red are the most common cultivated maize types The white and yellow varieties are preferred by most people depending on the region Maize which was domesticated in central Mexico around 1500 BC was introduced into Africa around 1500 AD and spread to every corner of the continent within a relatively short period and is now Africas most important cereal crop Sweet maize is the variety that tastes the most delicious other kinds of maize are grown as grain to feed animals With a big variety the complete range of highperformance corn varieties offered by Al Sadek Group of Companies provide a perfect response to the technical and economic challenges faced by growers and livestock farmers worldwide Yellow Maize It is grown in every continent except Antarctica It is a spring grain to be sown in April or May depending on the soil temperature This crop is most often used for animal feed silage and grain but cultivation for milling purposes production of corn groats and meal is becoming increasingly popular About 50 species exist and consist of different colors textures and grain shapes and sizes White yellow and red are the most common cultivated maize types The white and yellow varieties are preferred by most people depending on the region Maize which was domesticated in central Mexico around 1500 BC was introduced into Africa around 1500 AD and spread to every corner of the continent within a relatively short period and is now Africas most important cereal crop Sweet maize is the variety that tastes the most delicious other kinds of maize are grown as grain to feed animals With a big variety the complete range of highperformance corn varieties offered by Al Sadek Group of Companies provide a perfect response to the technical and economic challenges faced by growers and livestock farmers worldwide

AL Sadek Group of Companies carries widest range of Grain Specially Wheat like Milling Wheat, Durum Wheat and Many More. We are one of the top Wheat Suppliers and Exporters in UAE. Different Types of Wheat: * Soft red winter wheat: This type of wheat has baking properties which make it suitable as an ingredient in baked goods like cakes, pastries and cookies. * Hard red winter wheat: This type of wheat is grown in low temperatures and snow-covered regions. It has high protein content and is used for products like general purpose flour, flatbreads and cereals. Itâ??s also the most important type of wheat produced in the United States. * Hard red spring wheat: This type of wheat is produced in hot, dry climates. Itâ??s gluten characteristics make it a good choice for use in food products like bagels, croissants and pizza crusts. * Soft white wheat: Sweeter and softer than other types of wheat. Itâ??s low in protein and gluten which makes it great for more exquisite pastries and cakes, as well as Asian noodles * Hard white wheat: This type of wheat has slightly less protein and is less bitter than hard red wheat. Itâ??s used in softer loaves such as pan loaves. * Durum wheat: This type of wheat has more protein than any other type and is used to make pasta. Uses of Wheat: 1. Animal feed: A portion of wheat production is allocated for animal feed, particularly for poultry and livestock. Wheat middling's, a byproduct of flour milling, are commonly used in animal feed due to their high protein content. 2. Biofuel: Wheat can be used to produce ethanol, a biofuel that can replace or supplement gasoline. In 2020, around 5% of global wheat production was dedicated to ethanol production. 3. Bioplastics: Wheat straw and chaff can be used as a raw material to create biodegradable plastics. These bioplastics offer an environmentally friendly alternative to traditional petroleum-based plastics. 4. Paper production: Wheat straw can be used in paper production as an alternative to wood pulp. This helps reduce deforestation and contributes to more sustainable paper production. 5. Construction materials: Wheat straw can be processed into building materials like straw bale and particleboard. These materials offer insulation, soundproofing, and environmental benefits compared to conventional construction materials. 6. Industrial absorbents: Wheat straw and chaff can be used as absorbent materials for oil spills and other industrial applications. They provide a natural and cost-effective alternative to synthetic absorbents.

Sulfur is a chemical element with the symbol S and atomic number 16. It is abundant, multivalent and nonmetallic. Under normal conditions, sulfur atoms form cyclic octatomic molecules with a chemical formula S. Elemental sulfur is a bright yellow, crystalline solid at room temperature.

Refractory bricks are indispensable in various industries for lining high-temperature equipment such as furnaces, kilns, and reactors. The utilization of recycled refractory bricks contributes to environmental sustainability by reducing waste and minimizing the demand for virgin resources. Moreover, recycling materials can lead to cost savings compared to sourcing and processing raw materials from scratch, making recycled refractory bricks a cost-effective option for industries. Despite being made from recycled materials, these bricks offer comparable performance to conventional refractory products, providing excellent thermal insulation and resistance to high temperatures. Additionally, recycled refractory bricks can be customized to meet specific requirements, allowing for flexibility based on the application and performance needs of different industries. Recycled refractory bricks find applications in various industries, including steel manufacturing, cement production, foundries, and glass manufacturing. They offer a sustainable solution for lining high-temperature equipment while maintaining performance and durability.