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Frost- & Korrosionsschutz: Optimal für Heizungs- und Kühlanlagen, Biogasanlagen

Antifreeze N – High-performance antifreeze for versatile applications

✅ Ready to use down to -38°C – Our professional blend is based on monoethylene glycol (50%) and demineralized water (50%) with an extremely low conductivity of <10 µS/cm. Manufactured in Bonaduz, Antifreeze N ensures the highest quality and reliability.

Ideal for a wide range of applications:

🔹 Frost and corrosion protection: Ideal for heating and cooling systems, biogas plants, combined heat and power (CHP) plants, heat recovery systems, and as a heat transfer medium in industrial and production facilities.

🔹 Efficient cooling brine and heat transfer medium: Ideal for use in geothermal and cooling systems.

🔹 Compatible with other monoethylene glycol products: Antifreeze N can be safely mixed with common glycol products.

Maximum safety & environmental friendliness

✅ Reliable protection against frost, corrosion, deposits & sludge buildup

✅ Prevents the formation of biofilms & microbiological decomposition

✅ Free of nitrites, phosphates, amines, silicates & borates

✅ Biodegradable & environmentally friendly

✅ Not classified as hazardous according to transport regulations

Durability & stability

✔ No segregation: Homogeneous antifreeze N-water mixtures remain stable, ensuring constant frost resistance.

⚠ Important note: Galvanized components should be avoided, as zinc is not resistant to glycol and glycol-containing products.

Labeling according to GHS:

🔸 GHS 07 – H302 (Health hazard if swallowed)

🔸 GHS 08 – H373 (May cause damage to organs through prolonged or repeated exposure)

Antifreeze N -38 °C 50% Vol MEG - 1000 KG rental container including transport

CHF1,800.00Price
CHF1.80 per 1 Kilogram
Excluding Sales Tax
Quantity
  • Produktdaten

    1000 Kg / 933 L

    ADR    Kl 0 Ziff

    CAS-Nr.    107 - 21 - 1

    Dichte (20 °C)    1,07 g/cm³

    pH-Wert    7,3 bis 8,3

    Dampfdruck (20 °C)    0,053 mbar

    Wärmeleitfähigkeit (20 °C)    0,29 W/m K
     

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