NAPA Syn 5w30, '14 Kia Soul 1.6L GDI, 7,449mi

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Make/Model Kia 1.6L GDI

Oil Type&Grade Napa Synthetic 5w-30 (Dexos1 Generation 2)

MI/HR on Oil 7,449

MI/HR on Unit 89,925

Sample Date 2/2/2019

Make Up Oil Add 0 qt



Element in PPM NS5w30 VS5w20 Universal Avg

7,449 7,428



Aluminum 6 5 4

Chromium 0 1 0

Iron 18 24 17

Copper 1 1 7

Lead 1 0 0

Tin 0 0 0

Molybdenum 63 54 59

Nickel 0 0 0

Manganese 0 0 1

Silver 0 0 0

Titanium 32 28 11

Potassium 1 2 1

Boron 52 47 36

Silicon 19 21 15

Sodium 10 95 78

Calcium 1111 1229 1841

Magnesium 803 663 170

Phosphorous 689 674 664

Zinc 779 728 747

Barium 1 0 1



Properties Sample Should Be

SUS Viscosity @210°F 55.5 53.1 54-63

cSt Viscosity @100°C 8.92 8.21 8.5-11.3

Flashpoint in °F *355* *370* >375

Fuel % 1.0 0.8
Antifreeze % 0.0 0.0 0.0

Water % 0.0 0.0
Insolubles % 0.2 0.4
TBN - 2.2 >1.0




Comments:
The Kia looks good at 89,925 miles. The factory warranty might be almost over, but this engine is showing no signs of slowing down. 7,500-mile oil change intervals are working just fine. Universal averages are based on around 5,800 miles on the oil and you're getting average wear metals after a longer than average run. No complaints about that. Low insolubles and silicon indicate excellent oil and air filtration. The viscosity is at the thin end of the 5W/30 range, but neither that, nor fuel at 1.0% is harmful. Just keep up the good maintenance
 
I think the iron is slightly high along with the silicon being slightly high and the TBN being a little low for 7500 miles. I realize the TBN was only on your prior oil change.

Looks like Blackstone. Ignore the universal avg and their comments. NAPA includes TBN for $16.00
 
That's actually a re-labelled Valvoline isn't it? Titanium fan here.
I noticed Kia says to either use a 5w20 or 5w30, so the slight loss in kv100 viscosity is not a problem. The 5w30 became a 5w20 somewhere later in this run. Therefore, do stick with a 5w30 to allow some viscosity loss without becoming too thin. Some VII's got shredded & fuel dilution affected it some to nudge viscosity down.

Silicon wasn't too high. A lot of that is probably lab error combined with about 15 ppm or so anti-foam additive.
 
Originally Posted by oil_film_movies
That's actually a re-labelled Valvoline isn't it? Titanium fan here.
I noticed Kia says to either use a 5w20 or 5w30, so the slight loss in kv100 viscosity is not a problem. The 5w30 became a 5w20 somewhere later in this run. Therefore, do stick with a 5w30 to allow some viscosity loss without becoming too thin. Some VII's got shredded & fuel dilution affected it some to nudge viscosity down.

Silicon wasn't too high. A lot of that is probably lab error combined with about 15 ppm or so anti-foam additive.


There is debate about possible differences in the additive package, but NAPA oil is definitely supplied by Valvoline. Even says so on the back of the bottle and has the Valvoline phone number listed for any product questions. It certainly looks very close based on the UOA, especially when keeping in mind that the previous UOA was the 5w-20 variant and prior to that I had been running the older Valvoline SynPower with a completely different additive pack.

One other different thing about this run: I used CRC's IVD intake valve cleaner which is sprayed in the throttle body with the engine running. I had expected to see higher silicon numbers as a result of this, but it was actually a bit lower than the previous run.
 
Looks pretty good Jim. I'm not giving it more stars due to shearing and would have liked to see another 50% dose of either Boron or Moly.

I know - I'm nitpicking here. It stood-up well to the D.I. engine for 7.5K.
 
Originally Posted by oil_film_movies
That's actually a re-labelled Valvoline isn't it? Titanium fan here.
I noticed Kia says to either use a 5w20 or 5w30, so the slight loss in kv100 viscosity is not a problem. The 5w30 became a 5w20 somewhere later in this run. Therefore, do stick with a 5w30 to allow some viscosity loss without becoming too thin. Some VII's got shredded & fuel dilution affected it some to nudge viscosity down.

Silicon wasn't too high. A lot of that is probably lab error combined with about 15 ppm or so anti-foam additive.


it might not be 100% identical, but it's probably 95% identical to Valvoline synpower. PQIA showed a few differences here and there, but it's still a matter of discussion as to if those are NAPA specific tweaks, manufacturing margins, or minor changes in formulation over time.
 
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