Ding Oil International Trading Co., Ltd is a leading corporation of Taiwan which manufacturers, develops and distributes lubricants & chemical additives for engines and industry worldwide.
Lubrication is one of the main preventative maintenance activities.
Lubricants have a wide range of properties that impact their physical and chemical properties Knowing about these properties is important in determining which lubricant is best for which situation.
Oil analysis identifies early signs of contamination, fluid degradation and abnormal wear before they cause costly and permanent damage to equipment.
This document summarizes an Israeli company established in 2009 that develops nanotechnology lubricant additives under the brand name NanoLub. NanoLub uses inorganic nanoparticles made from tungsten ore to enhance lubricating oils and greases. Studies show NanoLub outperforms conventional additives by reducing friction and wear while increasing engine efficiency. The company aims to sell NanoLub products directly and through agents to industries including automotive, mining, and aerospace.
Project Sales Corp., India is the exclusive distributors for Lubchem Products in India
PSC is one of India’s largest independent distributors of specialty lubricants for applications below and above the water line. We stock and sell a whole range of specialty lubricants designed specifically for marine and offshore drilling markets. All formulated to work better.
Know more at www.pscspecialtylubricants.com
Experimental Investigation of Tribological Properties using Nanoparticles as ...IRJET Journal
This document describes an experimental investigation of the tribological properties of engine oil modified with nanoparticles. Molybdenum disulfide (MoS2) and copper oxide (CuO) nanoparticles were added to SAE 20W50 engine oil at concentrations of 0.25%, 0.5%, and 1% by weight. Tests were conducted to evaluate the friction, wear, and viscosity properties of the modified oils. The results showed that adding MoS2 or CuO nanoparticles improved the oil's friction reduction and anti-wear performance compared to the unmodified oil. Specifically, the modified oils exhibited lower coefficients of friction and wear rates. This tribological behavior is attributed to the nanoparticles depositing on rubbing surfaces during testing.
Lubricants contain base oils and additives, with additives ranging from 0.1-30% of the volume. Additives are used to enhance base oil properties, suppress undesirable properties, and impart new properties. They play important roles like enhancing oxidation resistance at high temperatures, avoiding failure from metal-to-metal contact, and ensuring flow at low temperatures. Common additive types include detergents, antioxidants, extreme pressure additives, and viscosity index improvers. Additives work by attaching to surfaces via polarity and forming protective films on metals. Too high of an additive concentration can degrade performance, and additives must be balanced to avoid competing effects. Trends include developing additives that improve performance while reducing environmental
This document discusses lubricating oil additives. It begins by introducing lubrication theory and the importance of selecting appropriate lubricants. It then discusses the basic purposes of lubricants to reduce friction and wear. The document focuses on the types and purposes of various lubricating oil additives, including: surface protective additives like antiwear and extreme pressure additives; performance enhancing additives like viscosity index improvers and pour point depressants; and lubricant protective additives like oxidation inhibitors and foam inhibitors. It concludes by discussing common elements in lubricating oil additives and their major end uses.
(1) There are three main methods for gear lubrication: grease lubrication suitable for low speeds, splash (oil bath) lubrication for medium speeds, and forced oil circulation for high speeds.
(2) Grease lubrication applies grease directly but requires periodic reapplication. Splash lubrication risks insufficient lubrication from low oil levels or overheating from high levels. Forced circulation ensures lubricant reaches contact areas through spraying or misting.
(3) The purpose of gear lubrication is to reduce friction through lubricant film formation and limit temperature rises from rolling and sliding contact. Proper lubricant selection depends on operating conditions like speed and load.
Lubrication is one of the main preventative maintenance activities.
Lubricants have a wide range of properties that impact their physical and chemical properties Knowing about these properties is important in determining which lubricant is best for which situation.
Oil analysis identifies early signs of contamination, fluid degradation and abnormal wear before they cause costly and permanent damage to equipment.
This document summarizes an Israeli company established in 2009 that develops nanotechnology lubricant additives under the brand name NanoLub. NanoLub uses inorganic nanoparticles made from tungsten ore to enhance lubricating oils and greases. Studies show NanoLub outperforms conventional additives by reducing friction and wear while increasing engine efficiency. The company aims to sell NanoLub products directly and through agents to industries including automotive, mining, and aerospace.
Project Sales Corp., India is the exclusive distributors for Lubchem Products in India
PSC is one of India’s largest independent distributors of specialty lubricants for applications below and above the water line. We stock and sell a whole range of specialty lubricants designed specifically for marine and offshore drilling markets. All formulated to work better.
Know more at www.pscspecialtylubricants.com
Experimental Investigation of Tribological Properties using Nanoparticles as ...IRJET Journal
This document describes an experimental investigation of the tribological properties of engine oil modified with nanoparticles. Molybdenum disulfide (MoS2) and copper oxide (CuO) nanoparticles were added to SAE 20W50 engine oil at concentrations of 0.25%, 0.5%, and 1% by weight. Tests were conducted to evaluate the friction, wear, and viscosity properties of the modified oils. The results showed that adding MoS2 or CuO nanoparticles improved the oil's friction reduction and anti-wear performance compared to the unmodified oil. Specifically, the modified oils exhibited lower coefficients of friction and wear rates. This tribological behavior is attributed to the nanoparticles depositing on rubbing surfaces during testing.
