*except for the Euro 5W40All the HPL products use very high amounts of moly, except their Euro line which uses a high amount of boron instead of moly due to a clash between the euro ad pack and moly.
*except for the Euro 5W40All the HPL products use very high amounts of moly, except their Euro line which uses a high amount of boron instead of moly due to a clash between the euro ad pack and moly.
Would it be reasonable to conclude that the SAE30 and SAE40 grades of regular PCMO are also No-VII even though they aren’t listed under the No-VII listing?
I always assumed that straight grade meant no VII. Is that the case here? I think for someone who never had to deal with cold start, the straight grades might actually be an interesting option.
3000 mile update, oil burning/loss has stopped! At the same level as the above post! I can’t believe it! <3 you HPL.Update on our consumption issue with our 2018 Audi Q7 (3.0):
Switched to HPL Euro to help solve/slow down our oil consumption issue.
As other people stated on BITOG, consumption slowed down drastically as mileage accrued. First 1250, it seemed like it was burning oil like before, this second half of 1250, it has slowed down a lot. Currently 2500 miles in and have little less than half oil level reading. In other words, at this point, last year the oil level warning would have come up by now. So looking at a 50% improvement so far!
Still planning on changing the oil out in another 500 miles and opening the filter to see if i can see any deposits. May do an BG EPR at the same time.
Bumping this request for @High Performance Lubricants@High Performance Lubricants can the data sheets for VII get updated to reflect the 10w-40 that is shown to be available for purchase? Or have these blends not been finalized?
For some of us with high-dilution applications, that 10w-40 could be a great frequent-warm-but-short-trip oil for known fuel diluters (like my Honda).
I think there might be overlooked value to doing so. Some customers might want to be able to have that approximate equivalent "w". It's the same utility by providing the 10w20 viscosity rating for oils that have essentially no VII. (i.e. the regular PCMO 10w20) when not a single OEM recommending a 20 grade does so with a 10w rating.Correct. They are no VII, just not advertised as such. The SAE 30 is actually just a hair shy of the cP limit for 10W-30 so it's technically a 15W-30. Again, not advertised as such since there's no real point in doing so.
Bumping this request for @High Performance Lubricants
I think there might be overlooked value to doing so. Some customers might want to be able to have that approximate equivalent "w". It's the same utility by providing the 10w20 viscosity rating for oils that have essentially no VII. (i.e. the regular PCMO 10w20) when not a single OEM recommending a 20 grade does so with a 10w rating.
And it's consistent with the spirit of labeling an oil with the lowest "w" grade met-- i.e. a 5w oil cannot be labeled a 10w.
I would respectfully request that if the SAE 30 meets 15w30, it should be labeled as such, just as the SAE 40 could or should be labeled as 20w40 or whatever. It seems likely to me that the SAE40 would have a better CCS than the 20w50 (even if not enough better to get a 15w rating). That might be useful for a customer to know.
Straight grade oils couldn't meet *any* cold rating back in the day and multigrades only existed once VIs improved to where one oil fell within both scales.
There's a relevant difference between an oil that can't meet a spec and one that meets it but isn't labeled for it. It's not much different than having a blend the oil blender knows will crush an API SP or an MB229.51 but not formally licensed/approved/endorsed.
Now, if it drives some costly testing to test CCS and appropriately assign a "w" rating, that's one thing. But it sounds like the testing is already done. Which makes the decision to omit the "w" quite inexplicable to me.
Offering a 15w30 or a 20w40 next to a 10w20 in the context of a "No VII" series would further highlight that HPL is not your ordinary oil blender while giving customers a direct "w" rating comparisons to other grades.
Would it be reasonable to conclude that the SAE30 and SAE40 grades of regular PCMO are also No-VII even though they aren’t listed under the No-VII listing?
I always assumed that straight grade meant no VII. Is that the case here? I think for someone who never had to deal with cold start, the straight grades might actually be an interesting option.
Oils which are formulated with polymeric viscosity index improvers for the purpose of making them multiviscosity grade products are non-Newtonian and must be labeled with the appropriate multiviscosity grade (both W and high-temperature grade)
AccurateHPL doesn't appeal to the masses but rather to the racing world and BITOG.
The Euro line has low moly, you say?All the HPL products use very high amounts of moly, except their Euro line which uses a high amount of boron instead of moly due to a clash between the euro ad pack and moly.
