VII Viscosity Index Improvers

MK-6017V Dispersant Polymethacrylate (DPMA) VII Viscosity Index Improvers

As a dispersant polymethacrylate (DPMA) viscosity index improver, MK-6017V can effectively balance the frictional properties while featuring good dispersing performance, excellent low-temperature performance to meet the Brookfield viscosity requirements and outstanding shear resistance to effectively improve the viscosity and viscosity index of the oil.

Typical Data

Item		Typical Data	Test Method
Appearance		Transparent to Slightly Turbid Viscous Liquid	Visual Check
Kinematic Viscosity (100℃), mm²/s		300-600	GB/T 265
Colour, number		0.5	GB/T 6540
Density (20℃), kg/m³		890	SH/T 0604
Flash Point (Open Cup), ℃		160	GB/T 3536
Thickening, mm²/s (10% in 150N)		2.45	–
Apparent Viscosity (-40℃), cp mPa·s		20544	GB/T 11145
PSSI	Diesel Injector Shear, 30 Cycles, %	6.56	SH/T 0103
	Diesel Injector Shear, 250 Cycles, %	7.12
	KRL 20 h, %	22	NB/SH/T 0845
Note: According to Appendix A, the product is added to HVI150 base oil, and the increase in kinematic viscosity (100℃) of the blended oil with 10% DPMA viscosity index improver is measured.

Dispersant Polymethacrylate (DPMA) VII Viscosity Index Improvers
Products	PSSI (KRL 20h)	Product Features	Suggested Applications
MK-6009V	83	Excellent Dispersing Performance; The Best Balance Between Shear Stability and Thickening Efficiency; Excellent Low-temperature Performance	Mainstream OEM, DEXRON^®-IIIMERCON^®, JDM J20C and J20 UTTO
MK-6013V	56	Excellent Dispersing Performance; Good Thickening Performance; Good Shear Stability; Outstanding Low-temperature Brookfield Viscosity	ATF, CVTF, DCTF DEXRON^®-III (IIIH)
MK-6015V	36	Excellent Dispersing Performance; Good Low-temperature Brookfield Viscosity; Excellent Shear Stability	ATF, CVTF, DCTF DEXRON^®-VI, MERCON^®V
MK-6017V	22	Excellent Dispersing Performance; High Shear Stability; Outstanding Low-temperature Brookfield Viscosity	SAE 75W-90, 75W-85, 75W-80 and formulas with long oil drain intervals

Suggested Applications

Excellent Dispersing Performance; High Shear Stability; Outstanding Low-temperature Brookfield Viscosity

Suggested Use

Add 2.0%~10.0%wt to the specified base oils. Given the different types of base oils, thickening, viscosity index and pour point tests of the blended oil are required to determine the exact amount of MK-6017Vfunctional polymer needed.