| 2-BUTYL-2-ETHYL-1,3-PROPANEDIOL (BEPG) | KH Neochem Americas, Inc. | Intermediate for Polyurethane, Polyester and powder coating resin. | |
| 2-ETHYL HEXANOIC ACID | KH Neochem Americas, Inc. | Intermediate for metal soap, plasticizer, detergent, alkyd resin, acid chloride and cosmetics. | |
| 2-ETHYL-1,3-HEXANEDIOL (OCTANEDIOL) | KH Neochem Americas, Inc. | A Chelating agent. | |
| 2,4-DIETHYL-1,5-PENTANEDIOL (PD-9) | KH Neochem Americas, Inc. | Intermediate for Polyurethane, Polyester etc. | |
| 3,5,5-TRIMETHYL HEXANOL (NONANOL) | KH Neochem Americas, Inc. | Intermediate for cosmetics, fragrance, detergent, lubricant and plasticizer. | |
| ADH (ADIPIC DIHYDRAZIDE) | KH Neochem Americas, Inc. | Crosslinking agent for self crosslinking emulsion resins using DAAM. | |
| DIACETONE ACRYLAMIDE (DAAM) | KH Neochem Americas, Inc. | Monomer for self-crosslinking emulsion resin for coatings, adhesive and textiles. | |
| Gelycel® | Amtex | Gelycel® is a carboxymethylcellulose product which is available in different grades based on viscosity, degree of substitution, and purity. Carboxymethylcellulose are the most commonly used and versatile hydrocolloids since they supply properties such as ...view more Gelycel® is a carboxymethylcellulose product which is available in different grades based on viscosity, degree of substitution, and purity. Carboxymethylcellulose are the most commonly used and versatile hydrocolloids since they supply properties such as thickening, emulsifying, suspension, water retention, and film formation. It also functions as a crystallization retardant, binding agent, and colloid protector. view less | |
| Glissopal® 1000 | BASF Corporation | Glissopal® 1000 is a polyisobutene that is clear in appearance and highly viscous. An oily liquid that is freely miscible with mineral oils and poly-α-olefins. A homogeneous material with high quality. This material is less viscous than the conventional p...view more Glissopal® 1000 is a polyisobutene that is clear in appearance and highly viscous. An oily liquid that is freely miscible with mineral oils and poly-α-olefins. A homogeneous material with high quality. This material is less viscous than the conventional polyisobutenes, but is still highly viscous when compared to alternative materials. The low molar mass makes this suitable for thickening lubricating oils. Applications include two-stroke engine oils, transmission oils, hydraulic fluids, insulating oils, and metalworking fluids. view less | Request Sample |
| Glissopal® 1300 | BASF Corporation | Glissopal® 1300 is a polyisobutene that is clear in appearance and highly viscous. An oily liquid that is freely miscible with mineral oils and poly-α-olefins. A homogeneous material with high quality. This material is less viscous than the conventional p...view more Glissopal® 1300 is a polyisobutene that is clear in appearance and highly viscous. An oily liquid that is freely miscible with mineral oils and poly-α-olefins. A homogeneous material with high quality. This material is less viscous than the conventional polyisobutenes, but is still highly viscous when compared to alternative materials. The low molar mass makes this suitable for thickening lubricating oils. Applications include two-stroke engine oils, transmission oils, hydraulic fluids, insulating oils, and metalworking fluids. view less | Request Sample |
| Glissopal® 2300 | BASF Corporation | Glissopal® 2300 is a polyisobutene that is clear in appearance and highly viscous. An oily liquid that is freely miscible with mineral oils and poly-α-olefins. A homogeneous material with high quality. This material is less viscous than the conventional p...view more Glissopal® 2300 is a polyisobutene that is clear in appearance and highly viscous. An oily liquid that is freely miscible with mineral oils and poly-α-olefins. A homogeneous material with high quality. This material is less viscous than the conventional polyisobutenes, but is still highly viscous when compared to alternative materials. The low molar mass makes this suitable for thickening lubricating oils. Applications include two-stroke engine oils, transmission oils, hydraulic fluids, insulating oils, and metalworking fluids. view less | Request Sample |
| Glissopal® V 1500 | BASF Corporation | Glissopal® V 1500 is a polyisobutene that is clear in appearance and highly viscous. An oily liquid that is freely miscible with mineral oils and poly-α-olefins. A homogeneous chemically stable material of high quality. This is often used for thickening l...view more Glissopal® V 1500 is a polyisobutene that is clear in appearance and highly viscous. An oily liquid that is freely miscible with mineral oils and poly-α-olefins. A homogeneous chemically stable material of high quality. This is often used for thickening lubricants and works very well with anti-wear additives. Applications include, but are not limited to transmission oils, hydraulic fluids, electrical uses, metalworking fluids, adhesives, cling film, and sealants. view less | Request Sample |