Lubricants contain base oils and additives, with additives ranging from 0.1-30% of the volume. Additives are used to enhance base oil properties, suppress undesirable properties, and impart new properties. They play important roles like enhancing oxidation resistance at high temperatures, avoiding failure from metal-to-metal contact, and ensuring flow at low temperatures. Common additive types include detergents, antioxidants, extreme pressure additives, and viscosity index improvers. Additives work by attaching to surfaces via polarity and forming protective films on metals. Too high of an additive concentration can degrade performance, and additives must be balanced to avoid competing effects. Trends include developing additives that improve performance while reducing environmental
This document discusses lubricating oil additives. It begins by introducing lubrication theory and the importance of selecting appropriate lubricants. It then discusses the basic purposes of lubricants to reduce friction and wear. The document focuses on the types and purposes of various lubricating oil additives, including: surface protective additives like antiwear and extreme pressure additives; performance enhancing additives like viscosity index improvers and pour point depressants; and lubricant protective additives like oxidation inhibitors and foam inhibitors. It concludes by discussing common elements in lubricating oil additives and their major end uses.
(1) There are three main methods for gear lubrication: grease lubrication suitable for low speeds, splash (oil bath) lubrication for medium speeds, and forced oil circulation for high speeds.
(2) Grease lubrication applies grease directly but requires periodic reapplication. Splash lubrication risks insufficient lubrication from low oil levels or overheating from high levels. Forced circulation ensures lubricant reaches contact areas through spraying or misting.
(3) The purpose of gear lubrication is to reduce friction through lubricant film formation and limit temperature rises from rolling and sliding contact. Proper lubricant selection depends on operating conditions like speed and load.
The document discusses lubricant additives that are important components in engine oils beyond just the base oil. It explains that additives like dispersants, detergents, antiwear agents, and others are formulated to optimize performance across attributes like engine cleanliness, wear control, and fuel economy. Graphs and diagrams show how these additive molecules interact with surfaces and particles to inhibit aggregation and neutralize acids from engine blow-by. Selecting the right combination and amounts of additives is necessary to balance performance factors.
This document discusses lubricants used in thermal power plants. It begins by introducing the importance of selecting the proper lubricant and understanding lubrication theory. It then discusses the fundamentals of lubrication in reducing friction and wear. Different types of lubricating oils and their characteristics like viscosity and additives are explained. Common additives are outlined that improve performance by interacting with machine metals. Grease composition and characteristics are also covered. The document concludes by examining lubricant specifications for steam turbines and other thermal power plant equipment.
This slide show accompanies the learner guide "Mechanical Technology Grade 10" by Charles Goodwin, Andre Lategan & Daniel Meyer, published by Future Managers Pty Ltd. For more information visit our website www.futuremanagers.net
This document discusses lubricant testing at thermal power plants. It describes the primary functions of lubricants as reducing friction, heat, and wear while protecting surfaces and removing contaminants. Regular lubricant testing is recommended to monitor equipment condition, ensure specifications are met, and reduce failure rates. Key tests described include particle counting, viscosity testing, acid number measurement, and analysis of additives, water content, and oxidation stability. Specific lubricant testing procedures and frequencies are outlined for steam turbines, mills, fans, pumps and other equipment. Factors that deteriorate lubricant quality like oxidation, thermal degradation, water accumulation and contaminants are also discussed.
This document provides an overview of Elf lubricant products for motorcycles and automotive engines. It discusses the basics of lubrication and different types of lubricants including their composition and functions. Specific Elf products covered include Elf Super Sporti ADV 15W50, Elf Molygraphite 15W50, Elf Molygraphite 10W30, Elf Grapholia MS 15W40, Elf Synthetic Pro 10W50, Elf Moto 2T Power, and Elf Moto 4T Power.
Silicone vacuum grease is made with silicone oil as the base, which gives it properties that make it well-suited for lubrication and sealing in vacuum systems. It is thermally stable, resisting temperatures from -25°C to 250°C, and will not outgas or damage rubber components. Supervac SV-G9 silicone grease is formulated specifically for high vacuum applications up to 10-9 Torr, remaining stiff and non-runny at high temperatures to maintain seals while protecting o-rings from swelling or softening.
This document discusses lubricants used in chemistry. It covers the functions of lubricants in decreasing friction and absorbing heat. It describes different types of lubricants including oils, greases, and solid lubricants. It outlines the process for extracting lube oils from raw oil through steps like vacuum distillation, de-waxing, and hydrogen treatment. Key tests for lube oils are described like viscosity measurements and oxidation resistance tests. Factors for choosing lubricants are discussed like viscosity changes with temperature and resisting chemical reactions.
The function of a lubricant is to reduce friction between moving metal surfaces by coating the surfaces and resisting displacement from pressure. Lubricants also prevent corrosion and contamination while serving as a coolant. The main types of lubricants are oils, greases, solid lubricants, rust removers, dry lubricants, penetrating lubricants, and synthetic lubricants. Oils cover a broad class of fluid lubricants with particular properties, while greases are ideal for lubricating bearings and consist of oil, thickening agents, and additives. Solid lubricants are fine powders that can be used alone or as additives in greases or bonded lubricants.
