Jaki olej silnikowy wybrać? Zróżnicowanie na przykładzie 20 olejów w tej samej klasie 5W30 #169

The film examines the concentrations of elements in 20 of the most commonly chosen engine oils. Data sourced from La Taberna del Motor channel. These include oils such as (along with links to the source tables): 1 Castrol Edge M    • Aceite Motor Castrol Edge 5w30 M 😱 Adiós a...   2 Ravenol SMP    • Aceite Motor [Ravenol SMP] 5w30 😲 - Review   3 Ravenol VMP    • 😛 [Muy TOP]😛- Aceite Sintético Motor Raven...   4 Liqui Moly Top Tec 4200    • Aceite Motor Liqui Moly Top Tec 4200 5w-30...   5 Shell Helix Ultra ECT    • ✅Aceite Motor Shell Helix Ultra ECT C3 5w3...   6 Motul X-clean+    • [EL MAS VENDIDO]  Aceite Motor Motul X-Cle...   7 Motul Specific 504/507    • Para VAG 😅 [ LOS HAY MEJORES] -Aceite Moto...   8 Valvoline SynpowerXL-III    • Aceite Motor Sintético [VALVOLINE] Synpowe...   9 Total Ineo MC3    • Aceite Motor 👉 Total Ineo MC3 5w30  - Review   10 Total INEO Long Life    • Aceite Motor [SINTETICO] Total Ineo Long L...   11 Fuchs Titan GT1 Pro    • Aceite [SINTETICO] Fuchs Titan GT1 PRO XTL...   12 Mannol Energy Combi LL    • Aceite Sintético Mannol Energy Combi LL 5w...   13 Castrol Magnatec Stop-Start    • Aceite Motor Castrol Magnatec [STOP-START]...   14 Liqui Moly Molygen    • Aceite Motor Liqui Moly Molygen 5w30 New G...   15 Mobil1 ESP (poprzedni)    • Aceite Motor Mobil1 ESP 5w30 SP ¿ Es mejor...   16 Mobil1 ESP (aktualny)    • Aceite Motor Mobil1 ESP 5w30 SP ¿ Es mejor...   17 Amsoil SS    • ✅ Amsoil Signature Series 5w30 [ESTER] 💪 A...   18 Mobil Super 3000 Formula FE    • Aceite Motor Mobil Super 3000 FE 5w30 👍 - ...   19 Millers Oil EE Long Life    • Aceite Motor Sintético Millers EE Longlife...   20 Valvoline MAX Life    • Aceite Motor Valvoline MAX Life 5w30 - Review   The video discusses the concentrations of various elements in engine oils, focusing on their impact and significance. It begins by comparing different engine oils in terms of their viscosity class, quality class according to ACEA and API, and key properties such as kinematic viscosity, viscosity index, total base number, and acid number. The main elements analyzed include molybdenum, phosphorus, zinc, boron, magnesium, and calcium. Molybdenum, known for its anti-wear properties, forms an essential part of many engine oils, contributing to friction reduction and protection against wear. Boron, another crucial element, acts as a dispersant and friction modifier, aiding in maintaining oil cleanliness and reducing friction. Phosphorus and zinc are traditional anti-wear elements found in engine oils, playing key roles in preventing wear and tear. Their concentrations in oils are vital factors in determining their effectiveness in protecting engine components. Calcium and magnesium are primarily used as detergents in engine oils, helping to keep the engine clean by neutralizing acids and removing contaminants. However, excessive levels of calcium may contribute to issues like LSPI (Low-Speed Pre-Ignition), while magnesium is known to have a positive impact on reducing LSPI occurrence. Overall, the analysis aims to provide insights into the composition of engine oils and their performance characteristics, helping viewers make informed decisions when selecting oils for their vehicles.