| Glissopal® V 190 | BASF Corporation | Glissopal® V 190 is a polyisobutene that is clear in appearance and highly viscous. An oily liquid that is freely miscible with mineral oils and poly-α-olefins. A homogeneous chemically stable material of high quality. This is often used for thickening lu...view more Glissopal® V 190 is a polyisobutene that is clear in appearance and highly viscous. An oily liquid that is freely miscible with mineral oils and poly-α-olefins. A homogeneous chemically stable material of high quality. This is often used for thickening lubricants and works very well with anti-wear additives. Applications include, but are not limited to two-stroke engine oils, transmission oils, hydraulic fluids, electrical uses, metalworking fluids, adhesives, and sealants. view less | Request Sample |
| Glissopal® V 230 | BASF Corporation | Glissopal® V 230 is a polyisobutene that is clear in appearance and highly viscous. An oily liquid that is freely miscible with mineral oils and poly-α-olefins. A homogeneous chemically stable material of high quality. This is often used for thickening lu...view more Glissopal® V 230 is a polyisobutene that is clear in appearance and highly viscous. An oily liquid that is freely miscible with mineral oils and poly-α-olefins. A homogeneous chemically stable material of high quality. This is often used for thickening lubricants and works very well with anti-wear additives. Applications include, but are not limited to transmission oils, hydraulic fluids, electrical uses, metalworking fluids, and sealants. view less | Request Sample |
| Glissopal® V 500 | BASF Corporation | Glissopal® V 500 is a polyisobutene that is clear in appearance and highly viscous. An oily liquid that is freely miscible with mineral oils and poly-α-olefins. A homogeneous chemically stable material of high quality. This is often used for thickening lu...view more Glissopal® V 500 is a polyisobutene that is clear in appearance and highly viscous. An oily liquid that is freely miscible with mineral oils and poly-α-olefins. A homogeneous chemically stable material of high quality. This is often used for thickening lubricants and works very well with anti-wear additives. Applications include, but are not limited to transmission oils, hydraulic fluids, electrical uses, metalworking fluids, adhesives, and sealants. view less | Request Sample |
| Glissopal® V 640 | BASF Corporation | Glissopal® V 640 is a polyisobutene that is clear in appearance and highly viscous. An oily liquid that is freely miscible with mineral oils and poly-α-olefins. A homogeneous chemically stable material of high quality. This is often used for thickening lu...view more Glissopal® V 640 is a polyisobutene that is clear in appearance and highly viscous. An oily liquid that is freely miscible with mineral oils and poly-α-olefins. A homogeneous chemically stable material of high quality. This is often used for thickening lubricants and works very well with anti-wear additives. Applications include, but are not limited to transmission oils, hydraulic fluids, electrical uses, metalworking fluids, adhesives, cling film, and sealants. view less | Request Sample |
| Glissopal® V 700 | BASF Corporation | Glissopal® V 700 is a polyisobutene that is clear in appearance and highly viscous. An oily liquid that is freely miscible with mineral oils and poly-α-olefins. A homogeneous chemically stable material of high quality. This is often used for thickening lu...view more Glissopal® V 700 is a polyisobutene that is clear in appearance and highly viscous. An oily liquid that is freely miscible with mineral oils and poly-α-olefins. A homogeneous chemically stable material of high quality. This is often used for thickening lubricants and works very well with anti-wear additives. Applications include, but are not limited to transmission oils, hydraulic fluids, electrical uses, metalworking fluids, and sealants. view less | Request Sample |
| IRGAFLO® 1100 V | BASF Corporation | IRGAFLO® 1100 V is an alkyl methacrylate co-polymer in a highly refined mineral oil. It provides exceptional shear stability even under the severe KRL 100 hour test conditions. It is targeted for use in industrial applications where shear stability is cri...view more IRGAFLO® 1100 V is an alkyl methacrylate co-polymer in a highly refined mineral oil. It provides exceptional shear stability even under the severe KRL 100 hour test conditions. It is targeted for use in industrial applications where shear stability is critical. IRGAFLO® 1100 V is optimized for shear stability. Used in combination with IRGAFLO® PPDs, formulators can achieve optimal low temperature properties. view less | Request Sample |
| IRGAFLO® 6000 V | BASF Corporation | IRGAFLO® 6000 V is an alkyl methacrylate co-polymer in a highly refined mineral oil. It provides exceptional thickening efficiency for all types of base oils. It is targeted for use in applications where viscosity increase is more emphasized than shear st...view more IRGAFLO® 6000 V is an alkyl methacrylate co-polymer in a highly refined mineral oil. It provides exceptional thickening efficiency for all types of base oils. It is targeted for use in applications where viscosity increase is more emphasized than shear stability. Used in combination with IRGAFLO® PPDs, formulators can achieve optimal low-temperature viscosities and pour points. view less | Request Sample |