Lubricants are materials that are applied between moving parts to reduce friction and dissipate heat. They can be solid, semi-solid, or liquid. Greases are commonly used semi-solid lubricants that are applied between parts using grease guns. Oils are widely used liquid lubricants, with mineral oils being the most common. Solid lubricants like graphite are used in high temperature applications over 200°C. Relubrication intervals for grease lubricated roller bearings can range from 20 hours to over 20,000 hours depending on factors like bearing size, speed, and temperature.
Mohit Ram presents on lubricating oils. Lubricating oils are used to reduce friction, remove heat from friction, and prevent corrosion. They are manufactured by mixing selected oil fractions obtained from vacuum distillation of crude oil with additives. The fractions require further treatment like solvent extraction and dewaxing to achieve the desired properties for lubricating oils like viscosity, viscosity index, and pour point. Vacuum distillation units, solvent units, and hydrofinishing units are used in this further treatment and processing of the oil fractions.
The document provides an overview of lubrication fundamentals and base oil refining processes. It discusses the importance of lubrication, key lubricant properties like viscosity and viscosity index, and how additives are used to improve properties. It then describes how crude oil is distilled to produce base stock feedstocks, and how further refining like solvent refining, hydro-treating, and hydro-cracking is used to create base stocks of different qualities that are the building blocks for finished lubricants.
The two main types of engine oils are Mineral engine oil and Synthetic engine oil. An individual may choose either of the two variants depending upon the recommendation of the vehicle manufacturer… Read more
https://shieldoils.com/what-is-the-difference-between-mineral-oil-and-synthetic-oil/
This document provides an overview of the history and development of gears and gear lubrication. It discusses how early wooden gears led to the use of cast iron and various gear designs like spur, helical, herringbone, and hypoid gears. As gear materials, sizes, speeds, and loads increased over time, effective lubrication became necessary to reduce wear and noise. The document describes the various types of gear lubricants used, including heavy adhesive residual oils suitable for open gears used in older, slower machinery. Precision, enclosed gears require lubricants that form thinner films and withstand higher loads and speeds.
Lubrication reduces friction between moving parts by placing a lubricant such as oil or grease between the parts. There are three main types of lubrication: hydrodynamic lubrication where a thick fluid film separates surfaces, boundary lubrication using a thin film, and extreme pressure lubrication for high loads. Grease is a lubricant made of oil and soap that is suitable for situations where oil cannot stay in place easily, such as low-speed, high-load applications. The type of grease used depends on factors like temperature range, consistency, and resistance to water and oxidation.
This presentation discusses lubricants, including their composition, properties, functions, and different types. Lubricants are substances that reduce friction between surfaces. They typically contain 90% base oil and less than 10% additives. Additives can improve properties like oxidation resistance. Lubrication reduces wear, friction, heat, noise, and corrosion. Different lubrication methods include oil cans, grease packing, and circulation systems. Lubricant types include solid, semi-solid, liquid, synthetic, animal, vegetable, and mineral oils. Properties like viscosity, stability, volatility, and thermal stability were also covered.
This document discusses lubricating grease, including its definition, composition, classifications, applications, and the grease manufacturing process. It defines grease as a solid or semi-fluid product made by dispersing a thickening agent in a liquid lubricant. The document outlines the key components of grease, classifications according to consistency and applications, and provides an overview of the grease production process including typical plant sizing and key equipment.
Oil analysis involves sampling machine lubricants and analyzing them to monitor lubricant health, equipment health, and contamination levels. It can detect wear in components, coolant leakage, and filter effectiveness. Common tests analyze viscosity, water content, acidity, additives, and wear particles. Together these provide information on lubricant condition, equipment operation, and maintenance strategy effectiveness to optimize service intervals and avoid unexpected breakdowns.
This document provides an overview of lubrication principles and practices. It discusses the types of lubricants including oils, greases, and synthetics. Key topics covered include viscosity, additives, lubrication methods, grease characteristics, storage, handling, and selecting the right lubricant. The document emphasizes selecting the right lubricant for the application, maintaining proper lubricant storage conditions, and using lubricants to improve productivity while reducing costs and equipment failure.
This document provides an overview of industrial lubricants. It defines lubricants as substances introduced between moving surfaces to reduce friction. Lubricants typically contain 90% base oil and less than 10% additives. Additives include anti-oxidants, corrosion inhibitors, antiwear agents, and foam inhibitors. The document outlines the types, features, uses, applications, functions, and marketing strategies of industrial lubricants. It also lists some major companies that manufacture lubricants.
UTA has been in business since 1998 processing and distributing solid lubricants for bearings. It processes its Cobra Solid Lubricants at its facility in Avenel, NJ. UTA offers innovative dry and wet lubricant products to extend the life of moving parts in challenging applications. Its Cobra Solid Lubricant line has proven effective at preventing premature bearing failure in extreme conditions like high temperatures, humidity, and chemicals. UTA also distributes nano-sized grease and oil products that provide enhanced performance, wear resistance, and friction reduction compared to conventional lubricants.
