NEO Synthetics ATF Lo Vis MV Trans Fluid

$58.99
(Exc. 8% Sales Tax - GA only)
GAL
Order today, dispatch in 3-5 days
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MPN
NEOATFLVG
NEO Synthetics
Information

NEO Synthetic Lo Vis multi vehicle ATF, manufactured to meet multi vehicle OEM specifications, featuring a premium quality synthetic base oil, blended with a specifically balanced additive combination to provide high oxidation stability, excellent foam resistance, corrosion and wear protection, and heat resistance.

This complex fluid is compounded with a friction-modifying additives, to provide smooth lock-up of clutches without chatter.

NEO Synthetics Lo Vis multi vehicle ATF is a multi-purpose fluid that meets and exceeds current original equipment manufacturers specifications for automatic transmission fluids, including some of the latest OEM specifications as specified by GM, Ford, Chrysler, Toyota, Mitsubishi and others.

Currently only available in gallon bottles

Note: NOT recommended wherever CVT fluids or Type F or power steering fluids for Honda are specified.

Compatibility

  • AUDI / WV" G-055-005-A2
  • GM: D VI** (backward compatible to DII/IIE/III/IIG/IIIH)
  • FORD: M-LV, M-SP
  • HYUNDAI / KIA: SP-IV
  • MITISUBISHI: Diaqueen ATF J-3
  • MERCEDES BENZ: MB 236.12
  • NISSAN MATIC S (backward compatible to Matic D / Matic J)
  • SAAB: 93 165 147
  • TOYOTA / LEXUS / SCION: WS
  • OEMs: M 1375.4

Features

  • Excellent wear protection and quiet, smooth operation
  • Superior thermal and oxidation stability compared to conventional ATF fluids
  • Protects against rust and corrosion
  • Outstanding seal compatibility
  • Will not degrade nylon components
  • Dyed red to detect leaks

Specs

  • Gravity, ° API 30.5
  • Pour point, °F -50
  • Viscosity index > 145
  • Viscosity @ 100°C. cSt 6.0 – 6.2
  • Viscosity @ -40°C. cP Brookfield 7,900
  • Color, D-1500 red

*Values shown here are typical and may vary

P65 Warning
 "WARNING: This product contains a chemical known to the State of California to cause cancer and/or birth defects or other reproductive harm.

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