| IRGAFLO® 610 P | BASF Corporation | IRGAFLO® 610 P pour point depressant is an alkyl methacrylate co-polymer in a highly refined mineral oil. It is effective in improving the low-temperature flow performance of a broad range of lubricants. This product performs well in highly refined base o...view more IRGAFLO® 610 P pour point depressant is an alkyl methacrylate co-polymer in a highly refined mineral oil. It is effective in improving the low-temperature flow performance of a broad range of lubricants. This product performs well in highly refined base oils with low naphthenic content. view less | Request Sample |
| IRGAFLO® 6100 V | BASF Corporation | IRGAFLO® 6100 V is an alkyl methacrylate co-polymer in a highly refined mineral oil. It provides exceptional thickening efficiency for all types of base oils. It is targeted for use in applications where viscosity increase is more emphasized than shear st...view more IRGAFLO® 6100 V is an alkyl methacrylate co-polymer in a highly refined mineral oil. It provides exceptional thickening efficiency for all types of base oils. It is targeted for use in applications where viscosity increase is more emphasized than shear stability. IRGAFLO® 6100 V is optimized for thickening efficiency. Used in combination with IRGAFLO® PPDs, formulators can achieve optimal low-temperature viscosities and pour points. view less | Request Sample |
| IRGAFLO® 6300 V | BASF Corporation | IRGAFLO® 6300 V is an alkyl methacrylate co-polymer in a highly refined mineral oil. It provides exceptional thickening efficiency for all types of base oils. It is targeted for use in applications where a balance between thickening efficiency and shear s...view more IRGAFLO® 6300 V is an alkyl methacrylate co-polymer in a highly refined mineral oil. It provides exceptional thickening efficiency for all types of base oils. It is targeted for use in applications where a balance between thickening efficiency and shear stability is required. IRGAFLO® 6300 V improves the performance of hydraulic fluids. Used in combination with IRGAFLO® PPDs, formulators can achieve optimal low-temperature viscosities and pour points. view less | Request Sample |
| IRGAFLO® 6305 V | BASF Corporation | IRGAFLO® 6305 V is an alkyl methacrylate co-polymer in a highly refined mineral oil. It provides a balance between thickening efficiency and shear stability in combination with optimal low-temperature performance for all base oils types. | Request Sample |
| IRGAFLO® 649 P | BASF Corporation | IRGAFLO® 649 P pour point depressant is an alkyl methacrylate co-polymer in a highly refined mineral oil. It is effective in improving the low-temperature flow performance of a broad range of lubricants. This product performs well in a wide variety of bas...view more IRGAFLO® 649 P pour point depressant is an alkyl methacrylate co-polymer in a highly refined mineral oil. It is effective in improving the low-temperature flow performance of a broad range of lubricants. This product performs well in a wide variety of base oils. view less | Request Sample |
| IRGAFLO® 710 P | BASF Corporation | IRGAFLO® 710 P pour point depressant is an alkyl methacrylate co-polymer in a highly refined mineral oil. It is effective in improving the low-temperature flow performance of a broad range of lubricants. This product performs particularly well in heavier ...view more IRGAFLO® 710 P pour point depressant is an alkyl methacrylate co-polymer in a highly refined mineral oil. It is effective in improving the low-temperature flow performance of a broad range of lubricants. This product performs particularly well in heavier base oils. view less | Request Sample |
| IRGAFLO® 720 P | BASF Corporation | IRGAFLO® 720 P pour point depressant is an alkyl methacrylate co-polymer in a highly refined mineral oil. It is effective in improving the low-temperature flow performance of a broad range of lubricants. This product performs well in a wide variety of bas...view more IRGAFLO® 720 P pour point depressant is an alkyl methacrylate co-polymer in a highly refined mineral oil. It is effective in improving the low-temperature flow performance of a broad range of lubricants. This product performs well in a wide variety of base oils. view less | Request Sample |
| IRGAFLO® 942 P | BASF Corporation | IRGAFLO® 942 P pour point depressant is an alkyl methacrylate co-polymer in a highly refined mineral oil. It is effective in improving the low-temperature flow performance of a broad range of lubricants. This product performs well in high-viscosity base o...view more IRGAFLO® 942 P pour point depressant is an alkyl methacrylate co-polymer in a highly refined mineral oil. It is effective in improving the low-temperature flow performance of a broad range of lubricants. This product performs well in high-viscosity base oils. view less | Request Sample |
| Irganox® L 64 | BASF Corporation | Irganox® L 64 is a mixture of aminic and high molecular weight phenolic antioxidants for lubricating oils. | Request Sample |
| ISONONANOIC ACID (KYOWANOIC - N) | KH Neochem Americas, Inc. | Intermediate for metal soap, plasticizer, detergent, alkyd resin, acid chloride and cosmetics. | |
