UAE Metal Gratings Suppliers and Manufacturers

Product Description Texol Coolant 50% is an Ethylene Glycol based engine radiator coolant made using coolant concentrate at 50% the rest being DM water. The coolant concentrate is formulated with special chemical additives to provide a high degree of protection against corrosion for the metal and alloy components in the cooling system with specific reference to aluminum. It is harmless to rubber and does not foam or clog radiators. Applications It is recommended for all light commercial vehicles with liquid cooling systems. The product act as an antifreeze under low temperatures and protects from boiling under high temperatures conditions. The product is diluted with demineralized water to a concentration of 50%. It is suitable for light vehicles and even in larger diesel engines. Features and Benefits Long term protection of metals and alloys in the cooling system against corrosion. Protection against frost. Effective engine cooling. High boiling point gives better cooling performance in high temperature condition. Protective against excessive evaporation. Compatible with rubbers. Excellent anti foam properties Health and Safety Detailed health and safety information for this product is provided in a Material Safety Data Sheet which is available upon request from our Texol sales office.

To know the price and see more samples of products, visit our website BASE OIL SN 100-150-300-500-600-700 Base oil is a type of oil which is used as a base for lubricants. The main element of lubricants (volume wise) is base oil and it forms about 95% of lubricants weight. In some lubricants (Compressor and hydraulic oil) 99% of the oil is consisted of base oil and only the 1% which is left contains additives. Base oils can be reached from oil based and non-oil based resources. Most of the base oils used in the world are obtained from crude oil refining. Most of the compounds which form base oils are Paraphinic, Naphthenic and aromatic compounds. Base oils chemical properties and their impact on the usage of final lubricant: 1 volatility: reduction of the oil, oil thickening, sediments 2 surface activity: foaming, pressure tolerance, air release, emulsion expansion 3 oxidations: sediments, oil thickening, metal oxidation, mud forming 4 Viscosity: Fluidity in lower degrees, energy waste, abrasion protection, proper cooling 5 being soluble: Motor neatness, sealant compatibility, process applications, formulation sustainability The base oil which is extracted from crude oil is called mineral base oil which is categorized in two types (Paraphinic and Naphtshic). Paraphinic oils are consisted of normal hydrocarbons and Iso hydrocarbons. Naphthic oils are consisted of annular full hydrocarbons. Paraphinic oils have certain attributes in comparison with naphthic oils such as; More shedding temperature Less special weight More viscosity indicators Less solubility property Higher resistance against oxidation Higher flash point Mainly naphthic oils are needed for less temperature criteria and pour point specially; hydraulic oils, coolers, rubber producing oils, metalworking and cylinders lubricants for big motors and greases.

oil 20W-50 SAE 20 W 50 API SL semi synthetic RASHA Motor Oil are premium high-performance multi-grade engine oils formulated from high quality synthetic base oils combined with top quality performance additives to help provide long engine life and protect critical engine parts and providing wide temperature range engine protection. A trusted name in automotive oils based on revolutionary concepts meeting the performance levels required by todays gasoline engines. SAE 20W-50 API SL Provides good cold starting, high resistance to sludge, low volatility characteristics and low oil consumption SAE 20 W 50 RASHA Motor Oil is high viscosity oil that provides a cushioning and protection against metal contact and more effective sealant that extend engine life. SAE 20W-50 API SL Semi Synthetic RASHA Motor oil is recommended for gasoline vehicles of every type , turbo charged or naturally aspirated which require API SL quality oil. It exceeds the performance requirements of most car manufactures. It is suitable for 4-stroke motorcycle engines.  Feature & Benefits -Super High Performance engine oil for protection and performance -Neutralises the waste products from fuel combustion  -prevent the formation of sludge -Provides a protective film on engine part in all conditions -Reduces engine wear during start-up and warm-up. -Improved engine cleanliness, promoting longer engine life. -Excellent wet clutch friction stability even in severe applications. -Enhanced gear wear protection for transmission gears.

