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Parameter | Attribute |
Corrosion inhibitor G12+ | Anti-corrosion additive for ferrous metals, long life anti-corrosion protection antifreeze |
Formula | Mix |
Structure | - |
IUPAC | - |
CAS | Mix |
Molar mass | Mix |
Density | 1,09 g/cm3 |
Solubility | Unlimited mixing with water and alcohols |
Corrosion Inhibitor G12+ is a water-based, highly effective corrosion inhibitor concentrate for the preparation of high performance engine, coolant, heating fluid mixtures based on monoethylene glycol (MEG) or propylene glycol (PG). This additive package is based on Organic Acid Technology (OAT) to produce a durable cooling or heating solution free of nitrites, amines, phosphates, borax, silicates and 2-ethylhexanoate.
Mixing instructions: For concentrated coolants, the recommended dosage rate is 8%. For the production of ready-to-use solutions, a proportionally lower rate is recommended. Coloring agents may be added to the mixture according to color or customer preference. The final coolant solution can be prepared using at least 25% of this concentrate diluted with deionized (distilled) water.
Product features:
- Extended corrosion protection.
- Reliable protection for a wide range of metals including aluminum, copper, iron and solder alloys.
- Works well even on vulnerable cooling components such as thermostats, radiators and water pumps.
- High corrosion resistance of aluminum even at high temperatures.
- Excellent protection against cavitation.
- Improved stability in hard water (phosphate and silicate free).
- High resistance to foaming.
- Environmentally friendly.
- Safer for human health, no borates, no nitrites and no 2-ethylhexanoate
- Complies with most European and international standards.
Corrosion inhibitor G12+ can also be mixed with the appropriate amount of glycol, water or alcohol to be used as:
- Heat transfer fluid for geothermal systems;
- heat transfer fluid for solar cells;
- coolant/antifreeze for industrial machinery;
- hot washing of engine blocks and all cooling systems.
CHEMICAL AND PHYSICAL PROPERTIES
Chemical nature: | aqueous mixture of organic salts | |
Appearance: | clear liquid | |
Density (20 °C): | 1,08 ± 0,02 | ASTM D1122 |
pH (20 °C): | 9,7 ± 0,3 | ASTM D1287 |
Viscosity (20 °C): | <30 cPs | ASTM D2515 |
Freezing point: | ~ 0 ° C | ASTM D1177 |
Storage and transport: Ideal storage temperature: 0 to 30 °C in original packaging. Avoid direct sunlight.
TYPICAL COOLING PROPERTIES WITH CORROSION INHIBITOR G12+
METHOD | Cooling liquid MEG: 92% G12+: 8% | ASTM D3306 REQUIREMENTS | |
pH (50% DI water) | ASTM D1287 | 8 - 9 | 7,5 to 11,0 |
Water content | ASTM D1123 | < 5% | 5% w/w max |
Ash content | ASTM D1119 | < 20ppm | 5% w/w max |
Specific gravity (15 °C) | ASTM D5931 | 1.117 | 1.110 to 1.145 |
Reserve alkalinity (pH 5,5) | ASTM D1121 | 4,2 ml | Report |
Foam properties | ASTM D1881 | <50 ml / <2s | 150ml / 5s max |
Solid water stability | ASTM D7437 | < 0,5 ml | / |
Corrosion tests for glassware | ASTM D1384 | Weight loss (mg/sample) Copper: 0.7 Lead metal: 1,8 Brass: 0,3 Steel: -0,21 Cast iron: -0,81 Aluminum: 1,2 | Weight loss (mg/sample) Copper: not more than 10 Lead metal: not more than 30 Brass: not more than 10 Steel: not more than 10 Cast iron: not more than 10 Aluminum: not more than 30 |
Corrosion of aluminum alloys at heat-reflecting surfaces | ASTM D4340 | Weight loss (mg/cm²/week) 0,9 | Weight loss (mg/cm²/week) Not more than 1.0 |
Cavitation/erosion tests | ASTM D2809 | Visual assessment 9 | Visual assessment 8 min |
Simulated working corrosion test | ASTM D2570 | Weight loss (mg/sample) Copper: 4.4 Lead metal: 6.8 Brass: 2.8 Steel: -2.21 Cast iron: -3.31 Aluminum: 1.2 | Weight loss (mg/sample) Copper: not more than 20 Lead metal: not more than 60 Brass: not more than 20 Steel: not more than 20 Cast iron: not more than 20 Aluminum: not more than 60 |
INTERNATIONAL, NATIONAL AND MILITARY STANDARDS FOR COOLING CONCENTRATES PRODUCED USING THE CORROSION INHIBITOR G12+
Coolant concentrates manufactured with 8 % corrosion inhibitor G12+ shall meet the specifications of the following standards
-ASTM D3306, D4656, D4985
-BS 6580
-NFR 15-601*
-SAE J 1034
-FVV Heft R443
-CUNA NC 956-16
-NATO S-759
-UNE 26-361-88
OEM SPECIFICATIONS FOR AUTOMOTIVE ENGINE COOLANTS MADE WITH CORROSION INHIBITOR G12+
CHRYSLER MS 9176 | MAN 324 SNF |
CUMMINS 85T8-2 | MAZDA MEZ MN 121D |
DAF MAT 74002 | MTU MTL 5048 |
DAIMLER 325.3 | PORSCHE MY 1996 to MY 2010 |
DEUTZ MWN 0199.2091 | PAS 41-01-001 |
FORD WSS-M97B44D, ESE M 97B49-A | RENAULT 41-01-001 |
GM 6277M | VOLVO REG260 ; 128 6083/002 |
MACK 014GS17004, 014GS 17009 | VW TL774D (G12, G30) . TL774F (G12+, G30) |
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*- Pictures of the goods may not reflect the actual appearance, color, assembly or shape of the goods and their packaging. The information in the product description is general and may not correspond to the information on the packaging of the product and may not be accurate as to the use of the product. The information given on the stocks and prices of goods may, in certain cases, differ from the actual prices and stocks of goods
Signal word: not applicable |
Hazard icons: not applicable |
Danger phrases: not applicable |
Precautionary statements: not applicable |
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