| Oppanol® B 10 | BASF Corporation | Oppanol® B 10 is a polyisobutene that creates a vapor barrier and is elastic at low temperatures. This material produces no skin irritation and adheres to a wide variety of surfaces while also creating electrical insulation. This material is resinous and ...view more Oppanol® B 10 is a polyisobutene that creates a vapor barrier and is elastic at low temperatures. This material produces no skin irritation and adheres to a wide variety of surfaces while also creating electrical insulation. This material is resinous and provides a tack and adhesion to formulations. Applications include adhesives, sealants, coating compounds, electrical insulation, and chewing gum. view less | Request Sample |
| Oppanol® B 11 | BASF Corporation | Oppanol® B 11 is a polyisobutene that creates a vapor barrier and is elastic at low temperatures. This material produces no skin irritation and adheres to a wide variety of surfaces while also creating electrical insulation. This material is resinous and ...view more Oppanol® B 11 is a polyisobutene that creates a vapor barrier and is elastic at low temperatures. This material produces no skin irritation and adheres to a wide variety of surfaces while also creating electrical insulation. This material is resinous and provides a tack and adhesion to formulations. Applications include adhesives, sealants, coating compounds, electrical insulation, and chewing gum. view less | Request Sample |
| Oppanol® B 12 | BASF Corporation | Oppanol® B 12 is a polyisobutene that creates a vapor barrier and is elastic at low temperatures. This material produces no skin irritation and adheres to a wide variety of surfaces while also creating electrical insulation. This material is resinous and ...view more Oppanol® B 12 is a polyisobutene that creates a vapor barrier and is elastic at low temperatures. This material produces no skin irritation and adheres to a wide variety of surfaces while also creating electrical insulation. This material is resinous and provides a tack and adhesion to formulations. Applications include adhesives, sealants, lubricating oils, coating compounds, electrical insulation, and chewing gum. view less | Request Sample |
| Oppanol® B 14 | BASF Corporation | Oppanol® B 14 is a polyisobutene that creates a vapor barrier and is elastic at low temperatures. This material produces no skin irritation and adheres to a wide variety of surfaces while also creating electrical insulation. This material is resinous and ...view more Oppanol® B 14 is a polyisobutene that creates a vapor barrier and is elastic at low temperatures. This material produces no skin irritation and adheres to a wide variety of surfaces while also creating electrical insulation. This material is resinous and provides a tack and adhesion to formulations. Applications include adhesives, sealants, coating compounds, electrical insulation, and chewing gum. view less | Request Sample |
| Oppanol® B 15 | BASF Corporation | Oppanol® B 15 is a polyisobutene that creates a vapor barrier and is elastic at low temperatures. This material produces no skin irritation and adheres to a wide variety of surfaces while also creating electrical insulation. This material is resinous and ...view more Oppanol® B 15 is a polyisobutene that creates a vapor barrier and is elastic at low temperatures. This material produces no skin irritation and adheres to a wide variety of surfaces while also creating electrical insulation. This material is resinous and provides a tack and adhesion to formulations. Applications include adhesives, sealants, lubricating oils, coating compounds, and chewing gum. view less | Request Sample |
| Oppanol® N 100 | BASF Corporation | Oppanol® N 100 is a polyisobutene that creates a vapor barrier and is elastic at low temperatures. This material produces no skin irritation and adheres to a wide variety of surfaces while also creating electrical insulation. Applications include adhesive...view more Oppanol® N 100 is a polyisobutene that creates a vapor barrier and is elastic at low temperatures. This material produces no skin irritation and adheres to a wide variety of surfaces while also creating electrical insulation. Applications include adhesives, lubricating oils, coating compounds, and chewing gum. view less | Request Sample |
| Oppanol® N 150 | BASF Corporation | Oppanol® N 150 is a polyisobutene that creates a vapor barrier and is elastic at low temperatures. This material produces no skin irritation and adheres to a wide variety of surfaces while also creating electrical insulation. Applications include adhesive...view more Oppanol® N 150 is a polyisobutene that creates a vapor barrier and is elastic at low temperatures. This material produces no skin irritation and adheres to a wide variety of surfaces while also creating electrical insulation. Applications include adhesives, sealants, lubricating oils, coating compounds, electrical insulation, and chewing gum. view less | Request Sample |
| Oppanol® N 50 | BASF Corporation | Oppanol® N 50 is a polyisobutene that creates a vapor barrier and is elastic at low temperatures. This material produces no skin irritation and adheres to a wide variety of surfaces while also creating electrical insulation. Applications include adhesives...view more Oppanol® N 50 is a polyisobutene that creates a vapor barrier and is elastic at low temperatures. This material produces no skin irritation and adheres to a wide variety of surfaces while also creating electrical insulation. Applications include adhesives, coating compounds, and chewing gum. view less | Request Sample |