This document provides an overview of lubricating oils and the lubricant blending process. It defines lubricants and lubrication mechanisms. It describes the types of base oils (mineral and synthetic) and additives used in lubricants. The key equipment in a lube oil blending plant and the blending process are outlined, including base oil and additive charging, blending, and quality control testing. Key tests described are kinematic viscosity, viscosity index, pour point, and flash/fire point determination. In summary, the document introduces lubricating oils, their composition and properties, and the blending process used to produce finished lubricant products.
The document discusses lubricant additives that are important components in engine oils beyond just the base oil. It explains that additives like dispersants, detergents, antiwear agents, and others are formulated to optimize performance across attributes like engine cleanliness, wear control, and fuel economy. Graphs and diagrams show how these additive molecules interact with surfaces and particles to inhibit aggregation and neutralize acids from engine blow-by. Selecting the right combination and amounts of additives is necessary to balance performance factors.
This document discusses lubricants used in thermal power plants. It begins by introducing the importance of selecting the proper lubricant and understanding lubrication theory. It then discusses the fundamentals of lubrication in reducing friction and wear. Different types of lubricating oils and their characteristics like viscosity and additives are explained. Common additives are outlined that improve performance by interacting with machine metals. Grease composition and characteristics are also covered. The document concludes by examining lubricant specifications for steam turbines and other thermal power plant equipment.
This slide show accompanies the learner guide "Mechanical Technology Grade 10" by Charles Goodwin, Andre Lategan & Daniel Meyer, published by Future Managers Pty Ltd. For more information visit our website www.futuremanagers.net
This document discusses lubricant testing at thermal power plants. It describes the primary functions of lubricants as reducing friction, heat, and wear while protecting surfaces and removing contaminants. Regular lubricant testing is recommended to monitor equipment condition, ensure specifications are met, and reduce failure rates. Key tests described include particle counting, viscosity testing, acid number measurement, and analysis of additives, water content, and oxidation stability. Specific lubricant testing procedures and frequencies are outlined for steam turbines, mills, fans, pumps and other equipment. Factors that deteriorate lubricant quality like oxidation, thermal degradation, water accumulation and contaminants are also discussed.
This document provides an overview of Elf lubricant products for motorcycles and automotive engines. It discusses the basics of lubrication and different types of lubricants including their composition and functions. Specific Elf products covered include Elf Super Sporti ADV 15W50, Elf Molygraphite 15W50, Elf Molygraphite 10W30, Elf Grapholia MS 15W40, Elf Synthetic Pro 10W50, Elf Moto 2T Power, and Elf Moto 4T Power.
Silicone vacuum grease is made with silicone oil as the base, which gives it properties that make it well-suited for lubrication and sealing in vacuum systems. It is thermally stable, resisting temperatures from -25°C to 250°C, and will not outgas or damage rubber components. Supervac SV-G9 silicone grease is formulated specifically for high vacuum applications up to 10-9 Torr, remaining stiff and non-runny at high temperatures to maintain seals while protecting o-rings from swelling or softening.
This document discusses lubricants used in chemistry. It covers the functions of lubricants in decreasing friction and absorbing heat. It describes different types of lubricants including oils, greases, and solid lubricants. It outlines the process for extracting lube oils from raw oil through steps like vacuum distillation, de-waxing, and hydrogen treatment. Key tests for lube oils are described like viscosity measurements and oxidation resistance tests. Factors for choosing lubricants are discussed like viscosity changes with temperature and resisting chemical reactions.
The function of a lubricant is to reduce friction between moving metal surfaces by coating the surfaces and resisting displacement from pressure. Lubricants also prevent corrosion and contamination while serving as a coolant. The main types of lubricants are oils, greases, solid lubricants, rust removers, dry lubricants, penetrating lubricants, and synthetic lubricants. Oils cover a broad class of fluid lubricants with particular properties, while greases are ideal for lubricating bearings and consist of oil, thickening agents, and additives. Solid lubricants are fine powders that can be used alone or as additives in greases or bonded lubricants.
Lubricants are materials that are applied between moving parts to reduce friction and dissipate heat. They can be solid, semi-solid, or liquid. Greases are commonly used semi-solid lubricants that are applied between parts using grease guns. Oils are widely used liquid lubricants, with mineral oils being the most common. Solid lubricants like graphite are used in high temperature applications over 200°C. Relubrication intervals for grease lubricated roller bearings can range from 20 hours to over 20,000 hours depending on factors like bearing size, speed, and temperature.
Mohit Ram presents on lubricating oils. Lubricating oils are used to reduce friction, remove heat from friction, and prevent corrosion. They are manufactured by mixing selected oil fractions obtained from vacuum distillation of crude oil with additives. The fractions require further treatment like solvent extraction and dewaxing to achieve the desired properties for lubricating oils like viscosity, viscosity index, and pour point. Vacuum distillation units, solvent units, and hydrofinishing units are used in this further treatment and processing of the oil fractions.
The document provides an overview of lubrication fundamentals and base oil refining processes. It discusses the importance of lubrication, key lubricant properties like viscosity and viscosity index, and how additives are used to improve properties. It then describes how crude oil is distilled to produce base stock feedstocks, and how further refining like solvent refining, hydro-treating, and hydro-cracking is used to create base stocks of different qualities that are the building blocks for finished lubricants.