1. Introduction Purpose of the Document Scope of the System Definitions, Acronyms, and Abbreviations 2. General Description Product Perspective Product Functions User Characteristics Operating Environment 3. Specific Requirements 3.1 Functional Requirements User Management: Ability to register new users (doctors, nurses, administrative staff). Authentication and authorization mechanisms. Patient Management: Record patient demographics (name, age, gender, contact details). Maintain medical history and treatment plans. Appointment Scheduling: Allow scheduling, rescheduling, and cancellation of appointments. Notification system for upcoming appointments. Billing and Invoicing: Generate bills based on services provided. Integration with payment gateways for online payments. Inventory Management: Track medical supplies and equipment. Manage stock levels and alerts for low stock. Reporting and Analytics: Generate reports on patient statistics, revenue, etc. Analytical tools for decision support. 3.2 Non-Functional Requirements Performance: System should handle concurrent users efficiently. Security: Data encryption, role-based access control. Reliability: Minimize downtime, backup and recovery procedures. Usability: Intuitive user interface, training and support for users. Scalability: Ability to expand to accommodate more users and data. 4. System Interfaces Hardware Interfaces: Requirements for servers, workstations, etc. Software Interfaces: Integration with other systems (e.g., electronic health records). Communication Interfaces: Protocols for data exchange (e.g., API specifications). 5. Constraints Regulatory requirements (HIPAA compliance, local health regulations). Budget and time constraints. 6. Appendices Glossary of Terms References

Aluminum Specification: Aluminum is a lightweight, silvery-white, and ductile metal known for its high corrosion resistance, excellent thermal and electrical conductivity, and versatility in various applications. It is commonly used in industries such as aerospace, construction, automotive, and packaging. Physical Properties: Density: Approximately 2.70 g/cm�³ Melting Point: 660.3�°C (1220.5�°F) Boiling Point: 2519�°C (4566�°F) Mechanical Properties: Tensile Strength: Varies with alloy, typically ranging from 70 to 700 MPa Yield Strength: Varies with alloy, typically ranging from 30 to 500 MPa Elongation at Break: Varies with alloy, typically from 1% to 30% Hardness: Varies with alloy, typically from 20 to 120 HB Chemical Composition: Pure aluminum is composed of 99.0% to 99.9% aluminum. Common alloying elements include copper, manganese, silicon, magnesium, and zinc. Thermal Properties: Thermal Conductivity: 205 W/m�·K (at 20�°C) Coefficient of Thermal Expansion: 23.1 x 10â?»â?¶ /K Electrical Properties: Electrical Conductivity: 37.7 x 10â?¶ S/m (at 20�°C) Corrosion Resistance: Excellent resistance to atmospheric corrosion due to the formation of a protective oxide layer. Good resistance to corrosion in marine environments and many industrial chemicals. Formability and Machinability: Highly ductile and can be easily formed into various shapes through processes like rolling, extruding, and drawing. Machinability varies with the alloy, with some aluminum alloys offering better machinability than others. Common Applications: Aerospace: Airplane fuselages, wings, and other structural components. Automotive: Engine components, wheels, and body panels. Construction: Window frames, roofing, and structural components. Packaging: Beverage cans, foil, and containers. Electrical: Conductors, wiring, and electronic components. Surface Treatment: Aluminum can be anodized, painted, or coated to enhance its surface properties and appearance. Recyclability: Aluminum is highly recyclable and retains its properties after recycling, making it a sustainable material choice. Standards and Grades: Common standards include ASTM B209 for aluminum sheet and plate, ASTM B221 for aluminum extruded bars, rods, wire, profiles, and tubes. Grades and tempers vary depending on the specific application and alloy composition.