SAMPLE INFORMATION | Unit of Measurement | Reject Limit | Result |
Sample Date | 03 May 2024 | ||
Machine Age | miles | 82988 | |
Oil Age | miles | 14394 | |
Oil Changed | Not Changed | ||
CONTAMINATION | |||
Fuel | >4.0 | <1.0 | |
Water | >0.2 | NEG | |
Glycol | NEG | ||
WEAR METALS | |||
Iron | ppm | >150 | 29 |
Chromium | ppm | >20 | <1 |
Nickel | ppm | >5 | 0 |
Titanium | ppm | <1 | |
Silver | ppm | >2 | 0 |
Aluminum | ppm | >40 | 15 |
Lead | ppm | >50 | 0 |
Copper | ppm | >155 | 11 |
Tin | ppm | >10 | <1 |
Vanadium | ppm | 0 | |
Cadmium | ppm | 0 | |
ADDITIVES | |||
Boron | ppm | 200 | 53 |
Barium | ppm | 3 | |
Molybdenum | ppm | 85 | 732 |
Manganese | ppm | 4 | |
Magnesium | ppm | 525 | 1162 |
Calcium | ppm | 4300 | 2381 |
Phosphorus | ppm | 1000 | 862 |
Zinc | ppm | 1100 | 991 |
Sulfur | ppm | 20200 | 7511 |
CONTAMINANTS | |||
Silicon | ppm | >30 | 25 |
Sodium | ppm | >400 | 10 |
Potassium | ppm | >20 | 1 |
INFRA-RED | |||
Soot % | % | 0.1 | |
Nitration | Abs/cm | >20 | 21.6 |
Sulfation | Abs/.1mm | >30 | 55.9 |
FLUID DEGRADATION | |||
Oxidation | Abs/.1mm | >25 | 48.1 |
Base Number (BN) | mg KOH/g | 11.0 | 7.78 |
VISUAL | |||
White Metal | scalar | NONE | NONE |
Yellow Metal | scalar | NONE | NONE |
Precipitate | scalar | NONE | NONE |
Silt | scalar | NONE | NONE |
Debris | scalar | NONE | NONE |
Sand/Dirt | scalar | NONE | NONE |
Appearance | scalar | NORML | NORML |
Odor | scalar | NORML | NORML |
Emulsified Water | scalar | >0.2 | NEG |
Free Water | scalar | NEG | |
FLUID PROPERTIES | |||
Visc @ 100°C | cSt | 11.19 | 12.7 |
The Euro line has low moly, you say?
This is No VII Euro 5w30:
SAMPLE INFORMATION Unit of Measurement Reject Limit Result Sample Date 03 May 2024 Machine Age miles 82988 Oil Age miles 14394 Oil Changed Not Changed CONTAMINATION Fuel >4.0 <1.0 Water >0.2 NEG Glycol NEG WEAR METALS Iron ppm >150 29 Chromium ppm >20 <1 Nickel ppm >5 0 Titanium ppm <1 Silver ppm >2 0 Aluminum ppm >40 15 Lead ppm >50 0 Copper ppm >155 11 Tin ppm >10 <1 Vanadium ppm 0 Cadmium ppm 0 ADDITIVES Boron ppm 200 53 Barium ppm 3 Molybdenum ppm 85 732 Manganese ppm 4 Magnesium ppm 525 1162 Calcium ppm 4300 2381 Phosphorus ppm 1000 862 Zinc ppm 1100 991 Sulfur ppm 20200 7511 CONTAMINANTS Silicon ppm >30 25 Sodium ppm >400 10 Potassium ppm >20 1 INFRA-RED Soot % % 0.1 Nitration Abs/cm >20 21.6 Sulfation Abs/.1mm >30 55.9 FLUID DEGRADATION Oxidation Abs/.1mm >25 48.1 Base Number (BN) mg KOH/g 11.0 7.78 VISUAL White Metal scalar NONE NONE Yellow Metal scalar NONE NONE Precipitate scalar NONE NONE Silt scalar NONE NONE Debris scalar NONE NONE Sand/Dirt scalar NONE NONE Appearance scalar NORML NORML Odor scalar NORML NORML Emulsified Water scalar >0.2 NEG Free Water scalar NEG FLUID PROPERTIES Visc @ 100°C cSt 11.19 12.7
For some Euro requirements (like ACEA C3/C5, MB 229.51, Porsche C20/C30), that may be true, but considering between No VII Euro & Euro PC, one can get 0w20, 5w20, 10w20, 5w30, 10w30, and 5w40 that satisfies:That's not the "euro" line, that's the "no vii euro".
I'm referring to the "euro passenger car":
https://www.advlubrication.com/coll...icants/products/euro-passenger-car-engine-oil
Even the 30wt oil from H.P.L. is a very good choice when it comes to GDI-T engines with frequent dilutionBumping this request for @High Performance Lubricants
A better bet especially during racing seasons is to ask @HPL Plant Manager for the data. Their website is his realm as well AFAIKBumping this request for @High Performance Lubricants
Thanks David!Yes, adding the 10W-40 euro No VII oil to our data sheet is a top priority and will be done soon. The formulation has been finalized, and we’ve already seen a strong response with product sold to date.
We originally made the 10W-40 Euro No VII for the EcoDiesel folks, as they were requesting this viscosity. I agreed to make it and carry it in only 12x1 quart cases as I was unsure of how well it would sell and did not want to inventory the gallon cases or pails. You will notice on the web store it is listed as unavailable for all other packaging sizes and the non-euro version.
For some Euro requirements (like ACEA C3/C5, MB 229.51, Porsche C20/C30), that may be true, but considering between No VII Euro & Euro PC, one can get 0w20, 5w20, 10w20, 5w30, 10w30, and 5w40 that satisfies:
1. VW 502 00/505 00, Porsche A40, ACEA A3/B4, API SL, Daimler MB 229.3/229.5, Renault RN0700/0710, Volvo 95200356; or,
2. VW 502 00/505 00, Porsche A40, ACEA A3/B4, API SN/CF, Daimler MB 229.5/226.5, Renault RN0700/0710, PSA (2018) B71 2296 - 5W-40
…. That’s a whole lot of Euro add packs with high moly.![]()
Can confirm - Euro 5W40 = Supercar 5W40 = lots of moly.HPL Euro Passenger car doesn't have any moly except for (I believe) the 5w-40 which is basically super car 5w-40 in the Euro bottle.