The two main types of engine oils are Mineral engine oil and Synthetic engine oil. An individual may choose either of the two variants depending upon the recommendation of the vehicle manufacturer… Read more
https://shieldoils.com/what-is-the-difference-between-mineral-oil-and-synthetic-oil/
This document provides an overview of the history and development of gears and gear lubrication. It discusses how early wooden gears led to the use of cast iron and various gear designs like spur, helical, herringbone, and hypoid gears. As gear materials, sizes, speeds, and loads increased over time, effective lubrication became necessary to reduce wear and noise. The document describes the various types of gear lubricants used, including heavy adhesive residual oils suitable for open gears used in older, slower machinery. Precision, enclosed gears require lubricants that form thinner films and withstand higher loads and speeds.
Lubrication reduces friction between moving parts by placing a lubricant such as oil or grease between the parts. There are three main types of lubrication: hydrodynamic lubrication where a thick fluid film separates surfaces, boundary lubrication using a thin film, and extreme pressure lubrication for high loads. Grease is a lubricant made of oil and soap that is suitable for situations where oil cannot stay in place easily, such as low-speed, high-load applications. The type of grease used depends on factors like temperature range, consistency, and resistance to water and oxidation.
This presentation discusses lubricants, including their composition, properties, functions, and different types. Lubricants are substances that reduce friction between surfaces. They typically contain 90% base oil and less than 10% additives. Additives can improve properties like oxidation resistance. Lubrication reduces wear, friction, heat, noise, and corrosion. Different lubrication methods include oil cans, grease packing, and circulation systems. Lubricant types include solid, semi-solid, liquid, synthetic, animal, vegetable, and mineral oils. Properties like viscosity, stability, volatility, and thermal stability were also covered.
This document discusses lubricating grease, including its definition, composition, classifications, applications, and the grease manufacturing process. It defines grease as a solid or semi-fluid product made by dispersing a thickening agent in a liquid lubricant. The document outlines the key components of grease, classifications according to consistency and applications, and provides an overview of the grease production process including typical plant sizing and key equipment.
Oil analysis involves sampling machine lubricants and analyzing them to monitor lubricant health, equipment health, and contamination levels. It can detect wear in components, coolant leakage, and filter effectiveness. Common tests analyze viscosity, water content, acidity, additives, and wear particles. Together these provide information on lubricant condition, equipment operation, and maintenance strategy effectiveness to optimize service intervals and avoid unexpected breakdowns.
This document provides an overview of lubrication principles and practices. It discusses the types of lubricants including oils, greases, and synthetics. Key topics covered include viscosity, additives, lubrication methods, grease characteristics, storage, handling, and selecting the right lubricant. The document emphasizes selecting the right lubricant for the application, maintaining proper lubricant storage conditions, and using lubricants to improve productivity while reducing costs and equipment failure.
This document provides an overview of industrial lubricants. It defines lubricants as substances introduced between moving surfaces to reduce friction. Lubricants typically contain 90% base oil and less than 10% additives. Additives include anti-oxidants, corrosion inhibitors, antiwear agents, and foam inhibitors. The document outlines the types, features, uses, applications, functions, and marketing strategies of industrial lubricants. It also lists some major companies that manufacture lubricants.
UTA has been in business since 1998 processing and distributing solid lubricants for bearings. It processes its Cobra Solid Lubricants at its facility in Avenel, NJ. UTA offers innovative dry and wet lubricant products to extend the life of moving parts in challenging applications. Its Cobra Solid Lubricant line has proven effective at preventing premature bearing failure in extreme conditions like high temperatures, humidity, and chemicals. UTA also distributes nano-sized grease and oil products that provide enhanced performance, wear resistance, and friction reduction compared to conventional lubricants.
This document provides an overview of lubricating oils and the lubricant blending process. It defines lubricants and lubrication mechanisms. It describes the types of base oils (mineral and synthetic) and additives used in lubricants. The key equipment in a lube oil blending plant and the blending process are outlined, including base oil and additive charging, blending, and quality control testing. Key tests described are kinematic viscosity, viscosity index, pour point, and flash/fire point determination. In summary, the document introduces lubricating oils, their composition and properties, and the blending process used to produce finished lubricant products.
Suppliers of Belt Dressing Spray, Insulating Varnish Spray, Dry Waxy Anti-Corrosion Coating Spray, Multifunctional Fluid Spray, Solvent Based Cleaner For Electrical Motors, Water Based Cleaner Concentrate, Cleaner And Degreaser, Coratex, our products are designed to perform in the most extreme conditions. These also demonstrate a broad applicability, replacing many purpose-formulated conventional oils and greases throughout the industry.
Lubrication accounts for a small part of the overall maintenance budgets and the right lubricant goes a long way to reduce downtime, improve reliability and enhance equipment life.
Leading bearing manufacturers have conducted studies to find out the reasons for premature bearing failure. More than one-third of bearing failures is due to imperfect lubrication. In many more cases, which cannot be traced directly to imperfect lubrication, it’s still the underlying cause.