| Oppanol® N 80 | BASF Corporation | Oppanol® N 80 is a polyisobutene that creates a vapor barrier and is elastic at low temperatures. This material produces no skin irritation and adheres to a wide variety of surfaces while also creating electrical insulation. Applications include adhesives...view more Oppanol® N 80 is a polyisobutene that creates a vapor barrier and is elastic at low temperatures. This material produces no skin irritation and adheres to a wide variety of surfaces while also creating electrical insulation. Applications include adhesives, coating compounds, and chewing gum. view less | Request Sample |
| TRIDECANOL (TRIDECYL ALCOHOL) | KH Neochem Americas, Inc. | Intermediate for plasticizer, detergent and polymer additive. | |
| 10 Trends Shaping Tomorrow's Tribology | STLE (Society of Tribologists & Lubrication Engineers) | Issues like rising equipment temperatures, increased demands on fluid life and a rapidly changing feedstock landscape raise the question as to whether today’s lubricant technology will be able to satisfy future applications—whether technology can keep pac...view more Issues like rising equipment temperatures, increased demands on fluid life and a rapidly changing feedstock landscape raise the question as to whether today’s lubricant technology will be able to satisfy future applications—whether technology can keep pace with new realities. view less | |
| 11th Anual CMF Plus | STLE (Society of Tribologists & Lubrication Engineers) | When it comes to advancing your career and upgrading your technical knowledge, STLE’s Annual Meeting & Exhibition is a unique event in the lubricants industry. 1,200 of your peers in the lubricants community are expected to participate in STLE’s 69th Annu...view more When it comes to advancing your career and upgrading your technical knowledge, STLE’s Annual Meeting & Exhibition is a unique event in the lubricants industry. 1,200 of your peers in the lubricants community are expected to participate in STLE’s 69th Annual Meeting & Exhibition. Please join us in Lake Buena Vista from May 18-22, 2014 for a unique experience that blends the best of industry education, technical training, professional certification and new technologies. view less | |
| 14th Annual CMF Plus | STLE (Society of Tribologists & Lubrication Engineers) | The industry’s most innovative companies recap key presentations from STLE’s 2016 Commercial Marketing Forum. | |
| 20 Minutes with Bridget Crocker | STLE (Society of Tribologists & Lubrication Engineers) | This product-development specialist explains how to maximize the benefi ts of additives while reducing the costs to operate them. | |
| 20 Minutes with... Capt. Heidemarie Stefanyshyn-Piper | STLE (Society of Tribologists & Lubrication Engineers) | This mechanical engineer turned astronaut lubricated a balky mechanism on the International Space Station—while spacewalking 250 miles above Earth. | |
| 20 Minutes With…: Dr. Jack Zakarian | STLE (Society of Tribologists & Lubrication Engineers) | Nicknamed the ‘The Gear Doctor,’ this new-product specialist examines trends involving energy efficiency in the gear-oil industry. | |
| 20 Minutes with... Dr. Michael Khonsari | STLE (Society of Tribologists & Lubrication Engineers) | Mike Khonsari is the Dow Chemical Endowed Chair in rotating machinery, professor in the department of mechanical and industrial engineering and the founding director of the Center for Rotating Machinery (CeRoM) at Louisiana State University in Baton Rouge...view more Mike Khonsari is the Dow Chemical Endowed Chair in rotating machinery, professor in the department of mechanical and industrial engineering and the founding director of the Center for Rotating Machinery (CeRoM) at Louisiana State University in Baton Rouge, La. This well-known researcher discusses the future development of a comprehensive and unified model of friction and wear. view less | |
| 20 Minutes With... Dr. Susan Gardner | STLE (Society of Tribologists & Lubrication Engineers) | Klüber Lubrication North America’s regional R&D chemist discusses strategies that companies can employ to successfully develop and market lubricant products. | |
| 20 Minutes With... Jay Bickett | STLE (Society of Tribologists & Lubrication Engineers) | Jay Bickett is the PAO global business manager for Chevron Phillips Chemical Company LP in The Woodlands, Texas, where he has worked since 2002. His primary responsibilities involve managing the company’s global PAO business and marketing of their metallo...view more Jay Bickett is the PAO global business manager for Chevron Phillips Chemical Company LP in The Woodlands, Texas, where he has worked since 2002. His primary responsibilities involve managing the company’s global PAO business and marketing of their metallocene polyalphaolefin (mPAO) products. view less | |
| 20 Minutes With... Michael Forgeron | STLE (Society of Tribologists & Lubrication Engineers) | The president and CEO of Analysts, Inc., discusses how future challenges in the oil analysis industry will impact end-users of commercial services. | |
| 20 Minutes With... Mike Gust | STLE (Society of Tribologists & Lubrication Engineers) | A veteran engineer with experience in industry and academia discusses the future of hydraulic system design and application. | |
