UAE Fan Impellers Regulators Suppliers and Manufacturers

Soybean Oil Specifications 1 Product Description Name Refined Soybean Oil Origin Specify Country Type Edible Vegetable Oil Extraction Method Mechanical andor Solvent Extraction Processing Type Refined Bleached Deodorized 2 Physical and Chemical Characteristics Appearance Clear light yellow to yellow liquid Odor and Taste Bland neutral odor and taste Density 0910 0930 gcm at 20C Refractive Index 1466 1470 at 40C Iodine Value 120 141 g I100g Saponification Value 189 195 mg KOHg Unsaponifiable Matter 15 Acid Value 01 mg KOHg Peroxide Value 10 meqkg Moisture and Volatile Matter 01 Color Lovibond 5 cell 15 Red Max Free Fatty Acids 005 3 Nutritional Information per 100g Energy Approximately 884 kcal Total Fat 100g Saturated Fat 15 20g Monounsaturated Fat 23 30g Polyunsaturated Fat 50 60g Cholesterol 0mg Vitamin E Tocopherols 8 16mg 4 Fatty Acid Composition Palmitic Acid C160 10 12 Stearic Acid C180 2 5 Oleic Acid C181 19 30 Linoleic Acid C182 48 58 Linolenic Acid C183 5 8 Arachidic Acid C200 05 Behenic Acid C220 05 5 Packaging and Storage Packaging Available in bulk drums IBC tanks and PET bottles of various sizes 1L 2L 5L etc Storage Conditions Store in a cool dry place away from direct sunlight and heat sources Shelf Life 12 months from the date of production if stored properly 6 Compliance and Certifications Certifications ISO HACCP Kosher Halal Compliance Meets the standards of Codex Alimentarius US FDA and EU regulations 7 Uses and Applications Culinary Cooking frying salad dressings and baking Industrial Ingredient in margarine mayonnaise and other food products Nutritional Source of essential fatty acids and vitamin E 8 Safety and Handling Handling Precautions Avoid contact with eyes and prolonged skin exposure In case of contact rinse thoroughly with water First Aid Measures If ingested in large amounts seek medical attention 9 Quality Assurance Batch Testing Each batch is tested for quality parameters to ensure consistency and safety Traceability Full traceability from raw material to finished product

Specification for Extra Virgin Olive Oil General Information Product Name Extra Virgin Olive Oil EVOO Botanical Name Olea europaea Origin Country of Origin Harvest Period Harvest Period Batch Number Batch Number Date of Production Production Date Physical and Chemical Properties Appearance Clear goldengreen liquid Odor Fresh fruity aroma characteristic of olives Flavor Fruity slightly bitter and pungent Free Fatty Acids FFA 08 as Oleic Acid Peroxide Value 20 meq Okg K270 022 K232 250 DeltaK 001 Moisture and Volatile Matter 02 Insoluble Impurities 01 Iodine Value 7594 g I100g Saponification Value 184196 mg KOHg Specific Gravity at 20C 09100916 gcm Refractive Index at 20C 14671470 Fatty Acid Composition Oleic Acid C181 5583 Linoleic Acid C182 3521 Palmitic Acid C160 7520 Stearic Acid C180 055 Linolenic Acid C183 15 Palmitoleic Acid C161 0335 Nutritional Information per 100g Energy 884 kcal Total Fat 100 g Saturated Fat 14 g Monounsaturated Fat 73 g Polyunsaturated Fat 11 g Cholesterol 0 mg Sodium 0 mg Carbohydrates 0 g Protein 0 g Vitamin E 14 mg 93 DV Contaminants Pesticide Residues Within permissible limits Heavy Metals Lead Cadmium Arsenic Within permissible limits Polycyclic Aromatic Hydrocarbons PAHs Within permissible limits Storage and Handling Storage Conditions Store in a cool dry place away from direct sunlight Shelf Life Up to 24 months if stored under proper conditions Packaging Glass bottles 250 ml 500 ml 1 L Tin cans 3 L 5 L Bulk in drums or IBCs Quality Assurance Certifications List any relevant certifications eg USDA Organic EU Organic ISO 22000 Inspection Each batch is tested and certified by Name of Testing Laboratory to ensure compliance with the above specifications Documentation Certificate of Analysis COA provided with each shipment Compliance Regulations Compliant with local and international standards for extra virgin olive oil Safety Data Sheet SDS Provided upon request

