Millers Oils CFS 5w40 NT+ Motorsport Engine Oil



Millers Oils CFS 5w40 NT+ Motorsport Engine Oil 7963-1L & 7963-5L

• Fast street modified engines
• Race, rally, sprints, and hill climbs
• Ideal for engines with hydraulic tappets

A fully synthetic Triple Ester NANODRIVE Technology low friction formulation suitable for fast road/street modified engines, race, rally, sprints and hill climbs. Part of the Competition Fully Synthetic NT+ range of engine oils and incorporates Millers Oils second generation NANODRIVE low friction technology to achieve winning results for the professional race team.

Recommended for competition or modified engines where maximum power release is the preferred criteria. Formulated for high revving engines used in circuit racing or for larger engines for short duration i.e. hill climbs and sprints. Also suited for street cars recommending a 0, 5, or 10W40.

Fully synthetic Triple Ester NANODRIVE Technology oil provides:
• Significantly reduced friction (laboratory tests and results show up to 60% friction reduction plus a reduction in wear to a standard engine oil)
• Reduced component wear promotes longer engine life
• Reduced heat production
• Increased power output and torque
• Improved reliability
• Improved energy efficiency
• Superior anti-friction and anti-wear characteristics

• Manufactured to far exceed the requirements of API SM/CF and ACEA A3/B4
• Ideal for fast road or track day use
• Dyno proven by JB Racing to add power over other racing synthetics
• Suitable for continuous operation at 125°C (260°F) with peak temperatures up to 150°C (300°F)

SAE Viscosity Grade 5w40
Specific Gravity@15°C 0.860
Kinematic Viscosity@100°C 13.4 cSt
Kinematic Viscosity@40°C 79.5 cSt
Viscosity Index 172
Pour Point °C <-48
Flashpoint °C >224
Cold Crank Viscosity@-30°C 6,600 cP Maximum
TBN 10.0

Health and Safety Data Sheet 7963 applies to this product. When used for the purpose recommended and with due regard to the appropriate Health and Safety Data, the product should cause no concern.

7963-1L & 7963-5L