FFCA - Blend Tech Heavy Duty Fully Formulated Inorganic

FFCA additive syrup is a single component product that is used to blend premium quality antifreeze / engine coolant for use in virtually any vehicle. Used as directed, blending FFCA with glycol* or 50% glycol and water will result in engine coolant that complies with ASTM D6210. It is ready to be used, without additional additives, in any gasoline, diesel or gaseous fuel engine. This type of coolant is sometimes referred to as “fully formulated” or “SCA pre-charged”

Typical FFCA Properties:
Bending concentration 22% in pure glycol,
1.11% in 50% glycol and 50% water
Color Green, optional dark pink or clear
Relative density 1.302
Weight per gallon 10.9
pH 12.0-12.8
Freeze point +32° F, 0°C

FFCA, used as directed, will result in an antifreeze / engine coolant that may be used in virtually any engine cooling system. This technology is well proven over decades of use, and is essentially identical to the coolants used in most North American heavy duty vehicle plants as factory fill. FFCA meets ASTM D6210 (type 1 if blended with ethylene glycol, type 2 if blended with propylene glycol, type 3 if blended with 50% EG and water, type 4 if blended with 50%PG and water). It is also approved for blending with 1,3 propanediol (PDO) to make coolant that is more thermally stable than EG or PG coolants. The coolant also meets TMC RP-329 (EG or TMC RP-330 (PG). If used as directed FFCA will provide satisfactory performance in most cars and trucks including the following:

ASTM D-6210 John Deere Mack Trucks
ASTM D-4985 (109CA k required) CNH (Case, New Holland) BMD
ASTM D-3306 Thermo-King GE Locomotive
Caterpillar (DEAC type) Intemational Truck & Engine Company Waukesha
Cummins Engine Volvo Trucks Superior
Detroit Diesel Corp (7SE298 conventional) Freightliner Hercules
GMC Truck (conventional) Kenworth Komatsu
Ford Motor Co. Peterbilt Military CID AA52624A

Typical Table of Properties and ASTM Test Results (blended with EG):

Test / Property Method Result
Color Visual Green(optional pink, clear)
Relative Density (Specific Gravty) ASTM D1122 1.125
Freeze Point @ 50% in water ASTM D1177 -35.5 F-37.5 C) (Limit -34.0 F-37.0C max)
Boiling Point (neat) ASTM D1120 326 F (165 C)
Boiling Point (50% in water) ASTM D1120 226 F (108 C)
pH (EG concentrate) ASTM D1287 10.7
Effect on Auto Finish ASTM D1882 No effect
Chloride ASTM D3634 8 ppm (Limit 26 ppm)
water content ASTM D1123 2.5%
Reserve Alkalinity ASTM D1121 6.8 ML
Foaming Tendencies ASTM D1881 35 ml / 1.16 sec. Break time (limit 150 ml 5.0 sec)
Silicate as Si ASTM D6130 250
Nitrite (NO2) ASTM D5827 2400
Molybdate (Mo O4) ASTM D5827 <1
Phosphate as P ASTM D6130 <1
Cavitation / Erosion-Corrosion of Aluminum Water Pump ASTM D2809 "10" of possible 10
Corrosion in Glassware ASTM D1384
Limits in ()
Copper 4 mg (10)
Solder 11 mg (30)
Brass 2 mg (10)
Steel 1 mg (10)
Cast Iron 0 mg (10)
Cast Aluminum Oma (30)
Simulated Service ASTM D2570 Copper 12 mg (20)
Solder 27 mg (60)
Brass 1 mg (20)
Steel 0 mg (20)
Cast Iron 0 mg (20)
Cast Aluminum D ma (60)
Glycol % ASTM E202 95.0% min
Military Compatibility Pass
Militant Storage Stability Pass
Specifications
CAS Number
64-19-7
Grade
Technical
Shipping
Ships in 1-2 Business Days
Appearance
liquid
Density
1.069 g/cm3
Evaporation Rate
1
Flash Point
56 - 71 °C (133 - 160 °F)
Odor
vinegar-like
pH
2.4 @ 20 - 25 °C (68 - 77 °F)
Recommended Use
Acid.
Relative Vapor Density
> 1
Solubility in Water
completely soluble