Aluminum Specification: Aluminum is a lightweight, silvery-white, and ductile metal known for its high corrosion resistance, excellent thermal and electrical conductivity, and versatility in various applications. It is commonly used in industries such as aerospace, construction, automotive, and packaging. Physical Properties: Density: Approximately 2.70 g/cm�³ Melting Point: 660.3�°C (1220.5�°F) Boiling Point: 2519�°C (4566�°F) Mechanical Properties: Tensile Strength: Varies with alloy, typically ranging from 70 to 700 MPa Yield Strength: Varies with alloy, typically ranging from 30 to 500 MPa Elongation at Break: Varies with alloy, typically from 1% to 30% Hardness: Varies with alloy, typically from 20 to 120 HB Chemical Composition: Pure aluminum is composed of 99.0% to 99.9% aluminum. Common alloying elements include copper, manganese, silicon, magnesium, and zinc. Thermal Properties: Thermal Conductivity: 205 W/m�·K (at 20�°C) Coefficient of Thermal Expansion: 23.1 x 10â?»â?¶ /K Electrical Properties: Electrical Conductivity: 37.7 x 10â?¶ S/m (at 20�°C) Corrosion Resistance: Excellent resistance to atmospheric corrosion due to the formation of a protective oxide layer. Good resistance to corrosion in marine environments and many industrial chemicals. Formability and Machinability: Highly ductile and can be easily formed into various shapes through processes like rolling, extruding, and drawing. Machinability varies with the alloy, with some aluminum alloys offering better machinability than others. Common Applications: Aerospace: Airplane fuselages, wings, and other structural components. Automotive: Engine components, wheels, and body panels. Construction: Window frames, roofing, and structural components. Packaging: Beverage cans, foil, and containers. Electrical: Conductors, wiring, and electronic components. Surface Treatment: Aluminum can be anodized, painted, or coated to enhance its surface properties and appearance. Recyclability: Aluminum is highly recyclable and retains its properties after recycling, making it a sustainable material choice. Standards and Grades: Common standards include ASTM B209 for aluminum sheet and plate, ASTM B221 for aluminum extruded bars, rods, wire, profiles, and tubes. Grades and tempers vary depending on the specific application and alloy composition.

Specification for Aluminum Scrap 1. Scope This specification defines the quality and requirements for aluminum scrap intended for recycling and manufacturing. It ensures consistency, quality, and suitability for various applications. 2. Material Requirements 2.1. Composition Aluminum Content: Minimum 90% by weight. Contaminants: Maximum 2% by weight of non-aluminum metals (e.g., steel, copper). Maximum 1% by weight of non-metallic materials (e.g., plastic, rubber). Moisture content should not exceed 2% by weight. 2.2. Form and Condition Types: Can include profiles, sheets, turnings, wire, and castings. Size: Must be manageable for handling and processing, typically not exceeding 1 meter in any dimension. Cleanliness: Free from excessive oil, grease, and other foreign substances. 3. Packaging and Labeling Packaging: Scrap should be securely packaged or bundled to prevent scattering and contamination during transport. Packaging materials should not contaminate the scrap. Labeling: Each package should be clearly labeled with: Supplier name and address. Net weight. Scrap grade and type. 4. Inspection and Testing Visual Inspection: Performed to check for visible contaminants, appropriate size, and cleanliness. Chemical Analysis: Periodic testing to verify aluminum content and contaminant levels. Moisture Test: Conducted to ensure moisture content compliance. 5. Documentation Certificate of Analysis (CoA): Provided with each shipment, detailing the chemical composition and confirming compliance with this specification. Bill of Lading: Including details of the shipment, weight, and scrap grade. 6. Compliance and Rejection Compliance: All supplied scrap must meet the requirements outlined in this specification. Rejection: Material not meeting these requirements will be subject to rejection and return at the supplier's expense. 7. Safety and Handling Handling: Appropriate safety measures should be taken to prevent injury or contamination during handling and transportation. Personal Protective Equipment (PPE): Workers must use suitable PPE, including gloves and eye protection. 8. Environmental and Regulatory Considerations Compliance: Must comply with all relevant local, national, and international regulations regarding waste and recycling materials. Environmental Impact: Suppliers are encouraged to follow environmentally friendly practices in the collection and processing of aluminum scrap.