Unit Grease Of India, is one of the leading manufacturers of premium quality greases lubricants in the India. With more than 40 years of manufacturing experience we have developed a distinguished reputation of proud pioneers in greases and lubricants manufacturing.
https://www.unitgrease.com/
Unit Grease of India is one of the most experienced premium grease manufacturers in India. They produce premium quality grease and lubricants for industrial as well as motor use. With over 45 years of experience, they stand tall in the market. Get in contact with us at +91 98990 08662 or visit our website https://www.unitgrease.com
SKF LGHP 2 is a premium quality mineral oil based grease that uses a modern polyurea thickener. It is suitable for electric motors and similar applications requiring operation at high temperatures from -40 to +150°C. It provides extremely long life, wide temperature range, excellent corrosion protection and thermal/mechanical stability. Typical applications include electric motors, industrial fans, water pumps, textile/paper machinery, and ball or roller bearings operating at medium to high speeds and temperatures.
This document provides product listings and descriptions for various marine engine parts and lubricants sold by eGuard, including prices and rewards points. It includes listings for ethanol treatment, lower unit gear lubes, TC-W3 2-cycle oils, 4-stroke engine oils, impellers, water pump kits, and fuel/water separator filters. For each product, it provides the part number, size, OE part number if applicable, price, and rewards points earned per case. It also includes descriptions of the features and benefits of the products.
This document provides product information for various marine engine oils and lubricants sold by Sierra. It includes product numbers, sizes, prices and rewards points for each product. The products are for outboard and inboard marine engines and include oils for 2-stroke and 4-stroke engines, both conventional and synthetic varieties. The document also describes promotions for earning double rewards points on select products during summer months.
This document provides product listings and descriptions for various marine engine parts and lubricants sold by eGuard, including prices and rewards points. It includes listings for ethanol treatment, lower unit gear lubes, TC-W3 2-cycle oils, 4-stroke engine oils, impellers, water pump kits, and fuel/water separator filters. For each product, it provides the part number, size, OE part number if applicable, price, and rewards points earned per case. It also includes descriptions of the features and benefits of the products.
Are you looking for suitable lubricants? LPSIS provides a complete package. Read out in the brochure and get to know about the wide varieties of quality oil and lubricants we offer.
Steel Plant Specialities is a 25-year-old ISO certified company that develops innovative products for industries like forging, heat treatment, steel rolling, and die-casting. Their products include hot forging die lubricants, anti-scale compounds, refractory coating, anti-nitriding compounds, and tapping lubricants. These products help increase productivity, reduce costs, improve product quality, and decrease environmental impact for their customers in India and abroad. Testimonials from satisfied customers are available.
NANOENERGIZER is an advanced 20nm Nano Ceramic coating formulation, Designed using similar friction modifiers adapted from the Aeronautics and space technology industry to reduce engine Drag, Friction and Noise and is primarily designed to bring engine power to 100%, increase compression, restore and protect your engine and reduce fuel consumption and more importantly reduce harmful exhaust emissions of all engines and mechanical devices. when mixed with engine oil heals out worn-out engine.NANOENERGIZER is sold and distributed solely in Nigeria and Africa by Nano Energizer Africa. The Nano ceramic coating technology, is proven to reduce fuel consumption and reduce environmental pollution during use.
Nano Energizer is perfect for saving fuel on all types of Gasoline and Diesel Engines,
Cars, Trucks, High performance vehicles, Motorbikes, Tractors, Heavy industrial machinery, Lawnmowers, Large boats, Compressors, Bearings, Gear Box, Transmission Case & power steering , and Various Types of Industrial Equipment.
In pursuit of excellence, NPL has introduced its brand Velvex For Total Industrial Lubricant
Solutions to the Industrial oil users. Keeping customer benefits and service at the forefront,
Velvex has been developed to provide complete satisfaction with simultaneously offering value for money to its esteemed customers.
Lubricants
From the very beginning the machine age has depended on lubrication to keep the gears, shafts and wheels of progress turning. Over the years in agriculture, industry, construction, transportation on the roads and off lubricants have played a critical role in getting the job done and today ever more sophisticated vehicles and machines, demand ever more sophisticated lubrication products.
Before the coming of the today different varieties of lubricants the whale oil was historically famous and was used up to the latter part of the 20th century as a friction modifier additive for automatic transmission fluid.
In today’s industrial sectors, Engines, transmissions ,axles, hydraulic systems, gear assemblies and metal working operations need specially formulated lubricants to protect critical components, provide reliable operation, lower maintenance costs, decrease downtime and increase equipment life.
The document describes several grease and lubricant products from Mystik and Never-Seez brands. It provides information on the intended applications and key features of each product, including their suitability for different temperatures, environments, equipment, and industries. The products include general purpose greases, high temperature greases, greases with molybdenum disulfide for heavy loads, marine grease, and anti-seize compounds for preventing corrosion and easy disassembly.
FAG tests greases extensively to develop its Arcanol line of specialty greases for rolling bearings. Arcanol greases undergo tests on bearing test rigs to evaluate performance factors like service life, friction, and wear. Only greases that meet stringent FAG specifications are approved. Individual batches are also tested to ensure consistent quality. The Arcanol program includes 14 greases that cover a wide range of applications and conditions.
Dow Corning offers a line of Molykote thread pastes that outperform conventional lubricants. The pastes include high-purity grades compatible with metals as well as metal-free and general purpose varieties. Molykote P-37 is an ultra-pure, high-temperature anti-seize lubricant for applications up to 1400°C, while Molykote P-40 is a metal-free lubricant offering adhesion in corrosive environments from -40 to 230°C. Molykote 1000 provides stable lubrication from -40 to 1150°C for threaded fasteners and prevents bolt seizure in severe conditions.
