Grade names are commercial enquiries, not universal specifications. SN/N/R numbers are refiner-specific; cSt must state temperature. ISO VG describes viscosity at 40°C. II+ and III+ are market labels. GTL is a process; re-refined is an origin. Confirm API group and compatibility from the actual TDS and batch COA. Base stocks are ingredients, not finished engine oils or API-licensed lubricants.
BO-025BASE
PAO 2Polyalphaolefin grade 2 enquiry for synthetic blending. Nominal viscosity convention is at 100°C; verify the actual TDS and blend compatibility.Product profile →BO-026BASE
PAO 4Polyalphaolefin grade 4 enquiry for synthetic blending. Nominal viscosity convention is at 100°C; verify the actual TDS and blend compatibility.Product profile →BO-027BASE
PAO 5Polyalphaolefin grade 5 enquiry for synthetic blending. Nominal viscosity convention is at 100°C; verify the actual TDS and blend compatibility.Product profile →BO-028BASE
PAO 6Polyalphaolefin grade 6 enquiry for synthetic blending. Nominal viscosity convention is at 100°C; verify the actual TDS and blend compatibility.Product profile →BO-029BASE
PAO 8Polyalphaolefin grade 8 enquiry for synthetic blending. Nominal viscosity convention is at 100°C; verify the actual TDS and blend compatibility.Product profile →BO-030BASE
PAO 10Polyalphaolefin grade 10 enquiry for synthetic blending. Nominal viscosity convention is at 100°C; verify the actual TDS and blend compatibility.Product profile →BO-031BASE
PAO 40Polyalphaolefin grade 40 enquiry for synthetic blending. Nominal viscosity convention is at 100°C; verify the actual TDS and blend compatibility.Product profile →BO-032BASE
PAO 100Polyalphaolefin grade 100 enquiry for synthetic blending. Nominal viscosity convention is at 100°C; verify the actual TDS and blend compatibility.Product profile →