Liquid
Intelligence 115 High Temperature Waterless Coolant
* No
Boiling up to 190°C *No
Cooling System Pressure *No
Catalyst for Corrosion
Liquid Intelligence has formed alliances with research
laboratories and academic institutions to develop an innovative
and very functional anti-freeze anti-boil. This exceptional
product offers significant advantages over all traditional
ethylene and propylene glycol coolants.
consulting
services of two Australian Universities.
Australian Standards AS 2108.2004 Coolant Corrosion
Testing
Liquid Intelligence 115 coolant meets or exceeds the specifications set
out by Standards Association of Australia for Engine Cooling Systems Testing
Methods AS 2108.2004.
The Standards Association of Australia enjoys the active cooperation of the
Commonwealth and State Governments of Australia and of the Australian
Automotive Industry. The Australian Coolant Test Methods AS 2108.2004
mirrors the Master Japanese Standards the British Standards the American
Standards and most OEM Coolant Standards. And as such Liquid Intelligence
115 also complies with all their technical specification and standards.
The Hybrid Organic Corrosion Inhibitors used in the Liquid Intelligence 115
formulation has been tested by consulting services of two Australian
Universities.
The AS2108.2004 was prepared by the Australian members of Joint Standards
Australia/Standards New Zealand Committee CH-029, Additives for Engine
Cooling Systems to supersede AS/NZS 2108.1:1997.
The objective of the AS2108.2004 Standard is to ensure that all coolants are
tested
to a benchmark minimum requirement.
The following documents are the test methods that make up the AS2108.2004
Australian Standards:
ASTM D92 Standard test method for flash and fire points by Cleveland open
cup tester
ASTM D380 Standard test methods for rubber hose
ASTM D412 Standard test methods for vulcanized rubber and thermoplastic
elastomers—Tension
ASTM D471 Standard test method for rubber property—Effect of liquids
ASTM D1119 Standard test method for percent ash content of engine coolants
and antirusts
ASTM D1122 Standard test method for density or relative density of engine
coolant concentrates and engine coolants by the hydrometer
ASTM D1177 Standard test method for freezing point of aqueous engine
coolants
ASTM D1287 Standard test method for pH of engine coolants and antirusts
ASTM D1384 Standard test method for corrosion test for engine coolants in
glassware
ASTM D1881 Standard test method for foaming tendencies of engine coolants in
glassware
ASTM D2240 Standard test method for rubber property—Durometer hardness
ASTM D2570 Standard test method for simulated service corrosion testing of
engine coolants
ASTM D2809 Standard test method for cavitation corrosion and
erosion-corrosioncharacteristics of aluminium pumps with engine coolants
ASTM D3183 Standard test practice for rubber—Preparation of pieces for test
purposes fromproducts
ASTM D3634 Standard test method for trace chloride ion in engine coolants
ASTM D4340 Standard test method for corrosion of cast aluminium alloys in
engine coolants under heat-
The Hybrid Organic Corrosion Inhibitors
used in the Liquid Intelligence 115 formulation
is shown here being tested to the ASTM D1384
Standard.
Liquid
Intelligence 115 High Temperature Coolant has been
tested to the AS2108.2004 at two Australian
Universities.