Dow Corning offers a line of Molykote thread pastes that outperform conventional lubricants. The pastes include high-purity grades compatible with metals as well as metal-free and general purpose varieties. Molykote P-37 is an ultra-pure, high-temperature anti-seize lubricant for applications up to 1400°C, while Molykote P-40 is a metal-free lubricant offering adhesion in corrosive environments from -40 to 230°C. Molykote 1000 provides stable lubrication from -40 to 1150°C for threaded fasteners and prevents bolt seizure in severe conditions.
Similar to Nano Lubricant Additive Supplier - Ding Oil (20)
1. The chairman founded Dyfencos in 1979 and has seen it grow over 43 years. His initial expectations were to establish an M.O.R.E Lab for collaboration with customers to provide total soldering solutions, and to provide high value products with excellent printability, low voiding and dryness.
2. The products must meet testing requirements for solder mirrors, copper plates and have no electrical leakage.
3. The company aims to continue developing specialty solder paste that can withstand 3000 thermal shocks for the automotive electronics market, while expanding to countries like Vietnam, Thailand, India, Indonesia and Philippines.
The test report provides the results of chemical analysis of a sample received from DING OIL International Trade Co.,Ltd between October 5-15, 2015. The report details the testing methods used and findings for various properties such as specific gravity, viscosity, flash point, pour point, and levels of elements like sulfur, lead, cadmium and mercury. The sample was found to meet specifications for these characteristics and elements were either not detected or within allowed limits.
The document discusses strategies for small businesses to differentiate themselves and survive increasing competition. It recommends that small businesses (1) make themselves distinct from others by choosing the right target market, supplier, and products rather than trying to compete on price; (2) never offer the lowest prices as customers will not value cheap products; and (3) have strong self-belief and maintain good relationships with partners. It uses the example of Apple's iPhone to illustrate the success of distinction strategies over competitors. The document also promotes the BOD lubricant brand and explains how it can help small businesses through its distinct target market, competitive pricing, flexible minimum orders, and product design services.
The document discusses the benefits of exercise for mental health. Regular physical activity can help reduce anxiety and depression and improve mood and cognitive function. Exercise causes chemical changes in the brain that may help protect against developing mental illness and improve symptoms for those who already suffer from conditions like anxiety and depression.
Sing-An chassis engineering was founded in 1996 and specialized in vehicle chassis modifications. In 2005, they established a racing team called Sing-An Gears Team which later became known as Sing-An BOD Racing Team. The team participated in several racing series between 2005-2010, winning various championships and titles. They hope to continue cultivating new racers while supporting racing in Taiwan.
The founders of Ding Oil International Trading Company had worked and developed professional technology of lubricants and chemical industry over 20 years before setting Ding Oil. With many years’ expertise experience, Ding Oil designs, formulates and offers our customers with outstanding performance lubricants, additives, and industrial oils for automotive, industrial, motorcycle and racing applications. From constantly develop the technique, our lubricant oils meet for car racing requirements. Today Ding Oil has successfully established up the reliable reputation in automotive and industry.
Ding Oil strives to manage business with the integrity, honor and respect to others. Proud to provide good quality products such as lubricant oils, OEM oils, industrial oils and chemical additives and reliable service.
In addition, Ding Oil also provide OEM service which include formulate, develop and supply tailor-made products for automotive and industry application and additives. Our experts are happy to discuss all customers’ individual demands. The tailor-made products not only deliver greater performance but more importantly help the customers improve their productivity and save cost. We put your needs with the right lubricant/blending oils.
Besides the research and development of engine lubricants, Ding Oil also invests a lot of money and resources to develop products in other fields such as transmission and industrial applications. Ding Oil always dedicates to upgrade the innovation to meet and exceed the customer’s needs and expectations. We do not satisfied until we keep your needs move in on, for more information, please contact us.
BOD (Tên đầy đủ: Best Oil Designer), là thương hiệu dầu nhớt cao cấp chuyên phát triển các sản phẩm dầu nhớt động cơ và phụ gia cho xe đua và xe độ nổi tiếng Đài Loan. Thương hiệu BOD đã tồn tại và phát triển gần 2 thập kỷ qua, với mục tiêu không ngừng nghiên cứu, phát triển những dòng sản phẩm cao cấp mang tới người tiêu dùng những trải nghiệm khác biệt, chất lượng tuyệt đối. Hơn thế, BOD còn hướng tới mục tiêu phát triển các sản phẩm than thiện môi trường, và hứa hẹn sẽ là một trong những nhà tiên phong trên thế giới trong lĩnh vực này.
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The Strategy Implementation System offers a structured approach to translating stakeholder needs into actionable strategies using high-level and low-level scorecards. It involves stakeholder analysis, strategy decomposition, adoption of strategic frameworks like Balanced Scorecard or OKR, and alignment of goals, initiatives, and KPIs.
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[To download this presentation, visit:
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This PowerPoint compilation offers a comprehensive overview of 20 leading innovation management frameworks and methodologies, selected for their broad applicability across various industries and organizational contexts. These frameworks are valuable resources for a wide range of users, including business professionals, educators, and consultants.
