SWEPCO 710 Maximum Performance Synthetic ATF

SWEPCO 710 Maximum Performance Synthetic ATF

  • Description
  • Additional information
  • Key Beneftis
  • Typical Physical Properties:
  • Features & Benefits


SWEPCO 710 Maximum Performance Synthetic ATF is a fully synthetic ATF (automatic transmission fluid) utilizing Syntheon™ and advanced additive technology.

SWEPCO 710 was developed for use in modern 6, 7 and 8 speed planetary automatic transmissions. These high efficiency transmissions require low viscosity and low shear fluids for smooth operation and long fluid life.

SWEPCO 710 Maximum Performance Synthetic ATF is a high-performance formulation that meets the stringent demands and requirements of today’s modern transmissions and equipment. Suitable for use in newer automobiles and provides improved performance in older vehicles where ATF is recommended.

SWEPCO 710 Maximum Performance Synthetic ATF provides excellent friction and anti-shudder performance for  smooth and efficient shifting without shudder or slippage.

Syntheon™ provides superior film strength, long oxidative life, and anti-wear properties for long fluid and equipment life.

For more information, please contact us.

Additional information


Case of 8 US Quarts, 947 ml per bottle, Pail (16 kg./19 liter), Piece




SAE 5W-30

  • Extended fluid life
  • Consistent shift performance for new and older transmissions
  • Superior oxidation and thermal stability
  • Reduces sludge and varnish build up
  • Maintains fluid film and lubricity
  • Excellent low temperature properties for cold starts
  • Protects transmission components for smooth operation
  • Helps reduce shudder, slippage and vibration
  • Ideal for cars and light duty trucks, pickups, etc.
  • Contains Syntheon™
Test Method Typical Results
40°C cSt ASTM D 445 29.33
100°C cSt ASTM D 445 5.8
Index ASTM D 2270 146
Cold Crank Simulation at -30°C ASTM D 5293 2700cP
Brookfield cP @ -40°C ASTM D 2983 4000cP
Density at 20°C ASTM D 4052 0.8444
Flash Point ASTM D 92 218°C/425°F
Color Vissual Clear
Elastomer Compatibility ASTM D 4289 Pass
Yellow Metal Compatibility ASTM D 130 1a
Rust ASTM D 665 Pass
Foam ASTM D 892 0, 0, 0, 0
Feature Benefit
Proper Frictional Performance
  • Eliminates hard shifting, notchy shifting & gear grinding
  • Stable friction, compatible with both metallic and non-metallic materials
  • Assures proper engagement of synchromesh gears
Pour Point Depressant Additive
  • Superior low temperature fluidity and reduced start-up wear
  • Improved low temperature shifting and performance
Seal Compatibility
  • Fluoroelastomer seals compatible
  • Prevents shrinkage of seals, eliminates leakage and loss of fluid
  • Reduces potential maintenance expense of seal replacement
Oxidation Inhibitor
  • Reduces oil thickening, maximizes drain intervals as oil does not significantly thicken
  • Helps prevent sludge, varnish and carbon deposits
Special Dispersants and Detergents
  • Keeps impurities harmlessly suspended in fluid and helps clean out gum and other
    harmful deposits
Rust and Corrosion Inhibitor
  • Bonds to metal surfaces to keep moisture and acids from penetrating and attacking
  • Prevents formation of rust particles
Anti-Foam Additive
  • Can lower operating temperatures by dispersing foam and releasing trapped heat
  • Insures proper response and smooth gear changes thus preventing erratic shifting
  • Controls fluid level and minimizes loss through vent tube
Oiliness Additive
  • Enables the oil to penetrate the surface for better lubrication
Anti-Wear Inhibitor
  • Helps prevent friction and wear on gears and synchronizer
  • Helps prevent metal-to-metal contact and insures longer transmission life
Extreme Pressure Additive
  • Improves film strength of the oil eliminating spalling, pitting and wear
  • Superior copper corrosion protection & yellow metal compatibility
  • Eliminates gear whine at high temperatures
Long Life
  • Lengthens drain cycles and reduces maintenance labor and waste oil disposal costs
  • Reduces waste
SyntheonTM Synthetic Base Stock Blends
  • Gives you a more uniform viscosity over a wide temperature range
  • Helps improve thermal stability and resistance to high temperature oxidation
  • Better low temperature flow characteristics help reduce start-up wear
  • Extends service life