Nulon Red Premium Long Life Coolant 100% Concentrate (RLL) provides the ultimate anti-freeze/anti-boil and corrosion protection for most late model vehicles, including petrol, diesel and heavy duty diesel applications. Red Long Life Coolant incorporates the most up to date Organic Additive Technology (OAT) carboxylate corrosion inhibitors. Red Long Life Coolant is nitrite and amine free to meet US requirements, phosphate free to meet European requirements and silicate free to meet Japanese requirements. Nulon RLL's carboxylate inhibitor package is more stable and stays in solution better than traditional coolants. This provides an extended shelf life of 8 years. Nulon RLL will not form solids inside cooling systems, or become abrasive to water pump seals. All of this means that RLL provides maximum corrosion and anti-freeze/anti-boil protection for up to 8 years or 500,000 km, (whichever comes first).
Nulon Red Premium Long Life Coolant 100% Concentrate is the preferred coolant to use in cooling systems that are fitted with aluminium radiators. It is a genuine 100% OAT based, long life coolant. RLL is dyed its distinct red/orange colour to instantly distinguish its unique chemistry from traditional green coolants. It should not be mixed with other coolants. As it is a concentrated coolant, it is to be used at 50% by volume in soft or demineralised water. Nulon RLL provides maximum protection against cavitation erosion of wet cylinder liners in diesel engines. Red Premium Long Life Coolant 100% Concentrate is not recommended for use in cooling systems that have a copper/brass radiator (in such vehicles, use Nulon LL, which is green). If changing from any other coolant to Red Premium Long Life Coolant 100% Concentrate, always thoroughly flush the system first as cross contamination will reduce the life of Red Premium Long Life Coolant 100% Concentrate.
Nulon RLL is recommended for use in all vehicles that use a red or orange coloured coolant. Nulon Red Premium Long Life Coolant 100% Concentrate is principally designed for use where OAT coolant is required. It is particularly suited for use where AS/NZS 2108.1:2004 Type A, GM6277M or Toyota TSK2601G specifications are cited. Use in all cooling systems as a replacement for any red/orange coloured coolant. Among specific makes of vehicles that use red/orange coolant are Ford Falcon EA - EF, Holden Gen 3 & Gen 4 V8's and Alloytech V6, all Toyota models, Audi (some models), VW (some models), Jeep (most models), Chrysler (most new imports have red), Isuzu trucks, Daihatsu cars and trucks and Caterpillar.
Recommended step-by-step guide for changing all concentrated coolants
Note: This check sheet should be used as a guide only. Some vehicles may have special requirements that are not noted above. We strongly advise that you read your owner's manual or relevant workshop manual before proceeding with a coolant change.
|Density (g/ml at 20°C)||1.114|
|Freezing Point (50% v/v in water) °C||-37|
|Boiling Point (undiluted) °C||>160|
|Boiling Point (50%v/v in water) °C||130|
|Reserve Alkalinity (ml)||5|
|Glycol content (grams per litre)||1090|
|pH (50% v/v in water)||8.5|
|Foaming Volume, ml
Break Time, seconds
|Temperature protection chart|
|Mix ratio||Makes||Boils at||Freezes at|
|50%||1 litre makes 2 litres||128 °C||-37°C|
Glassware Corrosion Test (ASTM D 1384)
wt. loss mg (max)
|Typical result for Nulon LL|
Simulated Service Test (ASTM D 2570)
wt. loss mg (max)`
|Typical result for Nulon LL|
|Copper||20 (max wt. loss)||5|
|Cast iron||20||+2 (gain)|
Water Pump Cavitation Erosion Test (ASTM D 2809)
|ASTM D 3306
|Typical result for Nulon LL|
|Cast aluminium||8 min||8 min||9|
Aluminium Heat Rejection Corrosion Test (ASTM D 4340)
(max allowable rate, mg/cm2/week)
If poisoning occurs contact a doctor or the Poisons Information Centre in Australia 131 126, or New Zealand 0800 764 766. If swallowed do NOT induce vomiting. If in eyes, hold eyelids apart and flush the continuously with running water. If skin contact occurs, flush with running water.
|AS 2108-2004 Type A|
|ASTM D1384 ASTM D2570 ASTM D2809 ASTM D3306 ASTM D4340 ASTM D4656 ASTM D4985 ASTM D5345|
|Audi G12+ Audi G12|
|Daimler Chrysler MS-7170 Daimler Chrysler MS-976|
|ESE M97-B18C ESE M97-B44A ESE M97-B44D WSS-M97B44-D|
|Glysantin G 30-91 Coolant Glysantin G12+ Glysantin G12++ Glysantin G30 Glysantin G33 Glysantin G34|
|GM 1825M GM 1899M GM 6277M|
|Honda All Season Type 2 Honda Longlife Coolant Type 2|
|Mazda MES MN 121D|
|Nissan NES M 5509|
|BS 6580:1992 JIS K2234 (Japan)|
|Toyota K2601G TOYOTA SUPER LONG LIFE COOLANT|
|VW G12+ VW G12|
Yes it is suitable but often more expensive than demineralised or deionised water.