| 20 Minutes with...Capt. Heidemarie Stefanyshyn-Piper | STLE (Society of Tribologists & Lubrication Engineers) | This mechanical engineer turned astronaut lubricated a balky mechanism on the International Space Station—while spacewalking 250 miles above Earth. | |
| 20 Minutes with...Charles A. Gay | STLE (Society of Tribologists & Lubrication Engineers) | This 30-year training veteran and senior data analyst discusses strategies in testing and interpreting oil samples. | |
| 20 Minutes With…Chris Napoleon | STLE (Society of Tribologists & Lubrication Engineers) | This new-product specialist develops inspection and testing programs to evaluate bearing quality. | |
| 20 Minutes with...Colby Austin | STLE (Society of Tribologists & Lubrication Engineers) | The engineering manager for Napoleon Engineering Services discusses the complexities of bearing testing and the advantages of source qualification inspections. | |
| 20 Minutes With…Derek Phillips | STLE (Society of Tribologists & Lubrication Engineers) | Keep rust and corrosion from crippling your productivity by following the advice of this product-development specialist. | |
| 20 Minutes with...Dr. Don Smolenski | STLE (Society of Tribologists & Lubrication Engineers) | This Evonik manager (and self-described car nut) discusses lubrication’s changing role in conserving resources in transportation and industrial applications. | |
| 20 Minutes with…Dr. Martin Webster | STLE (Society of Tribologists & Lubrication Engineers) | This ExxonMobil researcher and his team are using the latest technology to develop next-generation lubricants. | |
| 20 Minutes With...Dr. Puliyur Madhavan | STLE (Society of Tribologists & Lubrication Engineers) | This Pall Corp. researcher with experience in filtration technology discusses the future of aerospace fluid systems. | |
| 20 Minutes With...John M. Burke | STLE (Society of Tribologists & Lubrication Engineers) | Leading an interdisciplinary team of scientists, this STLE and ILMA member helped develop a groundbreaking test method for measuring VOCs in metalworking fluids. | |
| 20 Minutes with...Kevin Harrington | STLE (Society of Tribologists & Lubrication Engineers) | ExxonMobil Chemical’s global alliance manager for synthetic fluids and lubricant basestocks discusses the challenges of developing new industrial lubricants. | |
| 20 Minutes With...Kim Stelson | STLE (Society of Tribologists & Lubrication Engineers) | The director of CCEFP discusses the huge technical and societal benefits to be gained by continued research into fluid power. | |
| 20 Minutes with…Raymond Thibault | STLE (Society of Tribologists & Lubrication Engineers) | This former high-school chemistry teacher is now a world-renowned instructor providing lubrication-training opportunities for industry professionals and end-users. | |
| 20 Minutes with…Richard Butler | STLE (Society of Tribologists & Lubrication Engineers) | This Certified Metalworking Fluids Specialist explains the role of MWFs and spectroscopic instrumentation used in the condition monitoring of fluids. | |
| 20 Minutes with...Wayne Mackwood | STLE (Society of Tribologists & Lubrication Engineers) | Chemtura’s grease and detergents technology manager discusses the future development of calcium sulfonate complex greases and their use in different industrial applications. | |
| A Data Management and Reporting Solution is Imperative to a Successful Fluid Analysis Program | STLE (Society of Tribologists & Lubrication Engineers) | It’s been said so many times it’s almost a business cliché—too many senior managers spent too much time in MBA classes and not enough time turning a wrench. | |
| A History of the Lubricants Industry in China | STLE (Society of Tribologists & Lubrication Engineers) | Opportunities are limitless for marketers who understand how to do business with what will soon be history’s largest economy. | |
| A Little Dab Will Do Ya | STLE (Society of Tribologists & Lubrication Engineers) | One of lubrication’s unsung heroes, grease is a powerful and versatile performer that makes all our lives better. | |
| A New Class of Solid Lubricants for Bearings | STLE (Society of Tribologists & Lubrication Engineers) | By acting like a sophisticated, oil-soaked sponge, MPLs hold, dispense and reabsorb lubricants during operation. | |
| A Vote for Tribology | STLE (Society of Tribologists & Lubrication Engineers) | STLE's advocacy for the role of our science has led to the steps of the Capitol Building. | |
| Adhering To New Processes | STLE (Society of Tribologists & Lubrication Engineers) | Ford’s decision to use more aluminum on its best-selling vehicle opens opportunities for tribologists. | |
| All You Need Are The Right Tools And Proper Instruction To Solve Problems On The Shop Floor | STLE (Society of Tribologists & Lubrication Engineers) | Good shop floor practices are the result of good guidance. | |