Composition and Components: Li-ion Battery Scrap consists primarily of lithium-ion cells and batteries that are discarded or recycled. These batteries typically contain: Lithium cobalt oxide (LiCoO2), lithium nickel manganese cobalt oxide (NMC), lithium iron phosphate (LiFePO4), or other cathode materials. Graphite or other carbon-based anodes. Electrolytes (typically lithium salts in organic solvents). Aluminum or copper foils used as current collectors. Plastic casing and insulation materials. Physical Characteristics: Size: Varied sizes depending on the original battery type, ranging from small cylindrical cells to large battery packs used in electric vehicles (EVs). Weight: Varies widely based on the size and type of battery, typically ranging from a few grams to several kilograms per cell or pack. Condition: Typically used, damaged, or end-of-life batteries. May include intact or partially dismantled units. Chemical Composition: Lithium-ion batteries typically contain varying proportions of lithium, cobalt, nickel, manganese, iron, graphite, aluminum, copper, and plastics. Chemical makeup may vary significantly depending on the specific battery chemistry and manufacturer specifications. Packaging: Often sold loose or in containers such as bulk bags (super sacks) or palletized for ease of transportation and handling. Applications: Used extensively in portable electronics (laptops, smartphones, tablets), power tools, electric vehicles (EVs), and energy storage systems (ESS). Environmental Considerations: Li-ion Battery Scrap must be handled and recycled in accordance with environmental regulations due to the presence of potentially hazardous materials such as lithium and cobalt. Quality and Purity: Typically sold as mixed battery scrap containing various types and conditions of lithium-ion batteries. Sorting by chemistry or condition may be available depending on supplier capabilities. Certifications and Compliance: Suppliers may provide certifications ensuring compliance with recycling and environmental standards such as ISO 14001 or local regulatory requirements for battery recycling. Storage and Handling: Li-ion Battery Scrap should be stored in a dry, cool environment to prevent potential reactions or fires. Handling should follow established safety protocols due to the potential for short-circuiting or thermal runaway in damaged cells. Uses in Recycling: Valuable as a source of raw materials (lithium, cobalt, nickel, etc.) for the production of new batteries or other applications after proper recycling and processing. Documentation:

Description of OCC Scrap: OCC (Old Corrugated Containers) scrap refers to recycled cardboard and paperboard packaging materials derived from used corrugated containers. These containers are typically discarded after their initial use in shipping and packaging goods. OCC scrap is a valuable resource in the recycling industry, as it can be processed and reused in the production of new paper products, contributing to environmental sustainability by reducing the demand for virgin fiber. Specifications for OCC Scrap: Grade: OCC scrap is categorized into different grades based on its quality and the amount of contamination. The most commonly recognized grades include: OCC Grade 11: Consists of corrugated containers having a minimum bursting strength of 125 pounds per square inch (psi) and a maximum moisture content of 12%. OCC Grade 12: Similar to Grade 11 but may contain a higher moisture content or slightly lower bursting strength. OCC Grade 13: Includes double-sorted corrugated containers that have been sorted to remove large contaminants and non-fibrous materials. Composition: OCC scrap primarily consists of corrugated cardboard and paperboard materials. It should be free from excessive wax coatings, tapes, staples, and other non-paper materials that could interfere with recycling processes. Dimensions: Typically, OCC scrap is compacted into bales for ease of handling and transportation. Bales are standardized in size to fit efficiently into recycling facilities and shipping containers. Moisture Content: The moisture content of OCC scrap is critical to its quality. High moisture levels can degrade the fiber quality and may affect the recyclability of the material. Packaging: OCC scrap is packed in bales secured with wire, strapping, or other appropriate materials to maintain its integrity during transportation and storage. Environmental Compliance: OCC scrap should meet environmental regulations and standards regarding recycling and waste management practices in the region where it is processed or exported. Certifications: Suppliers of OCC scrap may provide certifications or documentation verifying the material's quality, origin, and compliance with recycling standards. Applications: Once processed, OCC scrap is used as feedstock in paper mills and recycling facilities to produce new paper and cardboard products, contributing to a circular economy approach to resource management. By adhering to these specifications, OCC scrap maintains its value as a recyclable material and supports sustainable practices in the paper and packaging industries.

Description: UBC scrap refers to Used Beverage Can scrap, which consists of aluminum cans that have been discarded after use. These cans are typically collected for recycling purposes due to the valuable aluminum content they contain. UBC scrap is a crucial raw material in the aluminum recycling industry, contributing significantly to the production of new aluminum products. Specifications for UBC Scrap: Material Composition: UBC scrap consists primarily of used aluminum beverage cans. The cans should be free from any other materials such as plastic, glass, or organic matter. Size and Form: UBC scrap should be compacted or shredded aluminum cans. Individual cans should be flattened or crushed to facilitate handling and transportation. Purity and Contaminants: UBC scrap should have minimal contamination from non-aluminum materials. Contaminants such as food residue, labels, and coatings should be removed to the extent possible. Chemical Composition: Aluminum content should typically be high, with purity levels suitable for recycling into new aluminum products. Alloy specifications may vary depending on regional standards and recycling processes. Packaging and Transport: UBC scrap is usually packaged in bales, bundles, or loose depending on the recycling facility's requirements. Packaging should be suitable for transportation and storage, ensuring minimal damage and loss during handling. Environmental Considerations: UBC scrap should meet environmental regulations regarding recycling and disposal of used aluminum cans. Recycling processes should comply with local environmental standards to minimize environmental impact. Quality Standards: Quality standards for UBC scrap may include specifications on size consistency, cleanliness, and purity levels. Compliance with industry standards ensures the scrap is suitable for efficient recycling processes. Application: UBC scrap is used as a feedstock for aluminum smelting and recycling operations. It plays a crucial role in the circular economy by conserving natural resources and reducing energy consumption compared to primary aluminum production. Testing and Inspection: UBC scrap may undergo testing and inspection to verify compliance with specified standards. Quality control measures may include visual inspection, chemical analysis, and physical testing to ensure suitability for recycling. Market Considerations: Prices for UBC scrap may vary based on global aluminum market trends, demand-supply dynamics, and recycling efficiencies. Market participants include scrap dealers, recyclers, aluminum manufacturers, and industries utilizing recycled aluminum. By adhering to these specifications, UBC scrap can be effectively managed, processed, and recycled to contribute to sustainable resource management and environmental conservation efforts.