There are many choices available but the following should clarify the issue, and the concerns raised by Larry. I think the rason people like Bill wilson do not use this product is because it is not yet on the shelves for them to use. And yes, as the response below opines, you may drive a 64 Chevy but you need to think 2012:
John;
After reading the note sent to Mike, the author jumped to conclusions without doing his homework. I see these comments on the chat line by folks that have a very narrow understanding of lubricants and all the while they are bitching about Chlorinated Paraffin that are ignorant of the damage that 10% or more ethanol in their gasoline is causing. I can assure you that precious few have written to their congressman to complain about the damage that ethanol is causing to the engine, loss of power and lower fuel mileage. The term Chlorinated Paraffin represent a broad range of products from dry-cleaning solvent to extremely viscus substances that you can swim in and even consume without ill-effect. It is like using the term oil. Oil can range from cooking oil to motor oils or some very veracious oils that can be extremely harmful to the fatty tissue below our skin. Saying this, the writer is correct if he is reference short carbon chain chemicals that fall under CPs. When he references the Cliff Sloan patent, he need to read the whole patent. This patents references the medium carbon chain molecule which is very similar as what was and is used to coat the inside and outside of your paper milk cartons other wise referenced a paraffin wax which come from the longer chain CPs. The Cliff Sloan patent sited was created in 1982-1985 when filed. Over a million dollars was spend in developing an additive pack to stabilize the product under the most adverse conditions and it worked exceptionally well. One of the biggest customers for the company was supplying the base product to major oil companies who on several occasions tried to purchase the patent. The product was stabil well over 400degrees F. and found it way into all types of industry prior to being marketed as a retail automotive product. To my knowledge that with over $150 mil in sales, not one claim was paid out by the company or their insurance carrier. Not bad for a product that is supposed to be extremely dangerous. By the way it was approved by the folks at the EPA and what do they know.
With BestLine, we move the clock ahead 20 years and a great deal of research on the future direction of motor oil and the auto industry. Lengthy discussion took place between the management of BestLine and the EPA. The writing was on the wall in early 2003 when we were developing and testing the product . Automotive manufactures were being hammered by the EPA to increase fuel mileage, reduce emission and increase oil change intervals. The oil companies answer was to reduce the viscosity of motor oil which is now as low as it can go at it is now 0-W. This reduction of viscosity to the motor oil was to decrease the fuel consumption just for power the oil pump. This results in premature wear in timing chains along with other key and costly components. Oil companies don't pay to repair your car. Group III and Group IV oils were being tinkered with by the oil companies but they were not taken seriously by them due to the fact that individuals and companies held the patents on production of the Group III and Group IV synthetic oils. Oil companies do not like paying royalties.
BestLine had developed a unique product based on blending and shearing a medium carbon chain Group III and a long carbon Chain Group IV oil. Both these product are safe to handle and since they do not collect in organs are safe to swim in and ingest it that was your desire. Combined, the product are extremely stabil in both high temperatures ( higher than the internal working of a combustion engine including jet engines where it has been successfully tested) and the same at extremely low temperatures. Today, the talk in oil and automotive industry is the use of these two key products to solve the efficiency and longevity of the working components of the internal combustion engine. Industry as a whole is scrambling to meet the demands of the EPA mileage, completely unaware that we have the patent on what they are searching for and the answer to their dilemma. If Mike was to look at the pictures on the website bestlinelubricants.com, under testing, he would note that after the Sequence V111, where normally the oil would be destroyed and the bearing blackened and a coating of heavy thick sludge on the oil plate, he would see that none of that exists. Where-in-fact, it is clean and the oil was as good as new after going through a destructive test. We are the only oil to achieve such test results and were granted a license by the American Petroleum Institute to produce fully non-chemically derived synthetic motor oil with the recognized energy saving credentials. Not bad for something that should not be put in your engine or gun. I think that it is time that the gentleman did a little research and got his fact straight. By the way, using BestLine products not only reduce friction, heat and wear dramatically, the product more than doubles the life of the oil and is recognized by the EPA as being environmentally friendly. You friend may drive a 64 Chevy, but he needs to get with the 2012 program.
References: Article published by the Society of Triboligist and Lubricating Engineers
Wikipedia:
Motor oil or engine oil is an oil used for lubrication of various internal combustion engines. The main function is to lubricate moving parts; it also cleans, inhibits corrosion, improves sealing, and cools the engine by carrying heat away from moving parts.[1]
Motor oils are derived from petroleum-based and non-petroleum-synthesized chemical compounds. Motor oils today are mainly blended by using base oils composed of hydrocarbons, polyalphaolefins (PAO), and polyinternal olefins[2] (PIO), thus organic compounds consisting entirely of carbon and hydrogen
Synthetic Base Stocks
Synthetic motor oils are man made oils from the following classes of lubricants:
Polyalphaolefin (PAO) = American Petroleum Institute (API) Group IV base oil
Synthetic esters, etc. = API Group V base oils (non-PAO synthetics, including diesters, polyolesters, alklylated napthlenes, alkyklated benzenes, etc.)
Hydrocracked/Hydroisomerized = API Group III base oils. Chevron, Shell, and other petrochemical companies developed processes involving catalytic conversion of feed stocks under pressure in the presence of hydrogen into high-quality mineral lubricating oil. In 2005, production of GTL (gas-to-liquid) Group III base stocks began, the best of which perform much like polyalphaolefin. Group III-base stocks are widely permitted to be marketed as synthetic motor oil
Ron Sloan
President
BestLine International