| Amines 101 for Metalworking Fluids | STLE (Society of Tribologists & Lubrication Engineers) | Following are two condensed articles on metalworking fluids that were published in STLE’s technical e-newsletter, which provides targeted information to those working in specific areas in the fields of tribology and lubrication engineering. The e-newslett...view more Following are two condensed articles on metalworking fluids that were published in STLE’s technical e-newsletter, which provides targeted information to those working in specific areas in the fields of tribology and lubrication engineering. The e-newsletters are available on several topics, including MWFs, power generation, synthetics, hydraulics, grease, environmentally friendly fluids, among others. Log on to www.stle.org for more information and to sign up to receive our e-newsletters. view less | |
| Analysis: The Global Metalworking Fluids Market | STLE (Society of Tribologists & Lubrication Engineers) | Modest consumption increases are forecasted, accompanied by shifts in production sources. | |
| Analyzing Bearing Damage | STLE (Society of Tribologists & Lubrication Engineers) | The critical role bearings play in controlling and limiting the movement of machine elements makes rapid diagnosis and repair of damaged bearings essential. Indeed, the ability to recognize and correct the most common forms of bearing damage is an invalua...view more The critical role bearings play in controlling and limiting the movement of machine elements makes rapid diagnosis and repair of damaged bearings essential. Indeed, the ability to recognize and correct the most common forms of bearing damage is an invaluable skill for keeping machines up and running effi ciently. Determining exactly which factors contribute to bearing wear or damage requires an understanding of the common causes of damage, which can include a combination of insuffi cient lubrication, improper maintenance practices or even faulty mounting. Taking steps to prevent these causes can save both time and money and ultimately extend bearing life. view less | |
| Are You Prepared for GHS? | STLE (Society of Tribologists & Lubrication Engineers) | Lubricant companies should act now to comply with the uniform standard for providing regulatory health and safety information. | |
| Automotive Tribology: Gearing Up | STLE (Society of Tribologists & Lubrication Engineers) | When it comes to fuel economy, automatic transmissions have caught up to their manual counterparts. | |
| Autonomous Vehicles | STLE (Society of Tribologists & Lubrication Engineers) | The move to self-driving cars is the next logical step in vehicle evolution. | |
| Autonomous Vehicles | STLE (Society of Tribologists & Lubrication Engineers) | The move to self-driving cars is the next logical step in vehicle evolution. | |
| Back to the Future! | STLE (Society of Tribologists & Lubrication Engineers) | Workforce training issues return as business improves. | |
| Base Oil Groups: Manufacture, Properties and Performance | STLE (Society of Tribologists & Lubrication Engineers) | A detailed look at mineral, synthetic and even renewable oils and the manufacturing processes used to make them. | |
| Base Oils: Manufacture, Properties, Performance and Applications | STLE (Society of Tribologists & Lubrication Engineers) | How to select the correct base oil before formulating a lubricant. | |
| Basestock Evolution | STLE (Society of Tribologists & Lubrication Engineers) | Demanding lubrication performance, previously only possible with PAOs, is now achievable with cutting-edge Group II and Group III basestock. Also, as technology advances, basestock alone (without additives) is becoming increasingly capable of satisfying t...view more Demanding lubrication performance, previously only possible with PAOs, is now achievable with cutting-edge Group II and Group III basestock. Also, as technology advances, basestock alone (without additives) is becoming increasingly capable of satisfying the basic functions of lubricating oils such as reducing friction and wear, inhibiting rust and corrosion and removing/reducing contaminants. view less | |
| Basics Of Friction | STLE (Society of Tribologists & Lubrication Engineers) | When two surfaces, round or flat, are in contact and one is moving, we recognize that friction is preventing smooth and easy movement, that we may wish to squirt a bit of lubricant onto one surface to reduce the friction, and that one or both surfaces may...view more When two surfaces, round or flat, are in contact and one is moving, we recognize that friction is preventing smooth and easy movement, that we may wish to squirt a bit of lubricant onto one surface to reduce the friction, and that one or both surfaces may show wear tracks after some time has passed. When engineers change the design of a shaft and bearing, the friction may be reduced and the bearing may show less wear. view less | |
| Basics Of Lubrication | STLE (Society of Tribologists & Lubrication Engineers) | From practical experience, we know that adding a lubricant to a solid-solid contact will significantly reduce friction. The reduced friction leads to less wear, heat generation and energy loss – all of which reduce operation costs and downtime. How lubric...view more From practical experience, we know that adding a lubricant to a solid-solid contact will significantly reduce friction. The reduced friction leads to less wear, heat generation and energy loss – all of which reduce operation costs and downtime. How lubricants provide these benefits will be explored in this course. view less | |