Specification for Copper Wire Scrap Material Name: Copper Wire Scrap Description: High-quality copper wire scrap with a minimum purity of 99.9%, suitable for recycling and manufacturing applications. Specification Details: Parameter Details Purity Minimum 99.9% copper content Appearance Bright, shiny, clean, free from tarnish and other impurities Form Copper wire, stripped of insulation, no mixed or dirty wires Diameter Varies, typically between 0.5mm to 20mm Length Random lengths Weight Packed in bales or bundles, typically 100kg to 1000kg per bundle Origin Various sources (e.g., industrial waste, electrical wires) Insulation No insulation (bare wire) Non-metallic Content Less than 0.5% Oxidation Negligible, if any Radioactive Material None Moisture Content Maximum 0.3% Packaging Bales or bundles, secured with metal straps or wire Weight Tolerance �±2% Shipping Containers or bulk, depending on order size and buyer's requirements Certification Certificate of Analysis (CoA) available upon request Standards Compliance Complies with International Copper Study Group (ICSG) standards Usage Recycling, manufacturing of new copper products, electrical applications Additional Information: Inspection: Third-party inspection available upon request. Delivery Time: Depends on order quantity and destination. Payment Terms: Negotiable, typically through Letter of Credit (L/C) or Telegraphic Transfer (T/T). Supply Ability: Up to 500 metric tons per month. Sample Availability: Free sample available, shipping costs borne by the buyer. For further details or inquiries, please contact [Your Company Name] at [Your Contact Information].

Specification Parameter Details Material Name Copper Wire Scrap Purity Minimum 99.9% Appearance Bright, shiny, clean, free from tarnish and other impurities Form Copper wire, stripped of insulation, no mixed or dirty wires Diameter Varies, typically between 0.5mm to 20mm Length Random lengths Weight Packed in bales or bundles, typically 100kg to 1000kg per bundle Origin Various sources (e.g., industrial waste, electrical wires) Insulation No insulation (bare wire) Non-metallic content Less than 0.5% Oxidation Negligible, if any Radioactive material None Moisture content Maximum 0.3% Packaging Bales or bundles, secured with metal straps or wire Weight Tolerance �±2% Shipping Containers or bulk, depending on order size and buyer's requirements Certification Certificate of Analysis (CoA) available upon request Standards Compliance Complies with International Copper Study Group (ICSG) standards Usage Recycling, manufacturing of new copper products, electrical applications

Copper Wire Scrap Specification 1. Product Description Copper wire scrap refers to discarded copper wire materials that are collected and recycled for reuse. These scraps are typically sourced from electrical wiring, cables, and other copper-based components. The high conductivity and malleability of copper make it a valuable material in various industries, including electrical, construction, and manufacturing. 2. Chemical Composition The copper wire scrap must meet the following chemical composition standards: Copper (Cu): 99.9% minimum Impurities: 0.1% maximum 3. Physical Characteristics Appearance: Clean, uncoated, and untinned copper wire Color: Bright or bare copper color Wire Diameter: Typically ranges from 1 mm to 3 mm Length: Varies, can be in coils, bundles, or chopped 4. Quality Standards ISRI Code: Should conform to ISRI (Institute of Scrap Recycling Industries) specifications for copper wire scrap. Cleanliness: Free from dirt, plastic, rubber, other metals, and non-metallic materials. Radiation: Free from any radioactive contamination. Corrosion: Free from excessive oxidation or corrosion. 5. Packaging Form: Bundles, bales, or coils Weight: Typically packed in 20-25 kg bundles or as per customer requirements Securing: Strapped with steel or plastic bands to prevent spillage during transportation Labeling: Each package should be labeled with the following information: Grade of copper Net weight Supplier's name Batch number Date of packaging