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Industrial Tech SW: Category Renewal and CreationChristian Dahlen
Every industrial revolution has created a new set of categories and a new set of players.
Multiple new technologies have emerged, but Samsara and C3.ai are only two companies which have gone public so far.
Manufacturing startups constitute the largest pipeline share of unicorns and IPO candidates in the SF Bay Area, and software startups dominate in Germany.
5. Applications:
• Can be used in engine oils, gear
oils, other power-transmitting fluids,
load-bearing greases, and metal
working fluids, in high-temperature
and high-pressure applications.
Product: Nano Boron Nitride
Additive (NB-2020)
Origin: Taiwan
Features:
• Multi-layered fullerene shaped
nanospheres helps to polish the
internal parts of the engine to reduce
high load level friction and wear.
• Provides stable oil film between
sliding surfaces.
• Provides reliable engine operation
in a wide temperature range.
• Rust/corrosion protection of the
engine parts.
• Cleaning the sludge from engine
parts.
• Prevention of foaming.
• With good lubricity less fuel is
consumed, and the life of the
engine/machinery extended.
7. Product: Nano Rare Earth Anti-Wear
Additive
Origin: Taiwan
Features:
• Multi-layered fullerene shaped
nanospheres helps to polish the
internal parts of the engine to reduce
high load level friction and wear.
• Provides stable oil film between
sliding surfaces.
• Provides reliable engine operation
in a wide temperature range.
• Rust/corrosion protection of the
engine parts.
• Cleaning the sludge from engine
parts.
• Prevention of foaming.
• With good lubricity less fuel is
consumed, and the life of the
engine/machinery extended.
Applications:
• Can be used in engine oils, gear
oils, other power-transmitting fluids,
load-bearing greases, and metal
working fluids, in high-temperature
and high-pressure applications.
9. Product: Nano Copper Additive
(CU-3010)
Origin: Taiwan
Features:
• Multi-layered fullerene shaped
nanospheres helps to polish the
internal parts of the engine to reduce
high load level friction and wear.
• Provides stable oil film between
sliding surfaces.
• Provides reliable engine operation
in a wide temperature range.
• Rust/corrosion protection of the
engine parts.
• Cleaning the sludge from engine
parts.
• Prevention of foaming.
• With good lubricity less fuel is
consumed, and the life of the
engine/machinery extended.
Applications:
• Can be used in engine oils, gear
oils, other power-transmitting fluids,
load-bearing greases, and metal
working fluids, in high-temperature
and high-pressure applications.
11. Product: Molybdenum Disulfide
Additive (MOS2 M-3015)
Origin: Taiwan
Features:
• MoS2 offers excellent lubricity
properties in inert atmospheres
and under high vacuum where
other conventional lubricants fail.
• MoS2 also offers extreme
pressure lubricant properties.
• MoS2 is able to withstand up to
250,000 p.s.i. which makes it
extremely effective when used in
applications such as cold metal
forming.
Applications:
• Can be used in engine oils,
gear oils, other power-
transmitting fluids, load-bearing
greases, and metal working
fluids, in high-temperature and
high-pressure applications.
13. Product: Ester Magnetic
Additive
Origin: Taiwan
Features:
• Ester Magnetic Additive react
with metal surfaces during
operation at high pressures and
temperatures, creating a
protective layer that can
reduces wear between two
mating metal surfaces as well as
providing protection against
oxidation and rust.
Applications:
• Used in engine oils, gear
oils, other power-transmitting
fluids, load-bearing greases,
and metal working fluids.
15. Product: Ester Extreme
Pressure Anti-Wear
Additive(EPA)
Origin: Taiwan
Features: • Extreme pressure
anti-wear additives (EPA) react
with metal surfaces during
operation at high pressures and
temperatures, creating a
protective layer that can
reduces wear between two
mating metal surfaces as well as
providing protection against
oxidation and rust.
Applications:
• Used in engine oils, gear oils,
other power-transmitting fluids,
load-bearing greases, and
metal working fluids.
17. Product: Plant-Based Extreme
Pressure Agent
Origin: Taiwan
Features:
• Extreme pressure anti-wear
additives (EPA) react with metal
surfaces during operation at high
pressures and temperatures,
creating a protective layer that
can reduces wear between two
mating metal surfaces as well as
providing protection against
oxidation and rust.
Applications:
• Used in engine oils, gear oils,
other power-transmitting fluids,
load-bearing greases, and metal
working fluids.
19. Product: Plant-Based Anti Wear
Agent
Origin: Taiwan
Features:
• Extreme pressure anti-wear
additives (EPA) react with metal
surfaces during operation at
high pressures and
temperatures, creating a
protective layer that can reduces
wear between two mating metal
surfaces as well as providing
protection against oxidation and
rust.
Applications:
• Used in engine oils, gear oils,
other power-transmitting fluids,
load-bearing greases, and metal
working fluids.
20. CONTACT US
DING OIL INTERNATIONAL
TRADING CO., LTD
Tel: +886-7-740-5126
WhatsApp/Zalo: +886-952-715-676
Skype: luuman123
Email: dingoil.sales2003@gmail.com
Website: http://www.dingoil.com