| Basics Of Rheology | STLE (Society of Tribologists & Lubrication Engineers) | Viscosity is the resistance to flow of a fluid, in our case, a lubricating oil. | |
| Basics Of Wear | STLE (Society of Tribologists & Lubrication Engineers) | Early investigators could not do much to investigate wear because it is usually a very gradual process, and they did not have accurate means to quantify it. Although friction and wear influence each other, the relationship is complex and involves many oth...view more Early investigators could not do much to investigate wear because it is usually a very gradual process, and they did not have accurate means to quantify it. Although friction and wear influence each other, the relationship is complex and involves many other factors including the chemical environment and temperature, each of which influences the others. A simple correlation between friction and wear data is therefore hardly ever found view less | |
| Bearings and Their Lubrication | STLE (Society of Tribologists & Lubrication Engineers) | This primer will help you understand the basics—and prepare for the CLS exam. | |
| Beneath the Surface: Why Contact Mechanics and Tribology are a Natural Match | STLE (Society of Tribologists & Lubrication Engineers) | Leveraging both disciplines together can yield results neither can achieve alone. | |
| Best Practices - Basic Lubricant Identification in the Field | STLE (Society of Tribologists & Lubrication Engineers) | This step-by-step plan reduces the chances of mixing incompatible products. | |
| Best Practices - Managing Sump Condition Control | STLE (Society of Tribologists & Lubrication Engineers) | This article contains five testing techniques that can help manage contamination threats to your machine. | |
| Best Practices - The Business Case For High Performance Lubricants | STLE (Society of Tribologists & Lubrication Engineers) | This seven-point analysis answers the only question that counts: Can you make money using them? | |
| BEST PRACTICES: Managing a Lubricant Changeover | STLE (Society of Tribologists & Lubrication Engineers) | Start small, control product compatibility and establish a timeline with proper documentation. | |
| Biobased Lubricants: Gearing Up For A Green World | STLE (Society of Tribologists & Lubrication Engineers) | The advantages of biobased lubricants include biodegradability, superior lubricity, higher flash/fire points, high VI, basestock renewability and domestic agricultural support. Disadvantages include poor oxidative stability and poor low-temperature perfor...view more The advantages of biobased lubricants include biodegradability, superior lubricity, higher flash/fire points, high VI, basestock renewability and domestic agricultural support. Disadvantages include poor oxidative stability and poor low-temperature performance. The future of biobased lubricants depends on overcoming the disadvantages while being price competitive with mineral-based and synthetic lubricants. view less | |
| Bringing Used Oil Back To Life | STLE (Society of Tribologists & Lubrication Engineers) | The shift in re-refining continues to grow, helping to resurrect a valuable natural resource. | |
| Building a Reliability Centered Lubricant Program | STLE (Society of Tribologists & Lubrication Engineers) | A well-defined strategy should reflect both operational and maintenance objectives. | |
| Building a Reliability centered Lubrication program: Part II | STLE (Society of Tribologists & Lubrication Engineers) | Management support from all levels is needed to meet your program’s performance objectives. | |
| Can Tribology Save a Quad? | STLE (Society of Tribologists & Lubrication Engineers) | Time for a modern-day Jost Report—is your research related to energy savings? | |
| Case Study: Central Coolant Systems | STLE (Society of Tribologists & Lubrication Engineers) | In this age of communication, organized thoughts are a rare commodity—this is a case in point. | |
| CLS at 20 | STLE (Society of Tribologists & Lubrication Engineers) | CERTIFIED LUBRICATION SPECIALIST™—the highly successful STLE program better known simply as CLS™—has grown and flourished over the years. Now, 20 years after it was first launched in 1993, it remains the standard of excellence for those who practice the a...view more CERTIFIED LUBRICATION SPECIALIST™—the highly successful STLE program better known simply as CLS™—has grown and flourished over the years. Now, 20 years after it was first launched in 1993, it remains the standard of excellence for those who practice the art of lubrication engineering. view less | |
| COMMENTARY: STLE's Certified Metalworking Fluids Specialist | STLE (Society of Tribologists & Lubrication Engineers) | This certification isn’t easy to get—which is why it’s worth so much. To receive STLE’s CMFS certification, an individual must demonstrate both knowledge and experience. CMFS holders use a multidisciplinary approach to solving problems, maintaining qualit...view more This certification isn’t easy to get—which is why it’s worth so much. To receive STLE’s CMFS certification, an individual must demonstrate both knowledge and experience. CMFS holders use a multidisciplinary approach to solving problems, maintaining quality and protecting plant workers. view less |