Specification for Scrap Fridge Compressor Product Name: Scrap Fridge Compressor Purpose: The scrap fridge compressor is intended for recycling and recovery of materials from refrigeration units. It is designed to extract valuable metals such as copper, aluminum, and steel, as well as other recyclable components, from old or discarded refrigeration compressors. Dimensions and Weight: Dimensions: Typically measures approximately [insert dimensions] (may vary slightly depending on manufacturer and model). Weight: Varies, but generally ranges from [insert weight range] kilograms (kg). Materials Used: Shell: Steel or cast iron. Internal Components: Copper winding, aluminum wire, steel casing, and potentially other metals depending on the design and age of the compressor. Oil and Refrigerant: May contain residual oil and refrigerant, which need to be properly handled and disposed of according to environmental regulations. Condition: The scrap fridge compressor is generally considered non-functional and is obtained from discarded refrigeration units. It may show signs of wear, corrosion, or damage, typical of used or old compressors. Environmental Considerations: Contains materials that require environmentally responsible disposal or recycling methods. May contain oils, refrigerants, or other substances that are hazardous to the environment if not properly handled. Packaging: Typically sold loose or in bulk for scrap metal processing. Packaging, if any, should be minimal and not contribute to environmental waste. Safety Precautions: When handling scrap fridge compressors, wear appropriate personal protective equipment (PPE) such as gloves and safety goggles to avoid injury and contamination. Ensure compliance with local regulations regarding the handling, transport, and disposal of scrap metal and hazardous materials. Documentation: May come with basic documentation such as the model number (if identifiable), manufacturer (if identifiable), and any other relevant markings or labels that can assist in identifying its origin and composition. Usage: Intended for recycling purposes only. Can be processed to extract valuable metals and materials for reuse in manufacturing. Storage: Store in a dry and secure area away from moisture and direct sunlight to prevent further degradation. Disposal: Dispose of in accordance with local environmental regulations and guidelines. Recycle components where possible to minimize environmental impact. Additional Notes: Variations in specifications and components may exist depending on the specific model and manufacturer of the fridge compressor. Always verify the composition and condition of the scrap fridge compressor before processing or handling. This specification provides a comprehensive overview of the scrap fridge compressor, outlining its intended use, materials, environmental considerations, and safety precautions necessary for handling and disposal.

Specification for Scrap Electrical Motor General Description: The scrap electrical motor shall be an industrial or commercial-grade electric motor that is no longer operational or intended for reuse in its current state. Physical Characteristics: Dimensions: Provide approximate dimensions (length, width, height) of the motor. Weight: Specify the weight range of the motor. Appearance: Describe the external condition (e.g., rust, wear, intact casing). Electrical Specifications: Voltage Rating: Indicate the nominal voltage rating of the motor. Power Rating: Specify the power output in horsepower (HP) or kilowatts (kW). Phase: State whether the motor is single-phase or three-phase. Frequency: Specify the operating frequency (e.g., 50 Hz or 60 Hz). Mechanical Specifications: Type: Describe the type of motor (e.g., induction motor, synchronous motor). Enclosure: Specify the type of motor enclosure (e.g., open, totally enclosed). Shaft: Detail the condition and specifications of the motor shaft (e.g., diameter, keyway). Operational Condition: Functionality: Clarify whether the motor is inoperable or partially functional. Defects: Note any known defects or issues affecting operation. Environmental Considerations: Hazardous Materials: Identify any hazardous materials present (e.g., oil, heavy metals) and their safe handling requirements. Disposal Requirements: Specify disposal guidelines in accordance with local regulations. Packaging and Transportation: Packaging: Describe how the motor will be packaged for transport (e.g., palletized, boxed). Transportation: Provide guidelines for safe handling during transportation (e.g., lifting points, weight limits). Documentation: Certificates and Documentation: Include any certificates or documentation related to the motor's original specifications or hazardous material content. Additional Information: Purpose: State the intended use of the scrap motor (e.g., recycling, parts salvage). Availability: Specify quantity and availability of the scrap motors. Compliance: Regulatory Compliance: Ensure compliance with relevant safety and environmental regulations. Notes: This specification is intended to provide a comprehensive overview of the scrap electrical motor's characteristics and condition. It should be used to accurately assess the motor's suitability for recycling or other intended purposes. Any additional specific requirements should be clearly outlined based on the intended use and local regulatory requirements.