Nulon coolants do have a shelf life. Nulon coolants that are green in colour have a shelf life of three years. Nulon coolants that are red in colour have a shelf life of five years.
Ethylene glycol is a product used in automotive coolants to give the coolant a lower freezing point and higher boiling point. This allows vehicles to operate in sub zero climates and also allows engine coolants to reach higher temperatues before boiling.
We show you how to change your vehicle's coolant in this easy step by step video.
Nulon shows you how to change your vehicle's coolant in an easy step by step process.
All you need to do this is: car jack, jack stands or ramps, screwdriver, socket or spanner, drain plug washer, oil drain pan, some rags, container for the used coolant, Gloves and Nulon Long Life Coolant.
In 1977 an Australian Standard was created to help regulate the quality and performance of automotive coolants in the Australian passenger car and light commercial market. The current standard is known as AS2108-2004. Type A coolants are antifreeze/antiboil coolants with corrosion inhibitor that comply with the requirements of this standard. Type B coolants are coolants with corrosion inhibitors only that comply with the requirements of this standard.
No, it is OK to use. Dye is added to coolant for identification purposes. The dye used to colour the coolant, green, red, etc can be affected by sunlight and age but this does not effect the performance of the coolant.
Tap water quality can vary widley depending on your location. It is best to use deminalised or deionised water, as tap water contains chemicals and minerals which can effect the performance of the coolant.
Most modern cars run their cooling systems at temperatures close to 100 degrees celsius. The bonus of using the antifreeze chemical (glycol) in coolant is that it also raises the boiling point. This gives protection against localised or hot spot boiling which can cause engine damage.
It is best to use deminalised or deionised water. Uncontaminated rain water is OK but if collected from roofs and gutters it can contain impurites which may affect coolant performance. Metal roofing materials, concrete roof tiles and tanks, dirt and dust, all contaminate rain water. These conatanimants have an adverse effect on your vehicle cooling system.
While not essential we recommend using Radiator Flush and Clean to remove insulating built-up sludge and residue before changing coolant in any cooling system.
Yes, coolants that contain ethylene glycol are poisonous. If ingested if affects the central nervous system and can cause death. Nulon adds a bittering agent to its coolants that contain ethylene glycol to prevent accidental ingestion from children or pets. Help can be sourced via Poisons Information Centre : Australia phone 131 126, New Zealand phone 0800 764 766
No, coolant colour alone does not specify the chemical technology of the coolant. It is important to note that when coolants of different technology are mixed the performance is compromised.
Soft water, demineralised and deionised water are terms used to describe water which has low levels of dissolved mineral salts and ions of such metals as calcium, iron, or magnesium.
Internal combustion engine generate large amounts of heat. "Coolant" simpy means a liquid that provides temperature-transferring properties. In an automotive cooling system it is required to transfer heat from the engine whilst protecting the engine from corrosion (i.e. rust) and erosion which can be caused by fluid movement. Many automotive coolants also have added chemicals to extend the operating temperature range of the fluid. These are known as antifreeze/antiboil coolants.
Using the correct type of coolant is essential. The Nulon Lube Guide can provide a guide to you coolant requirements. If directions of use are followed correctly Nulon coolants will protect the system from corrosion for the recommended life of the coolant.
These abbreviations refer to the technology used in the corrosion protection component of a coolant. IAT is Inorganic Additive Technology (often termed Conventional Technology), OAT is Organic Additive Technology, and HAT is Hybrid Additive Technology. To determine the best technology option and the preferred coolant for your car refer to the Nulon Lube Guide instore or online.
This depends on the type of coolant your car requires and the climate extremes that your vehicle will operate in. Consult the Nulon Lube Guide for the suitable coolant type, consult your vehicle handbook and follow directions of use on label to determine the required ratio.
The best answer to this question can be found in the Nulon Lube Guide, also available in store.
Contact your local waste facilities or environmental protection agency. Used coolants can contain environmentally unfriendly materials that have originated from the engine cooling system and need appropriate disposal. Do not drain used coolant onto the ground or into storm water.